Global Quantum Acceleration
Tri-Service Group LLC is one of a small ecosystem of companies worldwide pursuing this frontier — and while most remain in theoretical or early simulation phases, TSG is already lab validated, with third-party field testing underway, and will soon be ready with fully deployable solutions. Projected readiness: 2027 Q1. Our technologies provide fieldable quantum systems that accelerate commercialization, strengthen supply-chain resilience, enable quantum sensor deployment, and deliver physics-enforced protection for critical networks and infrastructure. The UGD-RAI engine serves as the central core, delivering deterministic performance, multi-domain fusion, and mission resilience across every layer.
RQS-X™ Quantum Sensing Platform
RQS-X™ is our quantum sensing platform. It combines multi-signal independent sensing channels, a proprietary physics engine and a super AI layer (UGD-RAI™) to produce a single product: a ranked, confidence-scored 3D map that shows what the sensors found, where it is and how much each finding can be trusted.
The platform is both hardware and software, with its core enclosed in a ruggedized case for mounting on drones and other unmanned systems. Its multi-modal, multi-sensing architecture fuses data from traditional and quantum sensors for greater reach, precision and accuracy. Because the physics engine and super AI layer optimize off-the-shelf sensors, RQS-X™ works with commercially available hardware.
RQS-X™ is also designed to enhance autonomy where GNSS is denied. With sensing supported by atom interferometers, it targets drift below 0.1° per hour, helping an unmanned system maintain its navigation solution when satellite signals are jammed or unavailable.
The design eliminates the traditional penalties of separate calibration chains, excess weight, power draw, and integration complexity. Instead, it achieves superior situational awareness through physical alignment with fundamental geometric structure, enabling near-zero net power operation in demanding environments.
Market differentiator: Tri-Service Group’s simultaneous multisensor approach represents a decisive departure from legacy fragmentation, delivering unmatched awareness at lower lifecycle cost while maintaining full software-defined mission adaptability.
RQS-X™ supplies awareness and recommendations under human supervision, with no automated targeting or weapons control.
Request Technical Brief More on RQS-X™ →Applications
The RQS-X™ platform is built for three families of application, each drawing on the same quantum sensing core and the UGD-RAI intelligence layer.
Structural and subsurface inspection for bridges, roads, dams, and rail — plus critical-minerals mining, oil & gas, and resource mapping. RQS-X™ sees what visual survey cannot: the condition of rebar and concrete, voids, and subsurface features.
All-domain sensing from space to undersea — object detection, anomaly identification, and stealth-signature awareness across magnetic and RF domains, engineered for contested electromagnetic environments.
Navigational awareness and automation for autonomous air, land, sea, and space platforms — precise inertial response and GNSS-denied positioning that let unmanned systems operate where satellite navigation fails.
Intellectual Property
Tri-Service Group’s RQS-X™ sensing technology is protected by two pending U.S. provisional patent applications:
Deterministic Quantum Sensing and Bounded Edge Control — U.S. Provisional Application No. 64/159,979 (pending).
Multimodal Edge Sensing with Coherence-Gated Anomaly Verification — U.S. Provisional Application No. 64/176,279 (pending).
Inventors: Ramon O. Caldas and Joel L. Smith. Additional TSG technologies described on this page are proprietary and under development.
Patents & IP →Geometry-Locked Cyber Defense
TSG’s cybersecurity provides a cyber-physical coherence platform that delivers geometry-locked, physics-enforced, mathematically certified resilience for contested and degraded environments. It combines resonance-level stability monitoring, topology classification, and coherence-restoring decoupling to maintain integrity under shock, adversarial pressure, or communication denial.
Security is enforced at the intersection of physical principles and informational structure, enabling bounded, shock-resilient behavior essential for edge autonomy. The platform supports integration with tactical data flows, mesh networks, and ruggedized payloads while preserving responsiveness and decision speed when GNSS, power, or links are denied.
This architecture aligns with directives to accelerate cryptographic and cyber resilience, assist critical infrastructure operators, and enforce standards on contractors through innovative, physics-grounded technologies rather than software patches alone.
Request Technical BriefSigma Shield™
Sigma Shield™ is a stabilizing layer that hardens systems already running. It works as an additive overlay on your conventional cybersecurity, built on a physics-enforced, geometry-locked architecture.
Nothing is replaced — so downtime is significantly reduced and often eliminated, expensive recertifications aren’t triggered, and operations continue as the attack is mitigated.
Request Technical Brief More on Sigma Shield™ →Post-Quantum Readiness
Tri-Service Group advances Post-Quantum Cryptography readiness with geometry-locked, physics-enforced cryptographic architectures. These solutions complement NIST-standardized algorithmic migration by adding a structural layer of protection rooted in topological invariants and coherence principles rather than computational complexity alone.
The approach isolates and safeguards critical command links, satellite communications, and high-security networks through mathematically certified mechanisms that enforce protection via fundamental physical structure — providing resilience against interception, jamming, spoofing, and replay while supporting the accelerated global transition to post-quantum standards.
Applications span secure satellite command overlays, high-value asset protection, and critical infrastructure links where conventional algorithmic methods alone leave residual exposure. The geometry-locked methodology strengthens the overall cryptographic posture without replacing existing protocol stacks — a physics-enforced complement that enhances link preservation and reduces leakage under contested conditions.
Request Technical BriefSatellite & Command-Link Resilience
Recent investigations by academic researchers and military analysts have exposed extensive hidden vulnerabilities in satellite communications. Nearly half of all geostationary satellite traffic remains unencrypted, enabling straightforward interception of phone calls, text messages, military vessel communications, and critical infrastructure data using basic, off-the-shelf equipment. In addition, large-scale space-based jamming has been documented for the first time at a continental scale — short, artificial bursts of interference traced to adversarial satellites, overwhelming standard GNSS frequency bands across Europe, Greenland, and Canada.
Tri-Service Group addresses these challenges with Quantum Communications technologies that add coherence-modulated resilience overlays to satellite RF and command links. Our geometry-locked, physics-enforced mechanisms enhance link stability, reduce exposure to interception, and maintain reliable performance under jamming or contested conditions — complementing existing protocols and post-quantum cryptographic standards without requiring wholesale replacement of current systems.
The approach supports secure data flow for military, government, and critical infrastructure applications, particularly during limited orbital access windows and in GNSS-denied or electromagnetically contested environments. Integration with edge autonomy systems ensures consistent decision support even when primary links are degraded.
Request Technical BriefUnified Intelligence & Signal-Transduction Layer
UGD-RAI can function as a central intelligence layer that unifies sensing, protection, autonomous decision-making, advanced propulsion, and secure communications within a single real-time operating framework. Rather than forcing organizations to coordinate multiple fragmented AI tools, UGD-RAI provides a coherent intelligence architecture that aligns diverse system inputs into a shared operational state.
UGD-RAI can also be deployed as an overlay to existing AI systems, enhancing their accuracy, speed, reliability, and decision quality without requiring organizations to fully replace their current models. In this role, conventional AI continues to handle language, formatting, interface behavior, and user-facing output, while UGD-RAI replaces the core computational analysis layer with a deterministic signal-transduction process.
UGD-RAI uses a proprietary deterministic analysis layer in place of purely statistical inference, and is designed to deliver faster, more consistent results on complex problems without specialized quantum hardware.
This creates a powerful hybrid architecture: existing AI models provide flexible communication and presentation, while UGD-RAI supplies the deterministic reflexive intelligence layer beneath them. By resolving the analysis phase through signal transduction rather than statistical approximation, UGD-RAI is designed to reduce hallucinations, suppress error propagation, accelerate response generation, and improve operational reliability across mission-critical environments.
The result is not simply a faster AI system. It is a fundamentally different intelligence stack: one in which conventional models handle expression, while UGD-RAI provides the exact-state resolution needed for dependable, real-time decision-making.
Request Technical BriefReady to Partner
Tri-Service Group is poised to partner on prize challenges, advance market commitments, supply-chain strengthening, and rapid fielding initiatives that fulfill and exceed the 2026 global quantum directives — advancing worldwide leadership in quantum innovation, cryptographic security, secure communications, and the propulsion foundations for the next era of space exploration.
Schedule a BriefingResearch & Development
Every TSG system is built on Unified Geometric Dynamics (UGD) and resolved through UGD-RAI, our deterministic intelligence layer. That foundation is what lets a single architecture extend from quantum sensing into harder problems, and it is where our ongoing research is focused.
Active and exploratory programs include space weather and astrophysical forecasting, advanced propulsion, and hypersonic and extreme-materials research — each built on the same geometry-locked methods that power RQS-X™ and Sigma Shield™.
Exploratory Programs
These programs are proprietary and under active development, grounded in TSG’s UGD research and the UGD-RAI intelligence layer. They are early-stage and not offered as products today.
Proprietary fusion energy and propulsion concepts under development, grounded in TSG’s UGD research.
The UGD Resonance Control Unit (RCU) is a proprietary control concept under development that applies TSG’s UGD research to real-time stability management for advanced energy and propulsion systems.
Proprietary technology under development for predictable, safely bounded autonomy in uncrewed and robotic systems.
Proprietary long-range solar and space-weather forecasting under development, intended to support satellite safety and infrastructure planning.