Technology Built for Trust in Autonomous Operations
Sybrotix validates whether autonomous systems remain trustworthy in real time—covering GPS spoofing, communication interference, identity and telemetry consistency, physics-based checks, multi-signal correlation, LLM-assisted diagnostics, and audit-ready reporting. Works with PX4 and ArduPilot-class open autopilots alongside your existing stack.
A Layered Trust Architecture
The platform ingests operational data from existing systems, validates consistency across trusted models, and produces clear trust outputs for operators and decision-makers.
- Data ingestion layer
- Validation and trust engine
- Correlation and classification layer
- Alerting and reporting layer
UAV airframes and autopilot stacks
The same modular trust architecture applies across fixed-wing, multirotor, VTOL, and single-rotor systems. Sybrotix is designed to align with open-source autopilots—PX4 and ArduPilot—so validation maps to telemetry, navigation, and mission patterns operators already rely on.
Full capability set
Detection and verification
- Real-time cyber-physical trust verification
- GPS spoofing detection
- Communication interference detection
- Identity verification and anti-impersonation
- Telemetry consistency checking
- Physics-based behaviour validation
- Multi-signal correlation engine
- Anomaly detection
- Attack vs mechanical failure differentiation
- Early mechanical anomaly detection
Trust outputs and alerting
- Trust scoring
- Real-time alerting
- Explainable diagnostics
Intelligent assistance
- LLM-powered anomaly explanation
- Intelligent diagnostic chat interface
- Root-cause summary generation
- Operator guidance generation
Reporting and compliance
- Structured incident reporting
- Audit and compliance-ready reporting
Deployment and architecture
- Edge-first standalone deployment
- Optional cloud-based reporting and fleet analytics
- Modular architecture for UAVs first, with future extension to other autonomous systems
Reference visuals
Representative operational and system imagery — replace with product-specific captures or licensed assets as needed.
Systems context
Integration
Operator-facing outputs
Designed to Work Alongside Existing Operational Software
Sybrotix is designed as a standalone, edge-first software layer that can operate alongside existing ground control and operational systems without replacing them.
Current MVP Focus
The initial MVP is focused on UAVs and aerial systems—including GPS spoofing detection, RF interference, identity and telemetry checks, and cyber-physical inconsistencies during flight—with modular extension to robotics and broader autonomy.
Request a Technical Walkthrough
Explore how the Sybrotix trust layer works in real operational scenarios.