“Bravo is the backbone. bolts into your vehicle.”
Vehicle-mounted AI using NVIDIA IGX T5000 as its reference configuration. Its modular, upgradable architecture keeps a path open to future accelerators, including AMD, while delivering multi-camera 360-degree coverage, integrated vehicle data, open API mission interfaces, and on-device AI reasoning.
Reference Platform
NVIDIA IGX T5000
AI Performance
Up to 2,070 TOPS
Power / Input
40-130W · 12/24V DC
Storage
4 TB
Full Specifications
Compute and module power reference: NVIDIA IGX T5000 specifications
Capabilities
Vehicle-grade AI processing for mobile tactical operations.
Multi-Camera CV Pipeline
Simultaneous detection, tracking, and classification across 2-8 camera feeds. 360-degree threat awareness with cross-camera correlation and target handoff.
7B Parameter Copilot
Larger language model enables more complex reasoning, multi-turn dialogue, detailed situation report generation, and natural language queries against system state.
Sensor Fusion Across Feeds
Correlates camera, thermal, acoustic, CAN bus, GPS, and mission-system data into a unified operating picture. The fusion layer is integrated and interoperable by design, so new feeds do not create a separate stovepipe.
Alert Triage Agent
Prioritizes detections by threat level, proximity, and mission context. Filters noise so operators focus on actionable intelligence rather than raw alerts.
Convoy Coordination
Vehicle-to-vehicle intelligence sharing via encrypted mesh. Collaborative threat detection, IED indicator alerts, route risk assessment, and integrated awareness across the convoy.
ATAK Integration
Full ATAK plugin with vehicle-specific overlays, route risk assessment, IED indicators, multi-camera threat alerts, and AI recommendations in an integrated operator map workflow.
Deployment Scenarios
Mobile AI backbone for vehicle and base operations.
Convoy Operations
360-degree vehicle surveillance with AI-powered IED indicator detection, ambush early warning, and route risk assessment in real-time.
Forward Command Post
Deploy as a mobile CP AI backbone — fuse intelligence from multiple Alpha nodes, run larger AI models, and provide area coverage.
Vehicle Patrol
Continuous perimeter monitoring during patrol operations. Automated threat detection reduces cognitive burden on vehicle crews.
Base Perimeter
Fixed-site security with multi-camera coverage, automated perimeter monitoring, and integration with existing base defense systems.
Operational Environment
0°
Camera Coverage
0
Simultaneous Feeds
0B
LLM Parameters
10GbE
Network Speed
Frequently Asked Questions
BRAVO is designed for standard military vehicle mounting — HMMWV, JLTV, MRAP, and similar platforms. It accepts 12-24V DC vehicle input, with the NVIDIA IGX T5000 operating across a 40-130W module power range, and mounts via standard 19-inch rack or custom vehicle bracket. The chassis is modular enough to support different payload layouts and mission kits without changing the core software baseline.
BRAVO supports 2-8 cameras via GMSL2 and RTSP interfaces, plus adjacent RF, acoustic, CAN bus, and mission-system data through open API and adapter-based integration. Its NVIDIA IGX T5000 platform delivers up to 2,070 TOPS for 360-degree situational awareness with real-time object detection, tracking, and classification.
BRAVO's reference configuration uses NVIDIA IGX T5000 with up to 2,070 TOPS and a 40-130W module power range. It adds vehicle power integration, larger mirrored storage, and support for 2-8 cameras plus RF, acoustic, and vehicle feeds. ALPHA prioritizes portability; BRAVO prioritizes higher-performance platform integration. Both share the same unified software stack.
BRAVO is designed for vehicle power (12-24V DC) but can operate from external battery packs at reduced power profiles. In low-power mode, BRAVO prioritizes critical AI workloads and reduces camera count to extend battery runtime.
No. NVIDIA IGX T5000 is the current reference configuration used for the published 2,070-TOPS and 40-130W specifications. BRAVO's modular compute carrier, containerized software stack, and open mission interfaces preserve a path to future accelerator configurations, including AMD, as qualified hardware becomes available.
Deploy DRAIDIS BRAVO
Request a demo or download the DRAIDIS BRAVO solution brief for your team.