VelocityFX Sentry Training System

VelocityFX replaces consumer Wi-Fi and COTS tablets with mission-critical, application-specific hardware. While standard Wi-Fi introduces "black box" risks and non-deterministic latency, our custom Circuit Card Assemblies (CCAs) and sensor fusion architecture—utilizing UWB and a dual-band 915MHz/2.4GHz mesh—guarantee a consistent 10ms latency. This deterministic protocol ensures millisecond-accurate scoring for high-speed sUAS/UGV maneuvers. By eliminating commercial OS bloat, VelocityFX delivers a secure, low-SWaP, and spectrally resilient tactical backbone that maintains data integrity where consumer-grade hardware fails.

VelocityFX is designed as a non-invasive, air-gapped instrumentation layer. Unlike traditional telemetry kits, we do not require a physical or digital connection to your sUAS or UGV flight controllers. Our system operates as a completely independent "backend" mesh, bypassing the need for complex software integrations, custom drivers, or intrusive firmware modifications. This "zero-touch" approach ensures your equipment’s native flight logic and security protocols remain entirely untouched.

No. By maintaining total separation from your asset’s internal network, VelocityFX eliminates the massive cost and multi-year delays typically associated with classified environments. Since our system does not reside on the vehicle’s bus or communicate via your primary C2 (Command and Control) links, it stays outside the "Security Interest" of the airframe’s ATO. We provide a sovereign, instrumented range that "stimulates" rather than "integrates," allowing you to train on Army ATAK-enabled or classified platforms without risking network contamination.

Yes. VelocityFX is built on a Modular Open System Architecture (MOSA). While our internal mesh is isolated for security, our Tactical Ops Console (TOC) provides a clean, outbound data stream. This allows high-tech partners and defense contractors to ingest our high-fidelity "Ground Truth" and scoring metrics directly into their own classified After-Action Review (AAR) or AI-driven analytics engines. You get the tactical insights you need via an interoperable data handoff, while VelocityFX remains a secure, stand-alone hardware gateway.

Traditional training environments often require fixed, wired infrastructure and large teams of on-site contractors to maintain. They also use expensive, one-time-use pyrotechnics that carry a heavy logistical, safety, and environmental burden. The VelocityFX "Range-in-a-box" is a fully portable, unit-level toolkit that can be deployed at the point of need without any permanent facility requirements. By replacing pyrotechnics with reusable, compressed-air technology and durable electronics, we dramatically reduce long-term training costs. This approach eliminates the need for specialized storage, environmental damage mitigation, and expensive maintenance contracts, empowering units to train more frequently and effectively.

VelocityFX specializes in delivering high-fidelity battlefield truth and a ruggedized soldier experience at the tactical edge. While we focus our core engineering on hardware reliability and precision data, we ensure seamless enterprise-level compatibility through an add-on hardware gateway. This bridge allows our physical battlefield data to feed directly into the larger simulation networks managed by major defense integrators. By adhering to global simulation standards, VelocityFX ensures that the physical realism of the exercise is accurately captured in the digital Common Operating Picture (COP) and enterprise After-Action Reviews.

Geometric pairing (geo-pairing) is a mathematical simulation that calculates hits by comparing the GPS coordinates and weapon orientation of a shooter against a digital map of the terrain. This method is inherently probabilistic; if the virtual map is off by even a small margin or the GPS signal drifts, the system is prone to overshoot or undershoot errors—where an effect is either missed or incorrectly "calculated" through a physical obstacle. VelocityFX eliminates this guesswork by using portable, battery-powered target spheres with Proximity UWB (Ultra-Wideband) communications. These spheres serve as physical anchors that provide a deterministic and undeniable source of truth. With a consistent 10-millisecond latency, VelocityFX ensures every high-speed sUAS and UGV maneuver is adjudicated with absolute precision, maintaining the integrity of the "Fair Fight" where calculated systems often fail.