One Modular Ecosystem. Endless Mission Variants.

FIXAIT is more than a detector. It classifies, tracks, and geolocates airborne threats in real time, turning a single passive camera into live 3D tracks that stream straight into ATAK, the common operating picture allied forces already fight from. Raw video in, a shared targeting picture out, with nothing emitting to jam or trace.

Because FIXAIT tracks physical objects rather than radio emissions, it sees the threats RF-dependent systems were never built to catch: fibre-optic guided drones, LTE/5G-controlled platforms, and autonomous "dark drones", all on a single low-cost, low-power edge module.

At DND's IDEaS Counter-UAS 2025 Sandbox, FIXAIT took 2nd place and had its ATAK / C2 integration singled out for praise by CAF end-users. Since the 2025 Sandbox, across multiple front-line deployments, its C2 layer, operator GUI, and real-time 3D geolocation have matured well beyond what any single trial could capture.

• Real-Time 3D Geolocation: Benchmarked at 1,800 3D location plots per second on a single vehicle-protection system running on a commercial off-the-shelf Android tablet, a live 3D position on every track, not just "a drone is there."
• ATAK-Native C2: A purpose-built ATAK integration, praised by CAF end-users at DND's 2025 Sandbox, streaming live tracks into the picture operators already fight from.
• RF-Independent: Optical-first detection that never relies on threat emissions.
• Any Vantage, Any Camera: Runs onboard or streamed from UAS, on moving ground vehicles and UGVs, and at fixed sites, across optics from low-cost cameras to high-end EO/IR. Camera-agnostic by design, so it turns the sensors you already field into the detector.
• Fully Passive & Low-SWaP: Emits nothing to jam or trace, and runs real time on a single 25-watt Jetson Orin Nano, an entry-level edge module. That is the floor, not the ceiling: point the same pipeline at server-class hardware and performance only climbs from there.
• Zero-Shot Capability: Detects emerging threats that were never previously modeled.

The AI Pipeline is the engine that keeps every OBJEXIS product ahead of an evolving threat landscape: from data capture and model training to deployed C2 outputs and continuous field improvement. It turns zero-shot detections into fortified, production-ready AI models tailored to the end user's operational needs.

This is not a theoretical capability. A captured novel threat was recorded in the field, transmitted globally by satellite, processed through the pipeline, used to train a new model, redeployed, and successfully tested against the threat, in under three hours.

• Rapid Training: From raw field data to deployed model in hours, not weeks.
• Model Hardening: Fortifies AI against adversarial tactics and environmental noise.
• Synthetic Augmentation: High-fidelity data generation for rare and emerging threats.
• Edge-to-Cloud Loop: Deployed systems feed the pipeline, and the pipeline feeds them back.

The OK-1, OBJEXIS Kinetic-1, is a fixed-wing C-UAS interceptor designed for immediate deployment by anyone, anywhere, in any conditions. A tube-launched variant makes it man-portable, neutralizing aerial threats with decisive precision.

Engineered to be low SWaP-C, the OK-1 is fire-and-forget capable, allowing operators to remain mobile and focused on the mission. It has no RF dependency to jam and is EW-silent, ensuring effectiveness even in highly contested and electromagnetically degraded environments. Hybrid and ISR variants extend the same airframe across mission profiles.

• Fire & Forget: Autonomous terminal guidance for high-probability intercepts.
• EW Silent: Operates without detectable radio emissions to avoid detection.
• Nothing to Jam: Fully self-contained guidance with no RF dependency.
• Man Portable: Tube-launched design for rapid deployment by dismounted personnel.
• Mission Variants: Hybrid and ISR configurations from the same modular airframe.

HALP, Hardened Autonomous Local Protection, is the OBJEXIS close-in defensive interceptor, designed to defend dismounted teams, vehicles, and fixed sites against drone threats at short reaction distances, where seconds matter most.

Cued by FIXAIT detection and C2 outputs, HALP closes the last layer of the defence loop: when a threat is detected and classified, HALP provides an immediate physical countermeasure. Tube-deployable and built from the shared OBJEXIS modular stack, it fields, stores, and transports like the rest of the ecosystem.

• Close Protection: Built for short-range defence of people, vehicles, and sites.
• FIXAIT-Cued: Integrated with OBJEXIS detection and targeting outputs.
• Tube-Deployable: Single-tube storage and rapid deployment.
• Shared Stack: Common modular architecture, common sustainment.

SLAAP, the Stowed Launch Autonomous Attack Projectile, is a fully self-contained interceptor built for speed and reach. Sealed and stowed until the moment of use, it can be fired from a wide range of containers, platforms, and surfaces, giving operators flexibility in how and where it deploys.

Engineered for high-speed, long-range engagements, SLAAP closes distance on threats that other systems can’t reach in time. Like every OBJEXIS platform, it draws on the shared AI targeting and sustainment stack, so a team that fields one OBJEXIS system can field them all.

• Stowed & Self-Contained: Sealed and ready: no assembly at the point of use.
• Multi-Platform Launch: Fired from a range of containers, platforms, or surfaces.
• High-Speed, Long-Range: Built to reach and engage distant threats fast.
• AI Targeting: FIXAIT-driven detection, tracking, and terminal guidance.

MAQ-C, the Modular Attritable Quad-Core, is a modular, field-assembled quadrotor built to be adapted, expanded, and, when the mission demands, treated as attritable. It enables the operator to meet any mission profile on demand through a flexible architecture that supports a wide range of configurations, and it has flown operationally against active targets.

Designed from the ground up for operational flexibility, MAQ-C supports commercial off-the-shelf hardware for assembly and deployment, ensuring a resilient supply chain and rapid, real-time adaptation to specific mission requirements. Field-manufacturable and 3D-printable components mean repair happens at the point of need, not at a depot.

• Field Assemblable: Rapidly configured and deployed in operational environments.
• COTS Integration: Leverages commercial hardware for flexibility and scale.
• Mission Adaptable: Swappable payloads and components for diverse mission sets.
• Operationally Flown: First operational sortie completed in Ukraine, with positive front-line feedback.

M2E is the OBJEXIS modular avionics architecture: the nervous system connecting flight control, AI mission compute, video and payloads, and communications into one layered stack. Capability is added by module, so the same core supports everything from compact commercial aircraft to controlled defence configurations. Built in Canada, with NDAA-compliant configurations.

Autonomy is only useful if operators can direct it. The OBJEXIS operator layer turns platforms and AI into coordinated, mission-ready systems, and keeps them running in the field.

• Mission Builder: Configure aircraft, payloads, and mission profiles on demand.
• Operator GUI & C2: Targeting overlays and CoT/ATAK-native command-and-control integration.
• Backpack Deployable: Complete systems carried, launched, and recovered by small teams.
• Field Sustainment: 3D-printable components, field repair, and mission reconfiguration at the point of need.