ASL Environmental Sciences is an employee-owned British Columbia science and technology company providing oceanographic instrumentation, Arctic and ice services, and optical and radar Earth-observation analytics.
Operating context
ASL combines satellite processing with acoustic instruments and scientific field/model delivery. DeCAF takes a client region/requirements through historical/new multisensor classification to alerts and geospatial/app products; acquisition, clouds, detection/false-alert limits and delivery SLA need confirmation. The CSA-funded RRT extension targets salmon habitat, separately from earlier Arctic/CAF development. DRDC’s task-authorization-based custom EO/IR contract supplies independent contracting proof, with task acceptance/spend unknown. Fixed AZFP use is independently listed by OOI and purchased by DFO. Nano depth ratings conflict across current-linked sources, while EdgeAZFP/DataXplorer completion remains a supplier claim with mobile specifications/acceptance unreported. IPS6 draft accuracy depends on sound-speed/density correction; draft, sonar range, pressure/housing depth and vehicle endurance are distinct. Scientific field work combines third-party sensors, mooring/processing and calibrated models; Seaforth independently identifies ASL’s Teledyne ADCP current workshare. AQFlow ASFM intake-flow methods have turbulence/geometry limits and Monitor commissioning calibration.
Canadian footprint
ASL’s public business site is #1–6703 Rajpur Place, Saanichton, British Columbia V8M 1Z5, Canada. CSA contribution and government purchasing records independently match the Canadian entity/location. Public site and contracting records do not establish current staffing, production capacity or share percentages.
Saanichton, British Columbia is the published city-level context for ASL Environmental Sciences. It does not imply a street address or exact facility location.
ASL provides Canadian satellite monitoring, scientific acoustic instruments and field/model analysis routes, with independent scientific use, purchasing and custom contracting evidence. Compare a defined data/instrument/service package against configuration, calibration, detection/uncertainty and accepted deliverables; RRT development, mobile integration and subsidiary work need their own scope.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
ASL AQFlow subsidiary acoustic scintillation measurements integrate sampled intake velocities into discharge for turbine-flow work packages.
Read technical summary
ASL AQFlow subsidiary acoustic scintillation measurements integrate sampled intake velocities into discharge for turbine-flow work packages.
Evidence of maturity
ASL/AQFlow advertises commercial instrument/service work through the identified subsidiary. Portable Advantage and permanent Monitor have distinct commissioning/calibration needs; no universal site uncertainty or defence adoption is inferred.
Commercial availability
Confirm subsidiary workshare, intake geometry/flow/turbulence/noise, sampling/calibration and uncertainty. Guidance 0.5–8.5 m/s, width over 1.5 m and inflow angle at most 15 degrees is conditional; some intakes cannot achieve acceptable uncertainty.
Core features
Ultrasonic scintillation delay and sampled-elevation discharge integration
Geometry/turbulence/wake/bubble conditions and possible site bias correction
Permanent Monitor requires initial Advantage calibration and validated coefficients
Recorded applications
Hydroelectric intake discharge and turbine-flow evaluation
Acoustic survey-data quality control, target/species-group analysis and abundance or time-series reporting using ASL and third-party sonar inputs.
Read technical summary
Acoustic survey-data quality control, target/species-group analysis and abundance or time-series reporting using ASL and third-party sonar inputs.
Evidence of maturity
Current supplier-described analysis service; acceptance depends on input configuration, species ground truth and processing/uncertainty. Third-party broadband datasets do not make AZFP narrowband hardware broadband.
Commercial availability
Specify raw data/calibration/environmental inputs, QA/QC and classification methods, species ground truth, uncertainty and required reports. Confirm supported software/data versions and task-specific validation.
Core features
QA/QC, boundary removal, denoising and dB differencing
Target/species-group classification and abundance/time-series statistics
AZFP and attributed Simrad inputs with Echoview and R/Matlab/Python workflows
Custom remote-sensing time-series and site-monitoring tools spanning supplied EO/IR imagery through automatic processing and reporting.
Read technical summary
Custom remote-sensing time-series and site-monitoring tools spanning supplied EO/IR imagery through automatic processing and reporting.
Evidence of maturity
DRDC awarded ASL a task-authorization-based 2022 contract reported through February 2027. Contract total and requirement scope do not establish every task issued, paid or accepted, current registration or accepted DeCAF deployment.
Commercial availability
Define authorized task, supplied imagery/sites, processing/reporting/false-alert criteria, security/registration scope and acceptance milestones. The related solicitation is historical; current task-level delivery remains unreported.
Core features
Landscape/time-series anomaly analysis with higher-resolution follow-up and cueing concepts
Client-defined satellite change monitoring from historical/new image classification to customizable alerts and geospatial or application delivery.
Read technical summary
Client-defined satellite change monitoring from historical/new image classification to customizable alerts and geospatial or application delivery.
Evidence of maturity
Supplier launched the monitoring service in June 2025. The funded DeCAF-RRT salmon-habitat extension remains in development. Supplier demonstrations and input image resolution do not establish universal detection accuracy; DRDC custom contracting is a separate work package.
Commercial availability
Define region, imagery/revisit/cloud plan, classification/false-alert criteria, processing/delivery SLA and outputs. Historical coverage since 1984 is imagery availability; monitoring depends on acquisition and processing.
Core features
Region-of-interest and client-requirement definition
Optical/radar historical and new imagery classification
Customizable alerts and standard geospatial or application delivery
Recorded applications
Landscape, infrastructure and environmental change monitoring
Ice measurement instrument and analysis work package
Ice-sonar deployment and corrected draft processing using IPS6, vehicle IPS-Rover and shallow-water SWIP configurations with scientific analysis.
Read technical summary
Ice-sonar deployment and corrected draft processing using IPS6, vehicle IPS-Rover and shallow-water SWIP configurations with scientific analysis.
Evidence of maturity
Historical IPS5 field use and ASL processing are independently documented by NOAA. IPS6 numerical specifications remain supplier claims; current IPS6/Rover/SWIP configurations and vehicle qualification require separate evaluation. Draft is submerged keel depth, not total ice thickness.
Commercial availability
Specify sonar/pressure/housing limits, mooring or vehicle interfaces, power/sampling, tilt/impact risks and atmospheric/sound-speed/density corrections. Instrument endurance does not establish vehicle endurance or uncorrected draft accuracy.
Core features
IPS6 420 kHz; stated 240 m ice/310 m water acoustic range and corrected draft accuracy
IPS-Rover vehicle electronics/transducer package with integration maturity limits
SWIP shallow-water 20 m acoustic range with mounting/tilt/impact dependencies
Field measurement and model delivery for currents, waves, sediment transport and hydrodynamics using configured sensors, moorings and calibration inputs.
Read technical summary
Field measurement and model delivery for currents, waves, sediment transport and hydrodynamics using configured sensors, moorings and calibration inputs.
Evidence of maturity
Commercial scientific service; Seaforth’s November 2025 completed-survey release independently identifies ASL’s Teledyne ADCP current work in Koksoak/Leaf Basin. Overall survey completion/praise is not a separate universal ASL model-accuracy or recovery guarantee.
Commercial availability
Define sensor ownership/configuration, mooring/deployment/recovery, field sampling, boundary conditions, calibration/uncertainty and report/model outputs. Historical inventory/recovery statistics do not guarantee present capacity or every deployment.
Core features
Currents/waves/tides/CTD-water-quality measurement and custom frames/moorings
Sediment measurement-to-model workflows with attributed third-party sensors
FVCOM, Delft3D, SWAN and ASL models with field/boundary calibration
Calibrated acoustic backscatter instruments with multifrequency AZFP and single-frequency nano/pico variants and configured processing interfaces.
Read technical summary
Calibrated acoustic backscatter instruments with multifrequency AZFP and single-frequency nano/pico variants and configured processing interfaces.
Evidence of maturity
OOI independently lists fixed AZFP deployments and DFO awarded a one-instrument purchase. Newer nano/mobile configurations have separate supplier evidence; EdgeAZFP integration is reported by ASL with independent acceptance unknown. Nano current-linked 2000/3000 m housing conflict remains unresolved.
Commercial availability
Choose frequency/generation, calibration, housing, power, sampling, range/bin/storage and output workflow. The 150-day AZFP and 30-day nano examples have specified ping/range/battery assumptions; fixed deployment depths are not acoustic ranges.
Core features
AZFP calibrated multifrequency backscatter and configurable sampling/storage
AZFPLink raw/CSV and external .01A/.XML processing interfaces
Public record
Recent activity
Sep 4, 2025
CSA agreement 25AO4ASL provides CAD 250,000 for DeCAF-RRT development for salmon habitat monitoring, September 4, 2025–September 30, 2027. The company still describes the RRT extension as in development. The earlier CSA Arctic/CAF toolkit scope is a separate project; the contribution does not establish completed delivery or operational CAF use.
ASL offers DeCAF satellite monitoring, calibrated water-column acoustic instruments, ice/oceanographic measurement and modelling, and biological acoustic analysis. Independent OOI use and DFO purchasing support the AZFP family; DRDC awarded a task-authorization-based contract for custom remote-sensing work. DeCAF-RRT remains development, while DataXplorer integration is a later supplier-reported configuration.
Financing and disclosed activity
CSA contribution 25AO4ASL provides CAD 250,000 for DeCAF-RRT salmon-habitat development, September 4, 2025–September 30, 2027. ASOMS is a separate CAD 3.8 million project with CAD 1.4 million Ocean Supercluster support, led by OOR with ASL as a partner; the ASOMS project total and OSC contribution are not ASL-specific awards or payments.
Ownership and entity scope
ASL’s company-supplied marine-industry profile describes employee ownership and operation; a September 2013 BC Government backgrounder corroborates that historical description. Current share percentages and capitalization are not established. AQFlow identifies ASL Environmental Sciences as its parent.
Ecosystem relationships
SmartEarth and biodiversity Earth-observation project recipient
Canadian Space Agency
The Canadian Space Agency records ASL Environmental Sciences Inc. for current DeCAF-RRT development and describes an earlier DeCAF rapid-response concept for wide-area Arctic and CAF monitoring; neither record establishes operational adoption.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Moderate
The described monitoring or connectivity function can inform northern situational awareness; environmental suitability and operational use require project-specific evidence.
Which imagery/revisit plan, detection and false-alert thresholds, delivery SLA and accepted outputs apply to this region and task?
Image resolution and supplier demonstrations do not validate detection accuracy; CSA development and the DRDC task-authorization-based contract do not establish all outputs accepted.
02
Which instrument generation, frequencies, housing rating, power/sampling/storage and calibrated processing inputs apply to the supplied deployment?
Nano current-linked 2000/3000 m ratings conflict; acoustic range, deployment/housing depth and endurance examples differ by configuration.
03
Which mobile AZFP configuration, vehicle interfaces and accepted field results demonstrate the proposed DataXplorer work?
April 2026 supplier integration wording advances the earlier partner plan but does not disclose a common mobile performance envelope.
04
Which sensors, mooring/recovery plan, field/model validation and subsidiary deliverables are included in the survey or flow package?
Seaforth’s reported workshare is not universal model acceptance; AQFlow Monitor requires initial calibration.
Original sources 40 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
CW2389944 records oneAZFP CAD 101,142.50 award January29 2025, expiry January29 2026, for North-East Atlantic refuge / MPA monitoring andSt John’s delivery. Purchase is not receipt, acceptance or deployment; exact frequency configuration is unreported.
Supports: Profile · canadian footprint
CW2389944 records oneAZFP CAD 101,142.50 award January29 2025, expiry January29 2026, for North-East Atlantic refuge / MPA monitoring andSt John’s delivery. Purchase is not receipt, acceptance or deployment; exact frequency configuration is unreported.
Supports: Profile · operating context
CW2389944 records oneAZFP CAD 101,142.50 award January29 2025, expiry January29 2026, for North-East Atlantic refuge / MPA monitoring andSt John’s delivery. Purchase is not receipt, acceptance or deployment; exact frequency configuration is unreported.
CW2389944 records oneAZFP CAD 101,142.50 award January29 2025, expiry January29 2026, for North-East Atlantic refuge / MPA monitoring andSt John’s delivery. Purchase is not receipt, acceptance or deployment; exact frequency configuration is unreported.
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Profile · operating context
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
Supports: Profile · operating context
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
OOR’s August 11, 2025 original says AZFP will be integrated. ASL’s later supplier completion wording advances reported stage, with no later independent acceptance recovered. Future and completion wording differ by source and time; neither proves universal acceptance.
The described integration, analysis or operator-support function may support monitoring workflows; autonomous deployment and customer acceptance require separate evidence.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Profile · operating context
ASL's August 2025 IPS6 brochure describes a 420 kHz upward-looking ice-profiling sonar, ranges up to 240 m for ice and 310 m for open water, and sampling up to 2 Hz. The stated 0.05 m ice-draft accuracy assumes sound-speed and density effects are accounted for. These configuration-specific limits are not an Arctic fleet deployment record.
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Ice profiling and ice engineering · maturity
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Ice profiling and ice engineering · catalogue teaser
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Ice profiling and ice engineering · summary
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Ice profiling and ice engineering · display lead
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Ice profiling and ice engineering · core features
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
Supports: Ice profiling and ice engineering · commercial availability
IPS6 supplier specs420 kHz / 0.9 degree half beam / at most 2 Hz,240 m ice and 310 m water sonar ranges,0.01 m resolution,±0.05 m draft accuracy only when sound-speed/density variation is accounted for,over 52 weeks at 1 Hz,2 × 512 GB SD. Standard0–126 m pressure range is separate from acoustic range; draft is submerged keel depth, not total thickness.
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Profile · profileData.portfolioScope
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Profile · commercial status
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Oceanographic surveys and numerical modelling · catalogue teaser
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Oceanographic surveys and numerical modelling · display lead
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Oceanographic surveys and numerical modelling · summary
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Oceanographic surveys and numerical modelling · core features
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Supports: Oceanographic surveys and numerical modelling · commercial availability
ASL describes FVCOM,Delft3D,SWAN andASLtools with field calibration/boundary inputs for flow,salinity/temperature,sediment/scour/dispersion/scenarios. Model choice/input/validation uncertainty is work-package-specific, not universal accuracy.
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
Supports: Oceanographic surveys and numerical modelling · maturity
Seaforth November2025 reports completed Koksoak/LeafBasin survey and ASL contracted in-situ/moored currents usingTeledyne ADCPs for sediment/hydrodynamic cable-route design. Overall KRG praise is not separate ASL acceptance;2 m buried-boulder eBOSS claim belongs toSulmara.
OOR’s August 11, 2025 original says AZFP will be integrated. ASL’s later supplier completion wording advances reported stage, with no later independent acceptance recovered. Future and completion wording differ by source and time; neither proves universal acceptance.
Supports: Profile · operating context
Open Ocean Robotics announced planned integration of ASL's Acoustic Zooplankton Fish Profiler with DataXplorer solar USVs under ASOMS on August 11, 2025. The aim is mobile surveys with shore streaming and onboard processing, complementing fixed moorings. The announcement establishes a development partnership; it does not verify completed operational deployment.
OOR’s August 11, 2025 original says AZFP will be integrated. ASL’s later supplier completion wording advances reported stage, with no later independent acceptance recovered. Future and completion wording differ by source and time; neither proves universal acceptance.
OOR’s August 11, 2025 original says AZFP will be integrated. ASL’s later supplier completion wording advances reported stage, with no later independent acceptance recovered. Future and completion wording differ by source and time; neither proves universal acceptance.
Related DRDC requirement covers16 undisclosed sites and supplied commercial/government EO/IR imagery0.4–12µm, with automatic download-to-report tools adapted to image/site conditions. It is demand/contract scope, not accepted DeCAF deployment or current ControlledGoods registration.
Supports: Profile · operating context
Related DRDC requirement covers16 undisclosed sites and supplied commercial/government EO/IR imagery0.4–12µm, with automatic download-to-report tools adapted to image/site conditions. It is demand/contract scope, not accepted DeCAF deployment or current ControlledGoods registration.
Supports: Custom EO and IR monitoring tools · catalogue teaser
Related DRDC requirement covers16 undisclosed sites and supplied commercial/government EO/IR imagery0.4–12µm, with automatic download-to-report tools adapted to image/site conditions. It is demand/contract scope, not accepted DeCAF deployment or current ControlledGoods registration.
Supports: Custom EO and IR monitoring tools · summary
Related DRDC requirement covers16 undisclosed sites and supplied commercial/government EO/IR imagery0.4–12µm, with automatic download-to-report tools adapted to image/site conditions. It is demand/contract scope, not accepted DeCAF deployment or current ControlledGoods registration.
Supports: Custom EO and IR monitoring tools · display lead
Related DRDC requirement covers16 undisclosed sites and supplied commercial/government EO/IR imagery0.4–12µm, with automatic download-to-report tools adapted to image/site conditions. It is demand/contract scope, not accepted DeCAF deployment or current ControlledGoods registration.
Supports: Custom EO and IR monitoring tools · core features
Related DRDC requirement covers16 undisclosed sites and supplied commercial/government EO/IR imagery0.4–12µm, with automatic download-to-report tools adapted to image/site conditions. It is demand/contract scope, not accepted DeCAF deployment or current ControlledGoods registration.
ASL current homepage offers active underwater acoustics, remote sensing, scientific consulting/field services and designed/built acoustic equipment; featured products are AZFP, DeCAF and EdgeAZFP.
ASL publishes #1–6703RajpurPlace,SaanichtonBCV8M1Z5,asl@aslenv.com,+1 2506560177. CSA and contracting address corroborate location, not current headcount or capacity.
Supports: Profile · canadian footprint
ASL publishes #1–6703RajpurPlace,SaanichtonBCV8M1Z5,asl@aslenv.com,+1 2506560177. CSA and contracting address corroborate location, not current headcount or capacity.
ASL publishes #1–6703RajpurPlace,SaanichtonBCV8M1Z5,asl@aslenv.com,+1 2506560177. CSA and contracting address corroborate location, not current headcount or capacity.
ASL publishes #1–6703RajpurPlace,SaanichtonBCV8M1Z5,asl@aslenv.com,+1 2506560177. CSA and contracting address corroborate location, not current headcount or capacity.
ASL publishes #1–6703RajpurPlace,SaanichtonBCV8M1Z5,asl@aslenv.com,+1 2506560177. CSA and contracting address corroborate location, not current headcount or capacity.
CSA agreement25AO4ASL records CAD 250,000 Contribution September4 2025–September30 2027 to ASL Environmental Sciences Inc. Saanichton V8M 1Z5. Its purpose is DeCAF-RRT development for salmon habitat monitoring, not cash received, completed delivery or CAF deployment.
Supports: Profile · current activity
CSA agreement25AO4ASL records CAD 250,000 Contribution September4 2025–September30 2027 to ASL Environmental Sciences Inc. Saanichton V8M 1Z5. Its purpose is DeCAF-RRT development for salmon habitat monitoring, not cash received, completed delivery or CAF deployment.
Supports: Profile · canadian footprint
CSA agreement25AO4ASL records CAD 250,000 Contribution September4 2025–September30 2027 to ASL Environmental Sciences Inc. Saanichton V8M 1Z5. Its purpose is DeCAF-RRT development for salmon habitat monitoring, not cash received, completed delivery or CAF deployment.
Supports: Profile · disclosed financing summary
CSA agreement25AO4ASL records CAD 250,000 Contribution September4 2025–September30 2027 to ASL Environmental Sciences Inc. Saanichton V8M 1Z5. Its purpose is DeCAF-RRT development for salmon habitat monitoring, not cash received, completed delivery or CAF deployment.
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Supports: Profile · operating context
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
Supports: Scientific water-column acoustic profilers · display lead
The current nano/pico product HTML names pico as an externally powered 200 kHz variant, distinct from the nano battery example. Its pressure housing and power configuration require confirmation; nano endurance is not transferred to pico.
Supports: Scientific water-column acoustic profilers · core features
The current nano/pico product HTML names pico as an externally powered 200 kHz variant, distinct from the nano battery example. Its pressure housing and power configuration require confirmation; nano endurance is not transferred to pico.
Supports: Scientific water-column acoustic profilers · core features
Current HTML rates external-power titanium 89 × 271 mm housing at 2000 m; linked nano PDF and comparison rate same dimensions at 3000 m. Other200 m Acetal 124 × 385 mm and4000 m Ti 124 × 374 mmcases agree. Pressure-housing depth is not acoustic range; current rating requires confirmation.
The current nano/pico product HTML names pico as an externally powered 200 kHz variant, distinct from the nano battery example. Its pressure housing and power configuration require confirmation; nano endurance is not transferred to pico.
The current nano/pico product HTML names pico as an externally powered 200 kHz variant, distinct from the nano battery example. Its pressure housing and power configuration require confirmation; nano endurance is not transferred to pico.
OOI live inventory names ASL ModelAZFP in Endurance/Pioneer installations. Depths25–540m are installation depths, not acoustic ranges or validation of every newer nano/mobile variant; former array entries remain historical.
Supports: Profile · commercial status
OOI live inventory names ASL ModelAZFP in Endurance/Pioneer installations. Depths25–540m are installation depths, not acoustic ranges or validation of every newer nano/mobile variant; former array entries remain historical.
Supports: Profile · operating context
OOI live inventory names ASL ModelAZFP in Endurance/Pioneer installations. Depths25–540m are installation depths, not acoustic ranges or validation of every newer nano/mobile variant; former array entries remain historical.
OOI live inventory names ASL ModelAZFP in Endurance/Pioneer installations. Depths25–540m are installation depths, not acoustic ranges or validation of every newer nano/mobile variant; former array entries remain historical.
AZFP brochure150day endurance example uses four frequencies,2second pings and100mrecorded range. Optional housing depths and other rates/frequencies are configurations, not universal instrument endurance or acoustic range.
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
Supports: Profile · profileData.portfolioScope
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
Supports: Profile · operating context
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
Supports: AQFlow acoustic intake-flow measurement · display lead
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
AQFlow identifies itself as ASL AQFlow Inc. with ASL Environmental Sciences as parent. This is company-group primary ownership attribution, not independent share registry or an ASL defence customer.
ASL Environmental Sciences is an employee-owned British Columbia science and technology company providing oceanographic instrumentation, Arctic and ice services, and optical and radar Earth-observation analytics.
The official public contact pathway for ASL Environmental Sciences is https://www.aslenv.com/.
Supports: Profile · editorial profile version
ASL Environmental Sciences has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: Profile · operating context
ASL Environmental Sciences is an employee-owned British Columbia science and technology company providing oceanographic instrumentation, Arctic and ice services, and optical and radar Earth-observation analytics.
CSA smartEarth separately lists an earlier Stage1 toolkit to be developed for Canadian Arctic human-activity alerts/CAF situational awareness. August31 2023 is RFP date. This is distinct from the2025 salmon-habitat contribution; neither proves operational CAF deployment.
True North Map derives this first-conversation question from the documented ASL Environmental Sciences capability, current evidence and the decision gap that remains.
ASL Environmental Sciences's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Profile · operating context
CSA smartEarth separately lists an earlier Stage1 toolkit to be developed for Canadian Arctic human-activity alerts/CAF situational awareness. August31 2023 is RFP date. This is distinct from the2025 salmon-habitat contribution; neither proves operational CAF deployment.
Supports: Profile · current activity
CSA smartEarth separately lists an earlier Stage1 toolkit to be developed for Canadian Arctic human-activity alerts/CAF situational awareness. August31 2023 is RFP date. This is distinct from the2025 salmon-habitat contribution; neither proves operational CAF deployment.
ASL's DeCAF work applies satellite time-series, radar and optical imagery, machine learning and automated change detection to identify landscape disturbances and support wide-area monitoring.
CSA smartEarth separately lists an earlier Stage1 toolkit to be developed for Canadian Arctic human-activity alerts/CAF situational awareness. August31 2023 is RFP date. This is distinct from the2025 salmon-habitat contribution; neither proves operational CAF deployment.
The CSA explicitly frames DeCAF rapid-response work as wide-area situational awareness for monitoring Canadian Arctic landscapes and alerting to new human activity.
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Profile · profileData.portfolioScope
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Profile · operating context
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Profile · commercial status
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · technical tags
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · technicaldomainslugs
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · capability type
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · slug
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · technical tags
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · technology readiness level
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · name
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · commercial availability
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · summary
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · core features
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · catalogue teaser
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · defence applications
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · technical tags
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Supports: Oceanographic surveys and numerical modelling · display lead
ASL offers currents/waves/tides/CTD-waterquality field measurement, custom frames/moorings andthird-partyADCP/passive-noise equipment. Historical50ADCP/99%recovery claims do not establish current inventory or guaranteed recovery.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: Profile · profileData.portfolioScope
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: Profile · operating context
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: Profile · operating context
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: Profile · commercial status
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · name
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · core features
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: DeCAF satellite change-detection monitoring · core features
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · capability type
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · core features
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: DeCAF satellite change-detection monitoring · name
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · capability type
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: DeCAF satellite change-detection monitoring · display lead
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · core features
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring · core features
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
ASL DeCAF combines historical multi-sensor satellite imagery with automated change detection and classification for an area of interest. Outputs include email alerts, GIS-compatible products and a web application, with examples in road monitoring, mines and disturbance mapping. Near-real-time delivery depends on image acquisition and processing; it is not continuous cloud-independent observation.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
Supports: DeCAF satellite change-detection monitoring → Autonomous Patrol and Monitoring
Client defines requirements/region of interest; ASL processes historical/new satellite imagery for classified changes, customizable alerts and standard geospatial products or app access, with customization/support. Acquisition/cloud/cadence/processing and detection/false-alert acceptance remain project-specific.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Profile · commercial status
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · core features
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · name
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · core features
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · core features
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · capability type
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · display lead
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · slug
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · maturity
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
Supports: Biological acoustic analysis · summary
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
ASL offers surveys/QA-QC, boundaryremoval/denoising/dBdifferencing/targetanalysis/species-groupclassification andabundance/time-seriesreports using ASL AZFP andSimradEK60/EK80/WBAT inputs with Echoview / R / Matlab / Python. Broadband capability refers to third-party data, not AZFP hardware.
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
Supports: Profile · commercial status
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
Supports: Profile · operating context
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
Supports: Scientific water-column acoustic profilers · core features
The undated ASL EdgeAZFP brochure says AZFP has been integrated into OOR’s DataXplorer, with onboard computing, real-time AI and wireless communication/control. Supplier completion wording does not establish exact frequencies, range, power, protocols, endurance or independent customer acceptance.
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
Supports: Profile · commercial status
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
Supports: Profile · defence posture
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
Supports: Custom EO and IR monitoring tools · maturity
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
Supports: Custom EO and IR monitoring tools · commercial availability
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
CanadaBuys names ASL in DRDC automatic site-monitoring contractW7701-217399/001/MTB, awarded February7 2022, published February8, amended February28 2023, reported CAD 1,609,650 and60months toFebruary6 2027. Task-authorization-based total is not proof all tasks were issued, paid or accepted.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supports: Profile · profileData.portfolioScope
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supports: AQFlow acoustic intake-flow measurement · display lead
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supports: AQFlow acoustic intake-flow measurement · core features
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supports: AQFlow acoustic intake-flow measurement · core features
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supports: AQFlow acoustic intake-flow measurement · capability type
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supports: AQFlow acoustic intake-flow measurement · name
ASFM ultrasonic scintillation delay measures laterally averagedvelocity, integrated across sampled elevations for discharge. Guidance0.5–8.5m/s,sectionwidth>1.5m,inflowangle≤15degree depends on turbulence/intake geometry/wakes/bubbles/noise; bias corrections may be required and some sites cannot achieve acceptable uncertainty.
Supplier describes DeCAF-RRT as in development in a two-year CSA SaMBA project. Named KitasooXai’xais, DFOIPSE, PacificSalmonFoundation andBCWLRS collaboration is supplier-reported, not proof each is a paying customer.
Supports: Profile · current activity
Supplier describes DeCAF-RRT as in development in a two-year CSA SaMBA project. Named KitasooXai’xais, DFOIPSE, PacificSalmonFoundation andBCWLRS collaboration is supplier-reported, not proof each is a paying customer.
Supplier describes DeCAF-RRT as in development in a two-year CSA SaMBA project. Named KitasooXai’xais, DFOIPSE, PacificSalmonFoundation andBCWLRS collaboration is supplier-reported, not proof each is a paying customer.
Government of Canada supports 2025-09-04 as the material date used for this dossier activity note.
Supports: Profile · operating context
The Canadian Space Agency records ASL Environmental Sciences Inc. for current DeCAF-RRT development and describes an earlier DeCAF rapid-response concept for wide-area Arctic and CAF monitoring; neither record establishes operational adoption.
Supports: Profile · profileData.currentActivity
A 2025-2027 Canadian Space Agency agreement provides $250,000 for DeCAF-RRT, a wide-area satellite Earth-observation monitoring tool, and the CSA smartEarth portfolio separately describes the toolkit's intended Canadian Arctic and CAF situational-awareness use.
Supports: Profile · current activity
A 2025-2027 Canadian Space Agency agreement provides $250,000 for DeCAF-RRT, a wide-area satellite Earth-observation monitoring tool, and the CSA smartEarth portfolio separately describes the toolkit's intended Canadian Arctic and CAF situational-awareness use.
Supports: Profile · current activity
A 2025-2027 Canadian Space Agency agreement provides $250,000 for DeCAF-RRT, a wide-area satellite Earth-observation monitoring tool, and the CSA smartEarth portfolio separately describes the toolkit's intended Canadian Arctic and CAF situational-awareness use.
Supports: smartEarth and biodiversity Earth-observation project recipient relationship
Source location: relationships.0.publicSummary
The Canadian Space Agency records ASL Environmental Sciences Inc. for current DeCAF-RRT development and describes an earlier DeCAF rapid-response concept for wide-area Arctic and CAF monitoring; neither record establishes operational adoption.
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Profile · commercial status
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · name
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · slug
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · technicaldomainslugs
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · summary
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · technical tags
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · technical tags
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · technology readiness level
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · technicaldomainslugs
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · capability type
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · catalogue teaser
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · technical tags
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · defence applications
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · display lead
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supports: Ice profiling and ice engineering · core features
ASL offers deployment/recovery, sonar-pressure-temperature-tilt draft processing with atmospheric pressure/sound-speed/density inputs, ADCPdrift/spatialstatistics and satellite-chart context. Return-periodkeel estimates are modelling outputs, not centuries of measurements.
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · display lead
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · technical tags
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · commercial availability
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · name
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · technology readiness level
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · core features
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · capability type
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · core features
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · slug
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · technicaldomainslugs
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · technical tags
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · defence applications
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · summary
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · technicaldomainslugs
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Supports: Custom EO and IR monitoring tools · catalogue teaser
Supplier describes landscape disturbances/time-series anomalies, higher-resolution follow-up and sensor-cueing concepts, with false-positive evaluation. These describe custom analysis/R&D functions, not an accepted operational CAF alert service.
Company-supplied ABCMI profile describes employee owned/operated and incorporated1977. Current ownership percentages/cap table are not established by this description.
ASL news lists Introducing ASL’s EdgeAZFP under April 2026. The native month dates the supplier announcement; it does not supply an exact integration day or independent customer acceptance.
BC Government September3 2013 backgrounder corroborates historical employee ownership and manufacture ofIPS/AZFP. Historical source is not current registry/capitalization proof.
March26 2025 ASOMS announcement totals CAD 3.8 million withOSC 1.4 million, OOR lead / ASL partner. Neither is an ASL-specific award; RCMP/DFO/Arctic users are potential end users rather than accepted customers.
Supports: DeCAF satellite change-detection monitoring · core features
June2025 supplier launch describes historical landscape analysis since1984 and recurring monitoring/alerts from free/commercial optical/radar imagery using ML/AI. Since1984 is imagery-analysis coverage, not uninterrupted service operation since1984.
June2025 supplier launch describes historical landscape analysis since1984 and recurring monitoring/alerts from free/commercial optical/radar imagery using ML/AI. Since1984 is imagery-analysis coverage, not uninterrupted service operation since1984.
June2025 supplier launch describes historical landscape analysis since1984 and recurring monitoring/alerts from free/commercial optical/radar imagery using ML/AI. Since1984 is imagery-analysis coverage, not uninterrupted service operation since1984.
Supports: Ice profiling and ice engineering · maturity
NOAA metadata names four Chukchi IPS5 stations, October 2014 deployment / fall 2015 recovery, measurementsOctober15 2014–September18 2015; ASL Matlab tools corrected pressure, tilt and outliers. May4 2026 dataset publication is not deployment, and historical IPS5 does not validate all IPS6/Rover variants.
Supports: Oceanographic surveys and numerical modelling · core features
Sediment work uses tripods,Doppler/opticalbackscatter,third-partyImagenex881A sonar andASL IRIS logging/control for transport modelling. Third-party sensors are attributed, and field sampling/model boundary validation constrain results.
Echopype supports AZFP .01A with companion .XML and netCDF4/Zarr conversion. External interface implementation does not verify hardware variant performance or supply missing geospatial coordinates.
Echopype supports AZFP .01A with companion .XML and netCDF4/Zarr conversion. External interface implementation does not verify hardware variant performance or supply missing geospatial coordinates.
Supports: Scientific water-column acoustic profilers · display lead
Echopype supports AZFP .01A with companion .XML and netCDF4/Zarr conversion. External interface implementation does not verify hardware variant performance or supply missing geospatial coordinates.
Supports: Scientific water-column acoustic profilers · core features
Echopype supports AZFP .01A with companion .XML and netCDF4/Zarr conversion. External interface implementation does not verify hardware variant performance or supply missing geospatial coordinates.
Supports: Scientific water-column acoustic profilers · display lead
The nano brochure describes a 200 kHz single-frequency instrument. Its example uses nine alkaline D cells, 10-second pings and 100 m recorded range for 30 days; 2 × 512 GB SD is stated. This battery example is not attributed to pico.
Supports: Scientific water-column acoustic profilers · core features
The nano brochure describes a 200 kHz single-frequency instrument. Its example uses nine alkaline D cells, 10-second pings and 100 m recorded range for 30 days; 2 × 512 GB SD is stated. This battery example is not attributed to pico.
The nano brochure describes a 200 kHz single-frequency instrument. Its example uses nine alkaline D cells, 10-second pings and 100 m recorded range for 30 days; 2 × 512 GB SD is stated. This battery example is not attributed to pico.
The nano brochure describes a 200 kHz single-frequency instrument. Its example uses nine alkaline D cells, 10-second pings and 100 m recorded range for 30 days; 2 × 512 GB SD is stated. This battery example is not attributed to pico.
The nano brochure describes a 200 kHz single-frequency instrument. Its example uses nine alkaline D cells, 10-second pings and 100 m recorded range for 30 days; 2 × 512 GB SD is stated. This battery example is not attributed to pico.
Supports: Scientific water-column acoustic profilers · display lead
Supplier documents AZFPLink setup, raw binary and Sv/TS/digital-count CSV export, with .01A workflows in Echoview,Sonar4/5 andEchopype. Compatible software is not calibration or field-performance certification.
Supports: Scientific water-column acoustic profilers · core features
Supplier documents AZFPLink setup, raw binary and Sv/TS/digital-count CSV export, with .01A workflows in Echoview,Sonar4/5 andEchopype. Compatible software is not calibration or field-performance certification.
Supplier documents AZFPLink setup, raw binary and Sv/TS/digital-count CSV export, with .01A workflows in Echoview,Sonar4/5 andEchopype. Compatible software is not calibration or field-performance certification.
Supplier documents AZFPLink setup, raw binary and Sv/TS/digital-count CSV export, with .01A workflows in Echoview,Sonar4/5 andEchopype. Compatible software is not calibration or field-performance certification.
Continue exploring
Follow the strongest connections
Continue through related organizations, reviewed mission and Defence need connections, programme pathways, and explicitly linked intelligence. Similarity results describe shared areas of work, not partnerships or endorsements.
Organizations
Profiles that provide the strongest reviewed or discovery-led continuation.
