Redefining Survivability on the Modern Battlefield
We are building an integrated ecosystem of biometrics, AI, and robotics to eliminate preventable combat deaths and bring every soldier home.
The Crisis: A Collapsing Paradigm
The "Golden Hour" is obsolete. In future conflicts, rapid MEDEVAC is not guaranteed, exposing a critical vulnerability: the unacceptably high rate of preventable combat deaths.
The Quantifiable Failure
Data from recent conflicts reveals a stark reality. The vast majority of preventable deaths occur before a soldier ever reaches a hospital. The problem isn't the quality of surgery; it's the gap between injury and care.
25%
of combat fatalities are potentially preventable.
91%
of these deaths are from uncontrolled hemorrhage.
Where Preventable Deaths Occur
An overwhelming majority happen in the pre-hospital setting, highlighting a critical failure of information and logistics at the point of injury.
Our Solution: An Integrated Ecosystem
We close the information and logistics gap with a seamless, three-pillar system that automates response at machine speed. Nimb senses, Horde decides, and Ursa acts.
Pillar A: Nimb — The Digitized Warfighter
The foundational data-collection layer. Each soldier is equipped with a kit that establishes a secure, real-time digital identity and health status.
- ●Smart Ring: Continuous monitoring of vitals (Pulse, SpO2, Temp, HRV).
- ●DNA Test: Pre-enlistment sample for rapid, definitive identification of remains.
- ●QR/NFC Tag: Secure, encrypted on-site access to a soldier's medical profile.
Pillar B: Horde — AI-Powered Swarm Command
The cognitive engine of the ecosystem. Horde transforms raw data from the "swarm" of Nimb rings into clear, actionable intelligence.
- ●Automated Triage: AI analyzes all soldiers' vitals simultaneously, flagging critical casualties in real-time.
- ●Swarm Intelligence: Detects patterns across the unit (e.g., mass poisoning, environmental threats).
- ●Resource Allocation: Intelligently dispatches autonomous assets like Ursa to the highest-priority targets.
Pillar C: Ursa — The Autonomous First Responder
The physical effector. A family of autonomous ground vehicles (UGVs) that execute Horde's decisions in high-risk environments.
- ●Ursa 1 (Medevac-Bot): All-terrain casualty extraction, navigating autonomously to a soldier's location.
- ●Ursa 2 (Med-Rover): Future evolution into a mobile diagnostic and treatment platform (express-analysis, auto-injectors).
- ●Onboard Systems: Thermal/LiDAR for detection, robust loading mechanism, and secure communication link with Horde.
Market Landscape & Strategic Positioning
The market is fragmented with component suppliers and platform manufacturers. We are creating a new category: the Integrated Ecosystem Provider.
Competitive Advantage: Ecosystem vs. Components
While others offer pieces of the puzzle, DefenceTech.LIVE provides a seamless, natively integrated sensor-to-effector chain. This closed-loop system is our most powerful and defensible strategic moat.
Our Vision: From Battlefield to Blueprint
Our phased roadmap de-risks investment by focusing on early wins and validation before scaling to full hardware production and dual-use applications.
Phase 1 (Years 1-2): The Data & AI Layer (MVP)
Focus on the Nimb kit and Horde software. Secure paid pilot programs with military innovation hubs (DIU, SOCOM) to generate early revenue and validate the core AI.
Phase 2 (Years 2-4): System Integration & Partnership
Develop the Horde Autonomous Kit (A-Kit) and partner with an established vehicle manufacturer to integrate it into an Ursa 1 UGV. Target larger programs of record.
Phase 3 (Years 4+): Capability Expansion & Dual-Use
Develop the Ursa 2 "Med-Rover" with advanced diagnostic payloads. Expand to allied militaries and explore civilian dual-use applications (FEMA, industrial safety, humanitarian aid).