SwarmInt delivers edge-deployable autonomous systems and AI tools for defense and commercial security, with its Wingman platform providing containerized, sensor-agnostic autonomy that runs on any chipset from Raspberry Pi to ruggedized laptops. The system adapts in the field through operator feedback without retraining, and has been validated on Group 1 and Group 3 UAS platforms, including integration on Ukrainian FPV systems.
Funding
Funding not disclosed
Founders
Product
Problem
Military and security operations increasingly require autonomous systems that can operate in contested, denied, or bandwidth-constrained environments, yet most AI and drone technologies depend on cloud connectivity, proprietary hardware, and extensive retraining cycles. This creates a critical gap between mission demands and the rapid deployment of field-ready capabilities that can adapt to dynamic battlefield conditions.
Solution
SwarmInt provides edge-deployable autonomy and AI integration services that bring intelligence directly to the tactical edge. Its flagship Wingman platform is a Docker-containerized system that runs on any chipset—from Raspberry Pi to Jetson Orin to ruggedized laptops—and abstracts any EO/IR sensor, allowing operators to use their own models or SwarmInt's. Wingman communicates across tactical radios, mesh networks, SATCOM, LTE, and TAK, with configurable emissions control for stealth operations. The system plugs into existing stacks via an open API and adapts in real time through operator feedback, eliminating the need for retraining or contractor support. SwarmInt also offers AI model fine-tuning, computer vision development, data fusion pipelines, and IoT/IoMT edge technology development for defense and commercial applications.
Target Audience
Primary customers are U.S. and allied defense organizations, including special operations forces, expeditionary units, and military program offices, as well as commercial security firms requiring edge-deployable autonomous surveillance and AI capabilities.
Features
- Docker-containerized autonomy layer compatible with any chipset, from Raspberry Pi to Jetson Orin to ruggedized laptops
- Sensor-agnostic abstraction layer supporting any EO/IR sensor with bring-your-own-model or pre-built options
- Multi-network communication including tactical radios, mesh, SATCOM, LTE, and TAK with full EMCON capability
- Open API integration with targeting systems, JOCs, and C2 platforms
- In-field operator feedback mechanism that tunes AI behavior without retraining or contractor visits
- FPV autonomy payload that converts existing FPV drones into autonomous, swarmable assets with no airframe modifications
- Wide-area surveillance capability scaling across hundreds of feeds with automated high-value target detection, tracking, and pattern-of-life analysis
- AI model fine-tuning services for LLMs and LMMs tailored to specific warfighter missions and use cases