Request a Sybrotix Demo
See how Sybrotix detects trust failures, signal anomalies, and cyber-physical inconsistencies in autonomous operations.
Who Should Request a Demo
- UAV operators and drone service providers
- Autonomy platform teams
- Robotics and unmanned systems companies
- Security and infrastructure stakeholders
- Technical evaluators and innovation teams
Tell Us About Your Environment
This form is for serious B2B and technical enquiries. Fields marked with an asterisk are required.
What Happens Next
- Step 1
Your enquiry is reviewed
- Step 2
A relevant demo path is identified
- Step 3
A technical or business follow-up is arranged
Trust and deployment
- Standalone edge-first deployment
- Designed for existing operational software
- Built for trust verification, not only monitoring
- Structured outputs for operators and stakeholders
Frequently asked questions
Straight answers for technical and business evaluators.
What does Sybrotix do?
Sybrotix provides a real-time cyber-physical trust layer that checks whether autonomous systems remain trustworthy during operation—by validating signals, timing, behaviour, and consistency with physical reality.
Does Sybrotix support PX4 and ArduPilot?
Yes. The platform is designed to align with widely used open-source autopilots including PX4 and ArduPilot, so trust validation can map to familiar telemetry, navigation, and mission patterns. Integration details depend on your deployment and data paths.
Does Sybrotix replace existing ground control software?
No. It is designed to work alongside existing ground control and operational tools as a dedicated trust layer, not as a replacement for your primary flight or mission software.
Is Sybrotix cloud-based?
The platform is designed for edge-first deployment. Optional cloud connectivity can support reporting and analytics where your security and operational model allow it.
Can the system work without internet connectivity?
Yes. The architecture targets standalone, edge-capable operation so trust validation can continue when connectivity is limited or unavailable.
What types of threats can it help detect?
Sybrotix focuses on cyber-physical inconsistencies including GPS spoofing, communication interference, identity or impersonation risks, telemetry manipulation, timing issues, and behaviour that diverges from expected physical and operational constraints—alongside differentiation from many mechanical or system faults.
Is the platform only for UAVs?
The initial focus is on UAVs and aerial systems. The same trust framework is designed to extend to robotics and other autonomous platforms through modular, platform-specific models.