The TALOS Group
TALOS Group is a collection of small to medium-sized defense businesses delivering low-cost, non-lethal UAS munitions for non-kinetic missions such as electronic warfare, SIGINT/ELINT, and computer network operations. The company leverages platform-agnostic additive manufacturing and AI-driven payloads to enable scalable, non-attributable systems that operate autonomously without centralized control.
- Defense Tech
- Drones & Uncrewed Systems
- Cybersecurity
- Aerospace
- Artificial Intelligence
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Current UAS manufacturing cannot sustain modern peer-to-peer conflict due to critical deficiencies in supply chain capability, resourcing, and excessive reliance on foreign manufacturing. Most UAS are treated as expensive assets rather than expendable munitions, with unsustainable costs that jeopardize warfighter success. Additionally, no emplaced or mobile asset currently performs Combined CyberEW at scale, leaving a gap in modern EMSO warfare.
Solution
TALOS Group provides solutions to produce the most effective, low-cost, non-lethal UAS munitions on the market. The company focuses on non-kinetic mission types including SIGINT/ELINT, EMSO operations, electronic attack, and computer network operations through a collection of specialized businesses. TALOS delivers non-attributable systems with self-deleting capabilities, non-traceable attack vectors, and zero identifiers, while leveraging platform-agnostic additive manufacturing to adapt to any vendor chassis. Their approach shifts UAS from expensive standalone assets to scalable, low-cost munitions aimed at mission effectiveness at a fraction of competitor costs.
Target Audience
Primary customers include U.S. defense and government agencies, mission partners, operators, and warfighters requiring scalable, low-cost UAS munitions for non-kinetic electronic warfare and cyber operations.
Features
- AI-driven EW/CNO payloads that operate without reach-back, enabling automated tactical engagements with expendable RF munitions
- Cognitive sensing and signal detection for electronic warfare, with automated technique selection and effects deployment
- Computer network operations following electronic attack, including network disruption, denial, and persistence in the cyber domain
- Autonomous mission execution with hands-free engagement and planned automation to reduce mission risk to electronic warfare operators
- Self-deleting systems with non-traceable attack vectors and zero identifiers for non-attributable operations
- FORGE-enabled platform-agnostic additive manufacturing that facilitates adaptation toward any vendor chassis