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S.A.I.D.
System for Autonomous Integrated Driving

S.A.I.D.

Retrofittable autonomy for existing military platforms — enabling driverless operation and remote control without replacing the vehicle.

Overview

Any vehicle.
Full autonomy.

S.A.I.D. addresses one of the most pressing challenges in modern ground operations: the growing need to remove personnel from high-risk environments without retiring existing vehicle fleets.

Rather than requiring new platforms, S.A.I.D. integrates directly into existing military vehicles — equipping them with the intelligence to navigate autonomously or be controlled remotely. Deep learning allows S.A.I.D. to interpret complex terrain and operational context, not just follow predefined routes.

Rotary Platform
Onboard

Real-Time
Autonomous Control

S.A.I.D. algorithms run directly on the vehicle — processing sensor data in real time to navigate terrain, avoid obstacles, and execute mission routes without a driver.

The processing stack is modular and can be integrated fully or partially into existing vehicle architectures, with minimal hardware modifications required.

Ground Station

Remote Command
& Fleet Management

The S.A.I.D. ground station provides operators with full remote control over individual vehicles or entire convoys — with real-time telemetry, video feeds, and mission status across all assets.

Operational data is continuously collected between missions and used to refine autonomous behavior — enabling a positive cycle of improvement over time.

Key Features

Capabilities

Retrofit Integration
Designed to integrate into existing military vehicle fleets — no new platforms required. Modular hardware and software stack adapts to different vehicle types.
Autonomous Navigation
Deep learning-based terrain understanding enables driverless operation across complex, unstructured environments — beyond what rule-based systems can handle.
Remote Control
Operators can take direct control of any vehicle at any time via the ground station — with low-latency video and full telemetry feedback.
Convoy Operations
Multiple vehicles can be coordinated as a single autonomous convoy — following a lead unit or executing independent routes in parallel.
Continuous Learning
Mission data collected between deployments is used to validate and refine autonomous behavior — the system improves with every operational cycle.
Resilient Architecture
Onboard processing ensures autonomous operation persists even when remote connectivity is lost — the vehicle continues its mission independently.
Compatibility

Platform-Agnostic

S.A.I.D. is designed to integrate with a broad range of existing military platforms — ground and rotary.

Armored Personnel Carriers Infantry Fighting Vehicles Logistics & Supply Vehicles Unmanned Ground Vehicles Rotary Platforms Third-Party C2 Systems