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SOLUTIONS

Purpose-built for mission-critical operations, TechOps has developed numerous proprietary Solutions that combine advanced mobile infrastructure, resilient power systems, and modular deployment capabilities into scalable operational platforms. Engineered for public safety, defense, emergency response, and specialized field operations, our technologies are designed to improve readiness, flexibility, and mission success in demanding environments.

<p class="font_8">The TechOps <strong>Eco HUB™ </strong>is a deployable Counter-UAS (c-UAS), Mobile C2 ecosystem engineered to provide mobile command and control, layered sensor integration, operational support, and expeditionary mission capability for drone detection, tracking, identification, and mitigation operations. Designed as a scalable and modular platform architecture, the <strong>Eco HUB™</strong> integrates vehicle-based operational platforms, deployable trailer systems, resilient hybrid power infrastructure, and advanced multi-sensor technologies into a unified operational environment capable of supporting fixed-site, mobile, tactical, and emergency response missions.</p> <p class="font_8"><br></p> <p class="font_8">At the core of the <strong>Eco HUB™ </strong>ecosystem are two complementary deployment platforms: the <strong>TAC-DV™ (Tactical Drone Vehicle) </strong>and the <strong>TOW-DV™ (Towable Drone Vehicle)</strong>. Together or separate, these systems provide flexible operational configurations capable of supporting standalone deployments, distributed sensor operations, or fully integrated layered c-UAS missions.</p> <p class="font_8"><br></p> <p class="font_8">The <strong>TAC-DV™</strong> serves as the primary mobile command and operational platform within the <strong>Eco HUB™ </strong>ecosystem. Built on a highly mobile non-CDL truck chassis, <strong>TAC-DV™</strong> functions as a mobile command center, sensor integration platform, communications node, and mission support vehicle capable of rapidly deploying to evolving operational environments. The vehicle is designed to transport drones, batteries, communications systems, operator equipment, and mission-essential support gear while simultaneously serving as the central command and control hub for integrated c-UAS operations.</p> <p class="font_8"><br></p> <p class="font_8">Complementing the <strong>TAC-DV™</strong> is the <strong>TOW-DV™</strong>, a modular towable trailer platform designed to extend operational reach, deploy remote sensor packages, provide additional equipment transport capacity, or function as a forward-deployed surveillance and detection node. The <strong>TOW-DV™</strong> enables distributed sensor placement and layered operational coverage while maintaining full integration within the <strong>Eco HUB™</strong> ecosystem architecture.</p> <p class="font_8"><br></p> <p class="font_8">Serving as the centralized command-and-control layer across the ecosystem, <strong>Eco HUB™ </strong>integrates and processes data from multiple sensor technologies including EO/IR cameras, optical tracking systems, RF detection arrays, acoustic sensors, thermal imaging platforms, radar systems, communications equipment, and other mission-specific technologies. Through advanced multi-sensor fusion, operators are provided with a unified operational picture enabling rapid Detect, Track, Identify, and Mitigate (DTIM) workflows in real time.</p> <p class="font_8"><br></p> <p class="font_8">Designed for operational flexibility and rapid field deployment, the <strong>Eco HUB™</strong> ecosystem incorporates modular infrastructure and scalable integration architecture to support evolving mission requirements and emerging c-UAS technologies. Integrated telescoping mast systems with up to 300-pound payload capacity support elevated ISR, communications, and c-UAS sensor operations, while preconfigured CAT cabling, integrated 110V power distribution, antenna conduit systems, and modular mounting infrastructure allow for rapid installation, replacement, and reconfiguration of sensors, radios, antennas, and mission equipment.</p> <p class="font_8"><br></p> <p class="font_8">Supporting sustained field operations is the integrated <strong>Guardian CORE™</strong> hybrid power architecture<strong>, </strong>an intelligent resilient power platform engineered to provide continuous operational capability through integrated lithium energy storage, generator support, shore power connectivity, and optional solar charging systems. Designed for operational continuity, the <strong>Guardian CORE™</strong> platform enables extended-duration missions while reducing generator dependency, acoustic signature, fuel consumption, and operational downtime.</p> <p class="font_8"><br></p> <p class="font_8">The modular architecture of the TechOps <strong>Eco HUB™</strong> ecosystem allows operators to rapidly configure platforms based on customer requirements, operational environments, and mission objectives — whether supporting critical infrastructure protection, military operations, special event security, emergency management, border security, law enforcement operations, or expeditionary tactical deployments.</p> <p class="font_8"><br></p> <p class="font_8"><strong>Key Features &amp; Benefits</strong></p> <p class="font_8"><br></p> <ul class="font_8"> <li><p class="font_8"><u>Integrated Mobile c-UAS Ecosystem</u> – Unified architecture combining mobile vehicles, towable deployment platforms, sensor systems, communications infrastructure, and operational support technologies.</p></li> <li><p class="font_8"><u>TAC-DV™ Mobile Command Platform</u> – Highly mobile non-CDL tactical command vehicle supporting C2 operations, sensor integration, communications, and equipment transport.</p></li> <li><p class="font_8"><u>TOW-DV™ Deployable Sensor &amp; Support Platform</u> – Towable operational platform designed for distributed sensor deployment, layered coverage, forward operations, and expanded equipment capacity.</p></li> <li><p class="font_8"><u>Centralized Multi-Sensor Fusion</u> – Integrates EO/IR, RF, acoustic, radar, thermal, optical, and communications systems into a unified operational picture.</p></li> <li><p class="font_8"><u>Modular Mission Architecture</u> – Scalable infrastructure supports rapid integration and replacement of sensors, radios, antennas, and emerging c-UAS technologies.</p></li> <li><p class="font_8"><u>Integrated Elevated Mast Systems</u> – Supports elevated ISR, communications, and CUAS payload deployment with integrated power and data routing.</p></li> <li><p class="font_8"><u>Guardian CORE™ Intelligent Hybrid Power Infrastructure</u> – Resilient hybrid power architecture providing continuous operational capability through lithium storage, generator integration, shore power, and renewable charging options.</p></li> <li><p class="font_8"><u>Rapid Expeditionary Deployment</u> – Designed for rapid setup, transportability, operational flexibility, and sustained field operations across diverse mission environments.</p></li> <li><p class="font_8"><u>Mission Scalability &amp; Adaptability</u> – Configurable to support fixed-site security, mobile operations, critical infrastructure protection, tactical deployments, emergency response, and special event security missions.</p></li> </ul>

Eco HUB™

The TechOps Eco HUB™ is a deployable Counter-UAS (c-UAS), Mobile C2 ecosystem engineered to provide mobile command and control, layered sensor integration, operational support, and expeditionary mission capability for drone detection, tracking, identification, and mitigation operations. Designed as a scalable and modular platform architecture, the Eco HUB™ integrates vehicle-based operational platforms...

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<p class="font_8"><strong>Guardian CORE™</strong> is an intelligent hybrid power platform engineered to provide continuous, resilient, and efficient power for mission-critical mobile operations.</p> <p class="font_8"><br></p> <p class="font_8">Designed for command vehicles, emergency response platforms, tactical communications, surveillance operations, and remote deployments, Guardian CORE™ integrates lithium energy storage, generator support, shore power connectivity, and optional solar charging into a unified power architecture built for operational continuity.</p> <p class="font_8"><br></p> <p class="font_8">By intelligently managing power demand and generation, Guardian CORE™ reduces generator runtime, lowers fuel consumption, minimizes maintenance requirements, and enables extended silent operation while maintaining clean, stable power for critical systems and sensitive electronics.</p> <p class="font_8"><br></p> <p class="font_8"><strong>Key Advantages</strong></p> <ul class="font_8"> <li><p class="font_8"><u>Redundant Power Architecture</u> – Guardian CORE™ combines lithium battery storage, inverter power, generator integration, shore power input, and optional renewable charging sources to ensure uninterrupted operational capability in dynamic environments.</p></li> <li><p class="font_8"><u>Intelligent Fuel Optimization</u> – Advanced hybrid power management minimizes unnecessary generator runtime, reducing fuel consumption, maintenance intervals, operational costs, and overall system wear.</p></li> <li><p class="font_8"><u>Silent &amp; Covert Operation Capability</u> – Guardian CORE™ enables extended silent-watch and low-signature operations without continuous generator usage, reducing acoustic and thermal footprint while improving operator comfort and mission flexibility.</p></li> <li><p class="font_8"><u>Resilient System Design</u> – The Guardian CORE™ architecture is designed to maintain operational continuity through multiple independent and interconnected power paths, reducing single points of failure and improving mission survivability.</p></li> <li><p class="font_8"><u>Clean Conditioned Power</u> – Integrated inverter technology delivers stable, conditioned AC power suitable for communications systems, servers, networking equipment, surveillance systems, and other sensitive mission electronics.</p></li> <li><p class="font_8"><u>Remote Monitoring &amp; Alarming</u> – Remote system visibility provides real-time monitoring of battery status, generator activity, shore power condition, charging performance, alarms, and operational metrics from virtually anywhere.</p></li> <li><p class="font_8"><u>Reduced Vehicle Burden</u> – By decreasing reliance on continuous generator operation, Guardian CORE™ helps reduce fuel storage requirements, generator hours, maintenance demands, acoustic fatigue, and overall lifecycle operating costs.</p></li> </ul> <p class="font_8"><strong>Ideal Applications</strong></p> <ul class="font_8"> <li><p class="font_8">Mobile Command Vehicles</p></li> <li><p class="font_8">Emergency Response Units</p></li> <li><p class="font_8">Continuity of Operations (COOP) Platforms</p></li> <li><p class="font_8">Tactical Communications Vehicles</p></li> <li><p class="font_8">Surveillance &amp; Monitoring Systems</p></li> <li><p class="font_8">Disaster Recovery Operations</p></li> <li><p class="font_8">Remote Deployment Platforms</p></li> <li><p class="font_8">Critical Infrastructure Support</p></li> </ul> <p class="font_8"><strong>Guardian CORE™</strong></p> <p class="font_8"><strong>Power When the Mission Can’t Fail™</strong></p>

Guardian CORE™

Guardian CORE™ is an intelligent hybrid power platform engineered to provide continuous, resilient, and efficient power for mission-critical mobile operations.

Designed for command vehicles, emergency response platforms, tactical communications, surveillance operations, and remote deployments, Guardian CORE™ integrates lithium energy storage, generator support, shore power connectivity, and optional solar charging into a unified power architecture built for operational continuity...

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<p class="font_8">TechOps <strong>Nexus CI™</strong> is a centralized touchscreen monitoring and control interface designed to provide real-time operational visibility, intelligent power management, remote monitoring, and full system control for mission-critical deployment platforms. &nbsp;<strong>Nexus CI™</strong> provides operators and support personnel with immediate visibility into:</p> <p class="font_8"><br></p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Battery reserve levels</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Estimated runtime</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Generator operational status</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Inverter and charger performance</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Shore power connectivity</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Alternator charging activity</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Fuel levels and fuel consumption trends</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Charging performance</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Active alarms and fault conditions</p> <p class="font_8"><br></p> <p class="font_8"><strong>Nexus CI™</strong> also supports secure remote access capabilities, allowing authorized personnel to remotely monitor and fully control the system as though they were physically inside the vehicle or deployment platform. &nbsp;Remote capabilities include:</p> <p class="font_8"><br></p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Generator start/stop control</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Inverter and charger management</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Operational parameter adjustment</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Remote diagnostics and troubleshooting</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Event notifications and alarm management</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Firmware and software updates</p> <p class="font_8"><br></p> <p class="font_8">For remote communications hub trailers and unattended field deployments, <strong>Nexus CI™</strong> enables operators to remotely monitor fuel usage, projected runtime, charging activity, and overall system health in real time while receiving automated notifications for:</p> <p class="font_8"><br></p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Low fuel conditions</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Generator faults</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Battery warnings</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Charging abnormalities</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Maintenance reminders</p> <p class="font_8">• &nbsp;&nbsp;&nbsp;&nbsp;Critical alarm events</p> <p class="font_8"><br></p> <p class="font_8">This allows deployed assets to operate autonomously for extended durations while maintaining continuous mission readiness and centralized operational oversight.</p>

Nexus CI™

TechOps Nexus CI™ is a centralized touchscreen monitoring and control interface designed to provide real-time operational visibility, intelligent power management, remote monitoring, and full system control for mission-critical deployment platforms. Nexus CI™ provides operators and support personnel...

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<p class="font_8"><strong>TechTrack™</strong> is a proprietary, patent-pending, aluminum adapter kit system designed and developed by TechOps that transforms cargo vans into standardized platforms for specialized government vehicle applications.&nbsp; Utilizing a dedicated production jig and controlled installation process, the engineered <strong>TechTrack™</strong> system overcomes inherent inconsistencies of factory vehicle interiors by converting curved walls and ceilings into straight surfaces and a continuous profile throughout the vehicle.</p> <p class="font_8"><br></p> <p class="font_8">This precision-engineered foundation enables the efficient installation of our pre-manufactured cabinetry, workstations, equipment racks, as well as other mission-specific components with exceptional fit and repeatability across an entire fleet. By enabling modular, pre-engineered interior components, the <strong>TechTrack™</strong> reduces installation complexity resulting in improved production consistency and quality, faster vehicle upfit, and enhanced long-term serviceability for high-reliability government operations.</p>

TechTrack™

TechTrack™ is a proprietary, patent-pending, aluminum adapter kit system designed and developed by TechOps that transforms cargo vans into standardized platforms for specialized government vehicle applications.  Utilizing a dedicated production jig and controlled installation process, the engineered TechTrack™ system overcomes inherent inconsistencies of factory vehicle interiors by converting curved walls and ceilings into straight surfaces and a continuous profile throughout the vehicle...

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