Heaviside Industries builds autonomous precision strike technology for U.S. and allied special operations and conventional forces across air, land, and sea domains. The company's products—including the MOTH land spectrum awareness systemate, TYR aerial munition, and NYX underwater munition—are engineered to operate in GPS-denied and contested environments, leveraging miniaturized electronics based on electromagnetic theory.
Funding
Funding not disclosed
Founders
Product
Problem
Modern military operations increasingly face adversaries operating in GPS-denied and contested environments, where traditional precision munitions lose effectiveness. Warfighters need autonomous strike and awareness systems that can maintain performance without reliance on satellite navigation or vulnerable communication links.
Solution
Heaviside Industries develops autonomous precision strike technology spanning air, land, and sea for U.S. and allied special operations and conventional forces. The company's products leverage miniaturized electronics rooted in electromagnetic theory to deliver spectrum awareness, aerial munitions, and underwater capabilities. Each system is purpose-built to operate in contested environments without sacrificing performance or reliability. The product line includes the MOTH for land-based electromagnetic signal intelligence, the TYR autonomous aerial munition, and the NYX autonomous underwater munition.
Target Audience
The primary customers are U.S. and allied special operations forces and conventional military units that require autonomous precision strike and spectrum awareness capabilities in contested environments.
Features
- MOTH land spectrum awareness system for electromagnetic signal intelligence in contested environments
- TYR autonomous aerial munition designed for precision strike with autonomous guidance
- NYX autonomous underwater munition for maritime operations in GPS-denied conditions
- Products engineered to function without GPS, satellite communications, or other vulnerable infrastructure
- Miniaturized electronics architecture inspired by Oliver Heaviside's electromagnetic theory enabling compact, capable systems