Chaac Technologies

Supports: Profile · profileData.portfolioSummary

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Profile · reviewed questions.chaac-auralis-proof.question

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Profile · reviewed questions.chaac-auralis-proof.id

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Profile · description

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Profile · reviewed questions.chaac-auralis-proof.confidence

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Profile · reviewed questions.chaac-auralis-proof.context

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Profile · commercial status

Auralis is offered through demonstration and tailored supplier engagement for defence, infrastructure, transport, correctional and temporary-site airspace awareness. Named buyers and accepted deployments are not identified on the product page.

Supports: Auralis Passive Optical Drone Detection · technology readiness level

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · technical tags

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Auralis Passive Optical Drone Detection · technical tags

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · capability type

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · slug

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · technicaldomainslugs

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · core features

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · defence applications

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Auralis Passive Optical Drone Detection · technicaldomainslugs

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · name

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · commercial availability

Auralis is offered through demonstration and tailored supplier engagement for defence, infrastructure, transport, correctional and temporary-site airspace awareness. Named buyers and accepted deployments are not identified on the product page.

Supports: Auralis Passive Optical Drone Detection · summary

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · core features

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Auralis Passive Optical Drone Detection · technical tags

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection · maturity

Auralis is offered through demonstration and tailored supplier engagement for defence, infrastructure, transport, correctional and temporary-site airspace awareness. Named buyers and accepted deployments are not identified on the product page.

Supports: Auralis Passive Optical Drone Detection · summary

Auralis distributes aircraft tracks through tactical/C2 interfaces including Cursor-on-Target and ATAK; it is offered as a passive optical sensing component complementing radar, RF and acoustic sensors. No effector, detection range, accuracy benchmark or environmental rating is specified.

Supports: Auralis Passive Optical Drone Detection → Edge Data Processing

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection → Edge Data Processing

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection → Edge Data Processing

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Auralis Passive Optical Drone Detection → Edge Data Processing

Auralis CUAS uses available cameras, local edge machine learning and observations from multiple portable mast-mounted stations to detect, classify, track and estimate positions of small uncrewed aircraft without transmitting RF detection energy.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

The Royal Canadian Navy reported on May 6, 2021 that NTDC(P) partnered with Chaac through ISC to develop and test classroom VR for navigation, ship handling and anchoring. Reserve and deployed-fleet uses were possibilities, not confirmed rollouts.

Supports: Profile · defence posture

The Royal Canadian Navy reported on May 6, 2021 that NTDC(P) partnered with Chaac through ISC to develop and test classroom VR for navigation, ship handling and anchoring. Reserve and deployed-fleet uses were possibilities, not confirmed rollouts.

Supports: Profile · description

The Royal Canadian Navy reported on May 6, 2021 that NTDC(P) partnered with Chaac through ISC to develop and test classroom VR for navigation, ship handling and anchoring. Reserve and deployed-fleet uses were possibilities, not confirmed rollouts.

Supports: Naval Immersive Training · maturity

The Royal Canadian Navy reported on May 6, 2021 that NTDC(P) partnered with Chaac through ISC to develop and test classroom VR for navigation, ship handling and anchoring. Reserve and deployed-fleet uses were possibilities, not confirmed rollouts.

Supports: Naval Immersive Training · summary

The Royal Canadian Navy reported on May 6, 2021 that NTDC(P) partnered with Chaac through ISC to develop and test classroom VR for navigation, ship handling and anchoring. Reserve and deployed-fleet uses were possibilities, not confirmed rollouts.

Supports: Naval Immersive Training · defence applications

The Royal Canadian Navy reported on May 6, 2021 that NTDC(P) partnered with Chaac through ISC to develop and test classroom VR for navigation, ship handling and anchoring. Reserve and deployed-fleet uses were possibilities, not confirmed rollouts.

Supports: Profile · reviewed questions.chaac-delivery-rights.id

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Profile · commercial status

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Profile · reviewed questions.chaac-delivery-rights.confidence

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Profile · reviewed questions.chaac-delivery-rights.question

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Profile · reviewed questions.chaac-delivery-rights.context

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Workplace VR Training and Facilitated Sessions · core features

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Workplace VR Training and Facilitated Sessions · summary

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Workplace VR Training and Facilitated Sessions · maturity

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Workplace VR Training and Facilitated Sessions · defence applications

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Workplace VR Training and Facilitated Sessions · commercial availability

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Workplace VR Training and Facilitated Sessions · technical tags

SHARP is an on-site facilitated safety-training service: Chaac supplies VR headsets/mobile equipment, setup, access to its catalogue and participation debrief. The company advertises 10–15 minute turns, up to 100 employees per day, and English/French delivery; capacity and learning outcomes depend on the engagement.

Supports: Profile · reviewed questions.chaac-test-configuration.id

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: Profile · description

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: Profile · operating context

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: Profile · reviewed questions.chaac-test-configuration.question

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: Profile · reviewed questions.chaac-test-configuration.confidence

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: Profile · defence posture

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: Profile · reviewed questions.chaac-test-configuration.context

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: SHIELDS · core features

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: SHIELDS · maturity

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: robotics integration partner relationship

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: robotics integration partner relationship

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: robotics integration partner relationship

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: robotics integration partner relationship

InDro’s September 4, 2025 counterpart account identifies Chaac’s image-processing/geospatial AI and InDro’s robotic hardware integration: RTK drones using ROS 2 and a Sentinel ground robot in a map-to-inspection workflow. Two custom drones were being built for DND delivery, not reported accepted.

Supports: robotics integration partner relationship

The InDro Area X.O demonstration used 3D-printed PFM-1 replicas. Its quoted 80–90% detection figure comes from Chaac; it is neither independent validation of the later 84% Gagetown report nor evidence of clearance safety.

Supports: Profile · operating context

The cited product or program source supports the architecture, features, applications, and bounded capability summary recorded for AI Georeferenced Aerial Data Platform.

Supports: Profile · description

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: Profile · profileData.portfolioSummary

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: Profile · profileData.currentActivity

The cited current official or durable public record supports the activity, program, partnership, test, contract, or funding context summarized for Chaac Technologies.

Supports: Profile · reviewed questions.chaac-technologies-decision-1.context

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

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

Chaac 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 · reviewed questions.chaac-technologies-first-conversation.question

True North Map derives this first-conversation question from the documented Chaac Technologies capability, current evidence and the decision gap that remains.

Supports: Profile · commercial status

ISC explains additional sales as a procurement tool for extra units beyond an initial testing contract and testing by other departments; the listing is eligibility, not proof of a new order or qualification of all Chaac products.

Supports: Profile · operating context

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: Profile · current activity

The cited current official or durable public record supports the activity, program, partnership, test, contract, or funding context summarized for Chaac Technologies.

Supports: AI Georeferenced Aerial Data Platform · core features

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · technical tags

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · core features

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · commercial availability

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · core features

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technical tags

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technicaldomainslugs

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · technology readiness level

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · name

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · technicaldomainslugs

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technical tags

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technical tags

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technicaldomainslugs

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · defence applications

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · capability type

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technical tags

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · name

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · defence applications

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · defence applications

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · maturity

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · technology readiness level

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · summary

The cited product or program source supports the architecture, features, applications, and bounded capability summary recorded for AI Georeferenced Aerial Data Platform.

Supports: AI Georeferenced Aerial Data Platform · commercial availability

ISC explains additional sales as a procurement tool for extra units beyond an initial testing contract and testing by other departments; the listing is eligibility, not proof of a new order or qualification of all Chaac products.

Supports: AI Georeferenced Aerial Data Platform · commercial availability

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · summary

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform · summary

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · maturity

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · capability type

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · core features

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · core features

ISC lists Chaac TS9-020278, an AI platform for georeferenced aerial-data capture, analysis and visualization, as eligible for additional sales until 8 December 2028. Its described functionality includes map layers and user-configurable deep-learning models. Eligibility is a procurement route, not a guaranteed purchase or evidence of mine-clearance performance.

Supports: AI Georeferenced Aerial Data Platform · technicaldomainslugs

ISC lists TS9-020278 as an AI platform analyzing georeferenced aerial images into interactive geographic layers, with an interface for adding/customizing deep-learning models; additional-sales eligibility expires December 8, 2028.

Supports: AI Georeferenced Aerial Data Platform → Sovereign defence capability areas

The cited product or program source supports the architecture, features, applications, and bounded capability summary recorded for AI Georeferenced Aerial Data Platform.

Supports: Digital-Twin Inspection and Crisis Environments · defence applications

ISC lists T7-018247 as a crisis decision-support innovation reconstructing the affected environment in real-time 3D using drones; additional-sales eligibility expires August 28, 2027.

Supports: Naval Immersive Training · commercial availability

ISC lists T7-018166 as military AI-based photorealistic VR training captured by drones; additional-sales eligibility expires September 13, 2027.

Supports: Naval Immersive Training · summary

ISC lists T7-018166 as military AI-based photorealistic VR training captured by drones; additional-sales eligibility expires September 13, 2027.

Supports: Profile · display lead

Chaac lists its current contact office as 313-33 Prince Street, Montréal H3C 2M7. The page supplies no production-site or laboratory capacity.

Supports: Profile · profileData.publicContact.publicEmail

Chaac publishes info@chaac.tech, 514-242-3046, contact form, corporate LinkedIn and 313-33 Prince Street, Montréal, Québec H3C 2M7 as company contact routes.

Supports: Profile · profileData.publicContact.publicPhone

Chaac publishes info@chaac.tech, 514-242-3046, contact form, corporate LinkedIn and 313-33 Prince Street, Montréal, Québec H3C 2M7 as company contact routes.

Supports: Profile · profileData.publicContact.contactPageUrl

Chaac publishes info@chaac.tech, 514-242-3046, contact form, corporate LinkedIn and 313-33 Prince Street, Montréal, Québec H3C 2M7 as company contact routes.

Supports: Profile · canadian footprint

Chaac lists its current contact office as 313-33 Prince Street, Montréal H3C 2M7. The page supplies no production-site or laboratory capacity.

Supports: Profile · profileData.publicContact.linkedInUrl

Chaac publishes info@chaac.tech, 514-242-3046, contact form, corporate LinkedIn and 313-33 Prince Street, Montréal, Québec H3C 2M7 as company contact routes.

Supports: Profile · reviewed questions.chaac-delivery-rights.id

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: Profile · reviewed questions.chaac-delivery-rights.confidence

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: Profile · profileData.portfolioSummary

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: Profile · reviewed questions.chaac-delivery-rights.question

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: Profile · description

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: Profile · reviewed questions.chaac-technologies-decision-1.confidence

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: Profile · reviewed questions.chaac-technologies-decision-1.context

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: Profile · reviewed questions.chaac-technologies-decision-1.id

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: Profile · operating context

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: Profile · operating context

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: Profile · reviewed questions.chaac-delivery-rights.context

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: Profile · reviewed questions.chaac-technologies-decision-1.question

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: AI Georeferenced Aerial Data Platform · summary

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: AI Georeferenced Aerial Data Platform · summary

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · commercial availability

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS · technicaldomainslugs

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · name

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · technicaldomainslugs

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · technical tags

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · maturity

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · capability type

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · summary

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS · core features

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · defence applications

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · technical tags

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS · technology readiness level

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · defence applications

Chaac markets SHIELDS for defence/security observation, search and rescue, area surveillance, wildfire/environmental monitoring and remote operations; these are offered uses rather than named accepted deployments.

Supports: SHIELDS · technicaldomainslugs

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · name

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · summary

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · technical tags

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · core features

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · technicaldomainslugs

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · technical tags

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · technical tags

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS · summary

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · technology readiness level

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · core features

SHIELDS ingests imagery, video, sensors, geospatial information and external services, then detects, classifies, geolocates and tracks objects or events for map-based decisions.

Supports: SHIELDS · capability type

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · core features

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · core features

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS · commercial availability

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS · defence applications

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS → Edge Data Processing

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS → Edge Data Processing

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS → Edge Data Processing

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS → Edge Data Processing

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS → Edge Data Processing

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS → Edge Data Processing

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

Supports: SHIELDS → Edge Data Processing

The current SHIELDS page specifies REST APIs and CoT for operational-information exchange, with centralized infrastructure or computing closer to sensors. No published API schema, hardware benchmark, latency or security accreditation is supplied.

Supports: SHIELDS → Edge Data Processing

Chaac currently expands SHIELDS as Situational Awareness and Intelligent Data System. It ingests imagery, video, sensors and geospatial data for detection, classification, geolocation and distribution using interfaces including REST and CoT, with centralized or edge deployment. The current broad product definition differs from the mine-specific acronym used in its 2025 announcement.

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 · operating context

Chaac Technologies currently markets immersive training, SHIELDS geospatial data processing, digital-twin inspection and Auralis passive drone detection as separate offerings. The shared vendor does not make performance or qualification evidence transferable between them.

Supports: Profile · operating context

The cited official source supports Chaac Technologies's Canadian identity, operating role, and core company description used in this candidate dossier.

Supports: Profile · display lead

The current site offers immersive training, custom VR training, military immersive training, intelligent geospatial data, passive optical drone detection and digital-twin inspection.

Supports: Profile · profileData.publicContact

The cited public source supports the website, email, telephone, or address channel captured for reviewer use; no private contact data is included.

Supports: Profile · role descriptor

The current site offers immersive training, custom VR training, military immersive training, intelligent geospatial data, passive optical drone detection and digital-twin inspection.

Supports: Profile · description

The current site offers immersive training, custom VR training, military immersive training, intelligent geospatial data, passive optical drone detection and digital-twin inspection.

Supports: Profile · profileData.publicContact.contactPageUrl

The official public contact pathway for Chaac Technologies is https://chaac.tech/.

Supports: Profile · editorial profile version

Chaac Technologies has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.

Supports: Profile · dual use posture

The current site offers immersive training, custom VR training, military immersive training, intelligent geospatial data, passive optical drone detection and digital-twin inspection.

Supports: Profile · canadian footprint

The cited durable source supports the Canadian city, province, or exact public address used for Chaac Technologies; the geographic-confidence label records the available precision.

Supports: Profile · description

The cited official source supports Chaac Technologies's Canadian identity, operating role, and core company description used in this candidate dossier.

Supports: Workplace VR Training and Facilitated Sessions · summary

The current site offers immersive training, custom VR training, military immersive training, intelligent geospatial data, passive optical drone detection and digital-twin inspection.

Supports: Profile · commercial status

The live ISC directory lists Secured Hazard Identification and Environmental Landmark Detection System (SHIELDS), T12-022628, Chaac Technologies Inc., Montréal, AI theme, Available for testing. The page defines this status as currently unmatched/open for testing, not a completed test or contract award.

Supports: Profile · operating context

The live ISC directory lists Secured Hazard Identification and Environmental Landmark Detection System (SHIELDS), T12-022628, Chaac Technologies Inc., Montréal, AI theme, Available for testing. The page defines this status as currently unmatched/open for testing, not a completed test or contract award.

Supports: SHIELDS · commercial availability

The live ISC directory lists Secured Hazard Identification and Environmental Landmark Detection System (SHIELDS), T12-022628, Chaac Technologies Inc., Montréal, AI theme, Available for testing. The page defines this status as currently unmatched/open for testing, not a completed test or contract award.

Supports: SHIELDS · maturity

The live ISC directory lists Secured Hazard Identification and Environmental Landmark Detection System (SHIELDS), T12-022628, Chaac Technologies Inc., Montréal, AI theme, Available for testing. The page defines this status as currently unmatched/open for testing, not a completed test or contract award.

Supports: SHIELDS · summary

The live ISC directory lists Secured Hazard Identification and Environmental Landmark Detection System (SHIELDS), T12-022628, Chaac Technologies Inc., Montréal, AI theme, Available for testing. The page defines this status as currently unmatched/open for testing, not a completed test or contract award.

Supports: Profile · disclosed financing summary

NRC disclosure identifies Chaac Technologies Inc., BN854102894, as recipient of CAD27,000 CanExport SME contribution agreement 1024157 for export-market development, May 6, 2024–March 31, 2025. Agreement value is not proof of full disbursement or equity.

Supports: Profile · disclosed financing summary

CanadaBuys records Chaac CW2374387 under TS7, awarded September 13, 2024, amended January 22, 2025 by CAD58,650, with total CAD1,415,566.40 and end March 31, 2025. Amendment and total are not additive; the notice does not identify the exact named product.

Supports: Profile · description

CGQ names ARA Robotique and Chaac as clients of its automated drone-data processing project for mining/construction object identification, inventory and material-classified stockpile volumes. CGQ performed the data processing/analysis work; the page reports no accuracy metric or commercial acceptance.

Supports: Profile · dual use posture

CGQ names ARA Robotique and Chaac as clients of its automated drone-data processing project for mining/construction object identification, inventory and material-classified stockpile volumes. CGQ performed the data processing/analysis work; the page reports no accuracy metric or commercial acceptance.

Supports: applied research collaborator relationship

CGQ attributes project financing to NSERC applied R&D level 2 and CRIAQ PARTENAR-IA ENTREPRISE; no amount or allocation to Chaac is stated.

Supports: applied research collaborator relationship

CGQ names ARA Robotique and Chaac as clients of its automated drone-data processing project for mining/construction object identification, inventory and material-classified stockpile volumes. CGQ performed the data processing/analysis work; the page reports no accuracy metric or commercial acceptance.

Supports: applied research collaborator relationship

CGQ names ARA Robotique and Chaac as clients of its automated drone-data processing project for mining/construction object identification, inventory and material-classified stockpile volumes. CGQ performed the data processing/analysis work; the page reports no accuracy metric or commercial acceptance.

Supports: applied research collaborator relationship

CGQ names ARA Robotique and Chaac as clients of its automated drone-data processing project for mining/construction object identification, inventory and material-classified stockpile volumes. CGQ performed the data processing/analysis work; the page reports no accuracy metric or commercial acceptance.

Supports: applied research collaborator relationship

CGQ names ARA Robotique and Chaac as clients of its automated drone-data processing project for mining/construction object identification, inventory and material-classified stockpile volumes. CGQ performed the data processing/analysis work; the page reports no accuracy metric or commercial acceptance.

Supports: Profile · profileData.portfolioSummary

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · slug

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · name

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · technology readiness level

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · technicaldomainslugs

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · capability type

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · technicaldomainslugs

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Naval Immersive Training · summary

Chaac’s military catalogue offers Accident Recreation, Alpha Station, ColRegs Collaborative, Port Approach, Ship Formation and Ship Navigation for naval training and rehearsal.

Supports: Profile · disclosed financing summary

FY2024–25 Public Accounts reports CAD967,313 aggregate payments to Chaac Technologies Inc. under Department of Industry Scientific and Research Services. This includes cash and accrued charges, without a specific contract/product link; do not add it to award values or infer total revenue.

Supports: Profile · disclosed financing summary

FY2024–25 Public Accounts reports CAD200,000 aggregate payments to Chaac Technologies Inc. under NRC Industrial Research Assistance Program contributions to firms. Reported payments include cash and accrued charges; this is not revenue or linked to one specified agreement.

Supports: Profile · disclosed financing summary

CEIM’s September2022 announcement says Société d’Investissement Jeunesse’s Fonds d’impact awarded CAD100,000 financial assistance to Chaac for commercialization; the inspected body does not identify equity, repayment terms or cash completion.

Supports: Profile · canadian footprint

The historical 2022 DND contract page uses 4710 Saint-Ambroise, suite201, Montréal and a 5–9 employee band. Those dated supplier fields do not establish the current office or workforce.

Supports: Profile · disclosed financing summary

CanadaBuys records W7714-207249/002/SI awarded April 13, 2022 to Chaac, total CAD1,148,971, ending April 13, 2024, for DND/DRDC research and development. This is a historical contract total, not annual revenue or a current product-specific order.

Supports: Profile · ownership

Corporations Canada lists active CHAAC TECHNOLOGIES INC., corporation 448725-7, incorporated under the CBCA on July 15, 2008; BN 854102894RC0001. This legal incorporation date is distinct from CEIM’s 2014 brand-history statement.

Supports: Profile · ownership

The significant-control record last confirmed July 15, 2026 identifies Guillaume Nepveu holding more than 75% of shares directly and individually from July 15, 2008. It does not disclose an exact percentage, all shareholders, citizenship or 100% Canadian ownership.

Supports: Profile · canadian footprint

Registered business office is 313-33 rue Prince, Montréal, Québec H3C 2M7, matching the current corporate contact page; it is not a certified test or production facility.

Supports: Profile · disclosed financing summary

The June 2022 Québec FDE report row91 lists SQRI60222, Programme Innovation, CAD146,333 to CHAAC TECHNOLOGIES INC., Montréal. The category for rows77–105 is subvention normée. This is an authorized financial commitment, not evidence of total company revenue or cash received.

Supports: AI Georeferenced Aerial Data Platform → Sovereign defence capability areas

Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.

Supports: AI Georeferenced Aerial Data Platform → Sovereign defence capability areas

Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.

Supports: Naval Immersive Training · core features

ColRegs Collaborative is a two-player collision-regulations learning simulation with simulated AIS/radar/radio; Meta Quest 3, English/French, 15–30 minutes, one difficulty level. Expanded fleets and environmental conditions are future possibilities.

Supports: Naval Immersive Training · technical tags

ColRegs Collaborative is a two-player collision-regulations learning simulation with simulated AIS/radar/radio; Meta Quest 3, English/French, 15–30 minutes, one difficulty level. Expanded fleets and environmental conditions are future possibilities.

Supports: Naval Immersive Training · defence applications

ColRegs Collaborative is a two-player collision-regulations learning simulation with simulated AIS/radar/radio; Meta Quest 3, English/French, 15–30 minutes, one difficulty level. Expanded fleets and environmental conditions are future possibilities.

Supports: Naval Immersive Training · summary

Ship Navigation is offered for Meta Quest 3 in English and French as a 30–45-minute group activity with seven difficulty levels. It teaches chart/visual correlation and fundamental coastal navigation with instructor debrief; listed gyro-error and advanced routines are future possibilities.

Supports: Naval Immersive Training · core features

Ship Navigation is offered for Meta Quest 3 in English and French as a 30–45-minute group activity with seven difficulty levels. It teaches chart/visual correlation and fundamental coastal navigation with instructor debrief; listed gyro-error and advanced routines are future possibilities.

Supports: Naval Immersive Training · technical tags

Ship Navigation is offered for Meta Quest 3 in English and French as a 30–45-minute group activity with seven difficulty levels. It teaches chart/visual correlation and fundamental coastal navigation with instructor debrief; listed gyro-error and advanced routines are future possibilities.

Supports: Naval Immersive Training · technical tags

Ship Navigation is offered for Meta Quest 3 in English and French as a 30–45-minute group activity with seven difficulty levels. It teaches chart/visual correlation and fundamental coastal navigation with instructor debrief; listed gyro-error and advanced routines are future possibilities.

Supports: Naval Immersive Training · core features

Port Approach recreates Vancouver using historical AIS data, overhead viewpoints and simulated radio; Meta Quest 3, English/French, single user, 15–30 minutes, three levels. Live AIS feeds, bridge views and more ports are future developments, not current operational-navigation feeds.

Supports: Workplace VR Training and Facilitated Sessions · core features

FireGuard VR is specified for Meta Quest 3, English and French, single-user sessions of 30 minutes with three difficulty levels; the module practices fire-hazard recognition and extinguisher response in simulation.

Supports: Workplace VR Training and Facilitated Sessions · summary

FireGuard VR is specified for Meta Quest 3, English and French, single-user sessions of 30 minutes with three difficulty levels; the module practices fire-hazard recognition and extinguisher response in simulation.