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Victus Technologies Secures Seed Funding to Shield Autonomous Systems from GPS Interference

The Washington-based startup will scale its hardware-agnostic software to ensure drones and robots remain operational in contested environments.

The Washington-based startup will scale its hardware-agnostic software to ensure drones and robots remain operational in contested environments.

NewDecoded

Published Mar 28, 2026

Mar 28, 2026

3 min read

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Resilient Navigation in Contested Domains

VICTUS Technologies, a Washington D.C. startup specializing in contested autonomy, has closed an undisclosed seed funding round. Led by Bow Capital, the investment includes participation from Techstars, Marque Ventures, 10VC, and Intbox Ventures. The company plans to use the capital to accelerate its software platform, which allows autonomous systems to function without relying on GPS signals.

The core of the company's offering is PhantomNAV, a software stack that provides what the team calls synthetic GPS. This edge-native solution uses machine learning and onboard sensors to deduce a vehicle's location even when signals are jammed or spoofed. By processing gravity inputs through specialized neural networks, the system maintains high precision on low-power hardware.

Founded in 2024 as an MIT spinoff, VICTUS combines high-level engineering with frontline military experience. CEO Jesse Hamel, a retired U.S. Air Force Lieutenant Colonel, launched the venture after seeing how easily modern electronic warfare could disable critical assets. The team now bridges the gap between research labs and the operational needs of special operations aviators.

Modern defense and first-responder platforms are increasingly vulnerable to signal interference from global adversaries. Traditional autonomy often fails the moment GPS connectivity is lost, rendering expensive hardware useless. VICTUS aims to eliminate this single point of failure by making navigation resilient across every domain from orbit to the seabed.

Early testing of the PhantomNAV platform has shown a significant reduction in navigational drift compared to legacy systems. The software is designed to be hardware-agnostic, meaning it can be integrated into existing drones, ground robots, or maritime craft. This flexibility allows operators to maintain mission integrity in the most hostile electromagnetic environments.

With the new funding, VICTUS will expand its engineering team and deepen its engagements with both defense and commercial customers. The goal is to move toward a future where a single operator can manage large fleets of autonomous systems simultaneously. As global tensions rise, the demand for reliable, non-reliant navigation continues to grow. Interested parties can learn more at https://www.getvictus.ai/.


Decoded Take

Decoded Take

Decoded Take

This investment signals a critical shift in the defense-tech sector toward resilient autonomy as a standalone software layer. For years, the industry focused on the hardware of drones, but the proliferation of electronic warfare in modern conflicts has exposed a massive software vulnerability. By funding VICTUS, investors are betting that the next decade of autonomous warfare will be won not by the fastest aircraft, but by the most intelligent navigation logic. This move challenges the dominance of traditional GPS-dependent systems and paves the way for a more robust, decentralized approach to uncrewed operations.

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