We build intelligent infrastructure and autonomous systems for high-stakes environments—protecting critical infrastructure, enabling emergency response, and securing operational resilience.
Explore PlatformA foundational intelligence layer for distributed sensing in mission-critical environments.
Heimdall-AI-Northlight is the core intelligence architecture that powers our solutions. It transforms existing hardware—cameras, acoustics, edge devices—into a unified, real-time awareness network.
Originally developed for complex operational scenarios, now applied to civilian critical infrastructure protection and emergency management.
No multi-million-dollar sensor overhauls required. We integrate with your existing COTS infrastructure, deploying edge inference and distributed processing to create sovereign-grade capabilities.
Zero-emission passive sensing. Real-time anomaly detection. Scalable from single facilities to city-wide networks.
Active deployments powered by the Heimdall infrastructure.
Passive acoustic and visual detection of unauthorized unmanned aerial systems over airports, power facilities, and sensitive sites. Real-time threat classification without active emissions.
Rapid probability mapping, multimodal sensor fusion, and field navigation for emergency response. Designed for time-critical operations in extreme weather and challenging terrain.
Real-time bio-telemetry and distributed situational awareness for mass casualty incidents and remote medical operations. Connects field teams to command centers instantly.
Ongoing research initiatives exploring autonomous systems, advanced materials, and extreme-environment engineering.
All-terrain, amphibious quad-octocopter for coastal search and rescue in extreme conditions (Beaufort Scale 8, sub-zero temperatures). Addresses "Golden Minute" survival challenges through multimodal sensor fusion and autonomous navigation.
Technical Focus: Propulsion physics (2.5:1 thrust-to-weight), thermal detection (FLIR Boson+), LiDAR-based obstacle avoidance, self-righting buoyancy systems.
Status: Physics modeling, sensor architecture designPathways for domestic production of military-grade nitrocellulose from Canadian industrial biowaste (forestry and agricultural residues). Addresses strategic supply chain vulnerabilities while advancing circular economy principles.
Technical Focus: Cellulose purification to α-cellulose standards, controlled nitration chemistry, stability testing for NATO 155mm propellant specifications.
Status: Materials characterization, chemical engineering feasibilityDistributed underwater sensing architecture for maritime domain awareness and subsea infrastructure monitoring in extreme pressure and temperature conditions.
Status: Conceptual design, mechanical systems modelingLong-endurance platforms for persistent wide-area surveillance, communications relay, and environmental monitoring across remote territories.
Status: Aerodynamics research, power systems analysisThese initiatives demonstrate our commitment to solving problems at the intersection of extreme physics, operational necessity, and strategic independence. We approach each challenge with rigorous engineering methodology and radical transparency about technical readiness.
Low-altitude airspace is unstructured and unmonitored. Cities have zero ambient awareness. Hardware-first solutions don't scale—they're expensive and geographically fixed.
We built the intelligence layer for an environment that demands distributed, software-first solutions.
Cross-North Dynamics is led by specialists in deployed sensing architecture, systems integration, and complex anomaly modeling. Supported by an advisory board with decades of experience in aerospace engineering, signal analysis, and defense industrial strategy.
Canadian-based. Dual-use focused. Operationally disciplined.