AAIMS - One stack. Every domain. Every mission.
AAIMS — Autonomy and Augmented Intelligence Mission System — is the software backbone of every SYOS vehicle. Built on an open, platform-agnostic architecture, it provides a single autonomy layer across air, land, sea and subsurface, and integrates seamlessly with existing systems, open third-party platforms and payloads.
AAIMS turns sensor outputs into meaningful information, makes autonomous decisions and executes, as part of a continuous sense, understand, decide and act loop. Its intuitive interface makes controlling multiple uncrewed systems effortless, whether one to many, or many to many.
Its AI-enhanced capabilities transform how missions are planned and performed — reducing operator burden and complexity, enabling swarming and coordinated missions, maintaining navigation in GNSS-denied and contested environments.
When human input is needed, AAIMS delivers augmented intelligence: real-time data, faster decisions, full command and control. Operators set intent. AAIMS handles execution.
Key Capabilities
Fleet-level command across heterogeneous vehicle types
Rapid spiral development — continuous field-validated improvement
AAIMS Edge
Onboard autonomy at the platform level, enabling real-time decision-making, resilient navigation, and coordinated behaviour – even in contested or communications-limited environments.
AAIMS GCS
The ground control station for operators who require direct oversight and control. A unified interface for monitoring platforms, adjusting tasking, and maintaining command authority across missions.
AAIMS Mission
The mission command center, allowing users to focus on objectives and payload outcomes. Interpret intent, translate into executable tasks, and manage platform level autonomy across the fleet.
Neural network–based drone interceptor
Autonomous detection, classification, and engagement of hostile drones using onboard neural networks.
Designed for real-time response, adapting to evolving threat profiles and maintaining effectiveness in contested or communications-denied environments.
High-fidelity simulation environments
Simulation environments that test and validate AAIMS capabilities. Modeling platform dynamics, sensor behaviour, computer vision pipelines, communications constraints, and complex multi-domain conditions.
Evaluation across domains and autonomous systems logic, enables rigorous validation of perception, decision-making and coordination, before field deployment.
