Dartmouth Ocean Technologies

Supports: Profile · reviewed questions.dartmouth-ocean-technologies-q1.question

DOT-NM is an autonomous programmed eDNA sampler with RNAlater preservation and a removable filter cassette; filters go to NatureMetrics for extraction and sequencing. Reagent capacity supports 27 samples across three cassettes, so this is not 27 unattended samples in one cassette. DOT-NM has 20, 200 and 3,000 metre depth options, RS232 output and third-party sensor triggering, 3 W average/7 W peak power, and sampling up to 1 litre per hour depending on environmental conditions; deeper versions require additional components.

Supports: Profile · reviewed questions.dartmouth-ocean-technologies-q1.confidence

DOT-NM is an autonomous programmed eDNA sampler with RNAlater preservation and a removable filter cassette; filters go to NatureMetrics for extraction and sequencing. Reagent capacity supports 27 samples across three cassettes, so this is not 27 unattended samples in one cassette. DOT-NM has 20, 200 and 3,000 metre depth options, RS232 output and third-party sensor triggering, 3 W average/7 W peak power, and sampling up to 1 litre per hour depending on environmental conditions; deeper versions require additional components.

Supports: Underwater environmental sensing and eDNA sampling · core features

DOT-NM has 20, 200 and 3,000 metre depth options, RS232 output and third-party sensor triggering, 3 W average/7 W peak power, and sampling up to 1 litre per hour depending on environmental conditions; deeper versions require additional components.

Supports: Underwater environmental sensing and eDNA sampling · core features

DOT-NM has 20, 200 and 3,000 metre depth options, RS232 output and third-party sensor triggering, 3 W average/7 W peak power, and sampling up to 1 litre per hour depending on environmental conditions; deeper versions require additional components.

Supports: Underwater environmental sensing and eDNA sampling · summary

DOT-NM is an autonomous programmed eDNA sampler with RNAlater preservation and a removable filter cassette; filters go to NatureMetrics for extraction and sequencing. Reagent capacity supports 27 samples across three cassettes, so this is not 27 unattended samples in one cassette.

Supports: Underwater environmental sensing and eDNA sampling · core features

DOT-NM is an autonomous programmed eDNA sampler with RNAlater preservation and a removable filter cassette; filters go to NatureMetrics for extraction and sequencing. Reagent capacity supports 27 samples across three cassettes, so this is not 27 unattended samples in one cassette.

Supports: Underwater environmental sensing and eDNA sampling · core features

DOT-NM is an autonomous programmed eDNA sampler with RNAlater preservation and a removable filter cassette; filters go to NatureMetrics for extraction and sequencing. Reagent capacity supports 27 samples across three cassettes, so this is not 27 unattended samples in one cassette.

Supports: Underwater environmental sensing and eDNA sampling · commercial availability

DOT-NM is an autonomous programmed eDNA sampler with RNAlater preservation and a removable filter cassette; filters go to NatureMetrics for extraction and sequencing. Reagent capacity supports 27 samples across three cassettes, so this is not 27 unattended samples in one cassette. DOT-NM has 20, 200 and 3,000 metre depth options, RS232 output and third-party sensor triggering, 3 W average/7 W peak power, and sampling up to 1 litre per hour depending on environmental conditions; deeper versions require additional components.

Supports: Profile · profileData.publicContactPath

The official public website provides a durable contact path for Dartmouth Ocean Technologies; no personal contact data is collected.

Supports: Profile · current activity

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Profile · reviewed questions.dartmouth-ocean-technologies-q2.confidence

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Profile · reviewed questions.dartmouth-ocean-technologies-q2.id

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Profile · operating context

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Underwater environmental sensing and eDNA sampling · maturity

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Underwater environmental sensing and eDNA sampling · core features

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Underwater environmental sensing and eDNA sampling · summary

The eDNA Rapid Sampler is an autonomous early-stage-trial product with a nine-filter cassette and nine channels, up to three sampling simultaneously, a 20 metre depth rating, RS232/RS485/Ethernet and nominal flow below 600 mL/min. The sheet explicitly warns specifications may change during development.

Supports: Profile · description

Dartmouth Ocean Technologies's official public material supports its Canadian identity and the bounded capability description used in this candidate.

Supports: Profile · reviewed questions.dartmouth-ocean-technologies-first-conversation.context

Dartmouth Ocean Technologies'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 · canadian footprint

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Profile · operating context

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Profile · current activity

True North Map classifies the legacy undated product description as operating context rather than a material current development, so the optional Recent Activity field is cleared.

Supports: Profile · profileData.publicContact.contactPageUrl

The official public contact pathway for Dartmouth Ocean Technologies is https://www.dartmouthocean.com/about-us/.

Supports: Underwater environmental sensing and eDNA sampling · defence applications

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · capability type

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · technical tags

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · technical tags

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · summary

The official capability material supports Underwater environmental sensing and eDNA sampling as a bounded public offering; no uncited performance or customer claim is added.

Supports: Underwater environmental sensing and eDNA sampling · defence applications

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · defence applications

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · technology readiness level

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · technicaldomainslugs

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · name

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · technical tags

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · technical tags

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling · summary

Dartmouth Ocean Technologies designs and manufactures autonomous eDNA samplers and lab-on-chip nutrient sensors in Dartmouth, Nova Scotia, with its address at 201 Brownlow Avenue, Unit 15 and telephone 902-406-0700.

Supports: Underwater environmental sensing and eDNA sampling → Underwater ISR

The publicly described Underwater environmental sensing and eDNA sampling could contribute to underwater monitoring decisions. This is a derived mapping for reviewer assessment and does not establish classified demand, procurement eligibility, endorsement or operational adoption.

Supports: Profile · current activity

Fugro reports testing the DOT-NM sampler developed with NatureMetrics at its Portchester marina, finding data comparable to manual methods and identifying integration with USVs, SEAWATCH buoys and seabed landers. This is a customer-reported trial, not proof of every deepwater configuration.

Supports: Underwater environmental sensing and eDNA sampling · maturity

Fugro reports testing the DOT-NM sampler developed with NatureMetrics at its Portchester marina, finding data comparable to manual methods and identifying integration with USVs, SEAWATCH buoys and seabed landers. This is a customer-reported trial, not proof of every deepwater configuration.