FireSwarm combines drone-agnostic swarm coordination, machine perception and its Fire Mission Kit with partner aircraft and sensing systems. In the ThunderWasp configuration, FireSwarm supplies mission integration and software while ACC Innovation supplies the jet-powered aircraft. The system is being developed for coordinated water delivery, early suppression and logistics; its current company-described stage is pilot and demonstration deployment.
Technical detail
Core features
Central ground control, redundant communications and an AI coordination engine combine aircraft, sensor, weather and mission inputs.
The Fire Mission Kit integrates ACC Innovation's ThunderWasp with FireSwarm mission planning and swarm software.
The February 2026 team description names TACFIRS geolocation, ExoDrone VTOL overwatch, Solaris Suborbital high-altitude sensing and SenseNet optical, thermal and ground sensors as partner layers.
FireSwarm's February 2026 release describes the ThunderWasp configuration as carrying up to 400 kg of water; this is an attributed configuration specification.
In October 2025 Senate testimony, the CEO described expected endurance of 1.5 hours at 300 kg payload and nominal bucket-flight speed near 70 km/h. These dated figures are not a common tested envelope for every configuration.
NRC-funded heat-source mapping aims to distinguish wildfire from other hot objects and reduce unnecessary suppression responses.
Night, smoke and low-visibility missions are intended applications; deployment depends on agency integration, approved operating procedures and training.
Heavy-lift UAS
Multi-agent autonomy
Wildfire suppression
Aerial logistics
Hazardous environments
Use & integration
Recorded applications
Wildfire initial attack
Emergency logistics
Remote resupply
Hazardous-environment aerial operations
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Evidence of maturity
Pilot and demonstration deployment according to FireSwarm's current FAQ. Kelowna's 2025 exercise used smaller drones to test the operating workflow; it was not a heavy-lift fleet deployment.
Commercial availability
Agency and partner pilots with deployment planning and training; the company describes commercialization as the next phase.
Integration and verification
Readiness
A technology readiness level is not established by the reviewed public sources.
Coordinated heavy-lift aircraft and low-visibility autonomy could support remote logistics and monitoring missions; the mapping is derived and does not establish a military deployment.
This is a reviewed public-source assessment. It is not procurement eligibility, endorsement, customer interest, or classified demand.
Original sources 7 linked records
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technicaldomainslugs
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technical tags
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · defence applications
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · defence applications
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technical tags
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · defence applications
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technical tags
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · core features
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · name
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technical tags
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · defence applications
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technical tags
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · technicaldomainslugs
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Capability · capability type
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Arctic Domain Awareness
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Arctic Domain Awareness
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Arctic Domain Awareness
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Arctic Domain Awareness
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Autonomous Patrol and Monitoring
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Autonomous Patrol and Monitoring
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Autonomous Patrol and Monitoring
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
Supports: Mission area · Autonomous Patrol and Monitoring
FireSwarm describes drone-agnostic, patent-pending swarm software and machine perception. Its architecture combines heterogeneous sensors, an AI coordination engine, redundant communications and a central ground-control station to coordinate multiple aircraft for wildfire suppression and critical logistics. These are vendor descriptions, not independent performance certifications.
The City of Kelowna reports that its Fire Department and FireSwarm conducted an integrated exercise on Knox Mountain in late May 2025. Smaller drones were used to represent the scalable platform. Transport Canada and BC Wildfire Service were among observers. The report describes exploration and training, not operational procurement or approval for unrestricted flights.
FireSwarm says it is in the pilot and demonstration deployment phase, moving toward commercialization. Deployment involves agency-specific operating concepts, hardware and software adaptation, integrated exercises and training. Operations require Transport Canada coordination and wildfire-agency operational approvals. Night, smoke and low-visibility operation are design intentions; the page gives no validated environmental envelope.
Supports: Capability · technology readiness level
FireSwarm says it is in the pilot and demonstration deployment phase, moving toward commercialization. Deployment involves agency-specific operating concepts, hardware and software adaptation, integrated exercises and training. Operations require Transport Canada coordination and wildfire-agency operational approvals. Night, smoke and low-visibility operation are design intentions; the page gives no validated environmental envelope.
FireSwarm's February 2026 release describes its role as solution integrator and dynamic mission planner, with swarm software combining aircraft and ground-sensor inputs. It pairs the Fire Mission Kit with ACC Innovation's jet-powered ThunderWasp, which the release describes as carrying up to 400 kg of water. Partner layers are Trident Sensing TACFIRS geolocation, ExoDrone VTOL overwatch, Solaris Suborbital high-altitude sensing and SenseNet optical, thermal and ground-mesh detection. These are attributed configuration descriptions, not generic validated performance across all variants.
NRC's proactive-disclosure record lists a C$120,000 contribution to FIRESWARM SOLUTIONS INC for heat-source mapping, from September 1, 2025 to August 31, 2026 following a March 17, 2026 amendment. The R&D aims to distinguish wildfire from other hot objects such as rocks, barbecues and vehicles. The agreement is not evidence that a specified detection accuracy has been achieved.
Public sources cited · Facts and assessments kept separate · Human review
FireSwarm says it is in the pilot and demonstration deployment phase, moving toward commercialization. Deployment involves agency-specific operating concepts, hardware and software adaptation, integrated exercises and training. Operations require Transport Canada coordination and wildfire-agency operational approvals. Night, smoke and low-visibility operation are design intentions; the page gives no validated environmental envelope.
Supports: Capability · commercial availability
FireSwarm says it is in the pilot and demonstration deployment phase, moving toward commercialization. Deployment involves agency-specific operating concepts, hardware and software adaptation, integrated exercises and training. Operations require Transport Canada coordination and wildfire-agency operational approvals. Night, smoke and low-visibility operation are design intentions; the page gives no validated environmental envelope.
Supports: Capability · core features
FireSwarm says it is in the pilot and demonstration deployment phase, moving toward commercialization. Deployment involves agency-specific operating concepts, hardware and software adaptation, integrated exercises and training. Operations require Transport Canada coordination and wildfire-agency operational approvals. Night, smoke and low-visibility operation are design intentions; the page gives no validated environmental envelope.
Supports: Capability · core features
FireSwarm's February 2026 release describes its role as solution integrator and dynamic mission planner, with swarm software combining aircraft and ground-sensor inputs. It pairs the Fire Mission Kit with ACC Innovation's jet-powered ThunderWasp, which the release describes as carrying up to 400 kg of water. Partner layers are Trident Sensing TACFIRS geolocation, ExoDrone VTOL overwatch, Solaris Suborbital high-altitude sensing and SenseNet optical, thermal and ground-mesh detection. These are attributed configuration descriptions, not generic validated performance across all variants.
Supports: Capability · core features
FireSwarm's February 2026 release describes its role as solution integrator and dynamic mission planner, with swarm software combining aircraft and ground-sensor inputs. It pairs the Fire Mission Kit with ACC Innovation's jet-powered ThunderWasp, which the release describes as carrying up to 400 kg of water. Partner layers are Trident Sensing TACFIRS geolocation, ExoDrone VTOL overwatch, Solaris Suborbital high-altitude sensing and SenseNet optical, thermal and ground-mesh detection. These are attributed configuration descriptions, not generic validated performance across all variants.
Supports: Capability · core features
FireSwarm's February 2026 release describes its role as solution integrator and dynamic mission planner, with swarm software combining aircraft and ground-sensor inputs. It pairs the Fire Mission Kit with ACC Innovation's jet-powered ThunderWasp, which the release describes as carrying up to 400 kg of water. Partner layers are Trident Sensing TACFIRS geolocation, ExoDrone VTOL overwatch, Solaris Suborbital high-altitude sensing and SenseNet optical, thermal and ground-mesh detection. These are attributed configuration descriptions, not generic validated performance across all variants.
In October 23, 2025 testimony, FireSwarm's CEO said May's Kelowna exercise used smaller electric drones for lake-to-tank water delivery, not suppression-efficacy measurement. He reported 300 kg drops in Sweden's XPRIZE trials; stated expected endurance of 1.5 hours with a 300 kg payload and nominal bucket-flight speed near 70 km/h; and distinguished FireSwarm's mission kit and software from ACC Innovation's Swedish aircraft. These are dated witness statements, not independently validated fleet specifications. The CEO said potential Canadian aircraft production depended on sufficient purchase orders.
FireSwarm is developing heavy-lift uncrewed aircraft coordinated by autonomy software to deliver suppression payloads and logistics support in smoke, low visibility and difficult terrain.
Supports: Mission area · Autonomous Patrol and Monitoring
Coordinated heavy-lift aircraft and low-visibility autonomy could support remote logistics and monitoring missions; the mapping is derived and does not establish a military deployment.
