Capabilities

  • Edge-Based Autonomy & Kill-Web Integration

    We deliver distributed, edge-first autonomous systems that enable manned-unmanned teaming and multi-domain, multi-sensor kill-chain fusion.


    Our solutions reduce latency, ensure continuity in contested environments, and give commanders faster, more decisive decision advantage.

  • Modular Hardware for Scalable ISR & Control

    We engineer lightweight, energy-efficient hardware platforms purpose-built to host evolving software capabilities.


    This hardware-enabled, software-defined approach reduces the technological footprint, lowers logistical demands, and accelerates field upgrades.

  • Mission-Aligned Systems Engineering & Technical Services

    We pair advanced technology with warfighter-focused systems engineering—from concept development and force design to integration and sustainment.


    Our approach ensures resilient, interoperable solutions that scale, endure, and align with JADC2 and coalition force requirements.

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Projects

It all begins with an idea. We turn that spark into mission-ready solutions.

A black and white emblem with the word 'NEBIS' in the center, surrounded by intricate octopus tentacles, and the Latin phrase 'Cooperantur ad Scientiam' below.

NEBIS

"Give a solution, solve the moment. Teach a system, empower the mission."

Neural Edge Base Intelligence System is a Deputy Assistant Secretary of Defense for Energy Resilience and Optimization (ODASD(ER&O)), Operational Energy project. NEBIS takes unmanned systems to the next level. By incorporating novel energy conservation methods, the NEBIS platform operates efficiently both as a standalone system and within dynamic meshes of multi-domain, heterogeneous networks. It serves as the compute backbone for fusing raw data at the edge into unified, actionable intelligence - advancing ISR to the next level. The NEBIS Edge Energy Watchdog (NEEW) and Dynamic Power Modulation (DPM) continuously monitors and manages energy usage to maximize on-station time and mission endurance.

NEBIS MICRO

"Small enough to be everywhere, but smart enough to act alone."

Neural Edge Based Intelligence System – Micro is an extreme-edge payload that brings advanced ISR capabilities to Group 1 UAS and man-portable platforms, delivering high-performance, on-device AI in a compact, low-SWaP form factor. Designed for DDIL and contested environments, it operates as both a standalone intelligence node and a decentralized mesh participant, transforming raw sensor data into refined, actionable insights at the point of collection to accelerate the warfighter’s OODA loop. Through asynchronous federation and onboard ISR-T processing, NEBIS Micro enables local object detection, signal classification, and pattern recognition while sharing critical targeting metadata across the JADC2 kill web—reducing reliance on reachback and enabling faster, more autonomous decision-making at the edge.

Black and white icon of spaceship.

MFALCON

“She may not look like much, but she’s got it where it counts” - Han Solo

The Modular, Flexible, Adaptive, Lightweight Container for Operational Testing of Next-Generation Payloads provides a standardized testbench for SOCOM modular payloads. The ruggedized enclosure supports up to eighteen (18) 1U SOCOM payloads operating simultaneously, enabling true apples-to-apples hardware evaluation. Standard power provisioning delivers 12V at up to 30A from a 110V input. Integrated networking includes an internal switch with DHCP, while external interfaces support Ethernet and sensor connections. The system is also provisioned for Starlink connectivity.

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Siren Song

"If I have seen further, it is by standing on the shoulders of giants." - Isaac Newton

Was an ONR Code 31 Science and Technology project with stakeholders from both Naval Special Warfare and the Marine Corps intent on facilitating Manned/Unmanned Teaming of Surface and Arial Systems (USV/UAV) with Naval Expeditionary Forces. The Siren’s Song team consists of a composite group of companies who provide unmanned platforms, SIGINT, IMINT, and COMMS payloads (conforming to SOCOM Mod Payload standards), for situational awareness/mission management in a neuro-symbolic, AI mesh, partnered with PMA 263’s Payload IPT. The operational focus is to conduct autonomous at-the-edge fusion of available ISR-T information, minimizing the cognitive load on operators, and decreasing the fog of war supporting ISR-T mission sets.