### When Machines Make Decisions, Security Is Critical
Autonomous systems - from military drones to delivery robots - combine embedded systems, AI decision-making, wireless
communications, and real-time control. A security vulnerability doesn't just mean data loss; it means loss of
control over physical systems operating in the real world. We secure autonomous systems at every layer.
### What We Secure
**Unmanned Aerial Vehicles (UAVs/Drones)**
- Commercial and industrial drones
- Military UAVs and tactical drones
- Drone swarms and coordinated systems
- Counter-drone systems
**Autonomous Ground Vehicles**
- Delivery robots and AGVs
- Autonomous cars and trucks
- Military ground vehicles
- Agricultural and mining automation
**Robotics Systems**
- Industrial robots and cobots
- Service and hospitality robots
- Surgical and medical robotics
- Underwater and surface vessels (ROVs/AUVs)
### Attack Surface Analysis
**Command & Control (C2)**
- Ground control station security
- C2 protocol analysis and encryption
- Authentication and authorization
- Anti-spoofing and anti-jamming
**Radio Frequency (RF) Security**
- RF spectrum analysis
- GPS/GNSS spoofing resistance
- Communication link hijacking
- Electronic warfare resilience
**Firmware & Embedded Systems**
- Flight controller firmware
- Sensor and actuator security
- Boot process and secure boot
- Over-the-air (OTA) update security
**AI & Autonomous Decision-Making**
- Machine learning model security
- Sensor fusion integrity
- Adversarial attack resistance
- Fail-safe and emergency stop validation
**Physical Security**
- Tamper detection and resistance
- Component extraction protection
- Debug interface security
- Physical access controls
### Our Testing Methodology
**Phase 1: Architecture Review**
- System design and threat modeling
- Attack surface identification
- Safety system analysis
- Regulatory compliance review
**Phase 2: RF & Communications Testing**
- Spectrum analysis and signal monitoring
- C2 protocol fuzzing and manipulation
- GPS/GNSS spoofing tests
- Jamming and interference testing
**Phase 3: Firmware & Software Security**
- Binary analysis and reverse engineering
- Vulnerability assessment
- Secure boot validation
- Update mechanism testing
**Phase 4: AI & Decision-Making**
- Adversarial input testing
- Sensor spoofing scenarios
- Safety mechanism validation
- Edge case and failure mode testing
**Phase 5: Physical & Hardware**
- Tamper resistance testing
- Debug interface exploitation
- Component security validation
- Fail-safe mechanism testing
### Compliance & Standards
Our assessments align with:
- **ISO 21384** (Unmanned aircraft systems - Safety)
- **RTCA DO-326A** (Airworthiness Security Process Specification)
- **SAE J3061** (Cybersecurity Guidebook for Cyber-Physical Vehicle Systems)
- **UL 3030** (Unmanned Aircraft Systems Safety)
- Military and defense-specific standards
### Deliverables
- Comprehensive security assessment report
- RF security analysis and spectrum data
- Firmware vulnerability findings
- AI/ML robustness testing results
- Physical security evaluation
- Remediation roadmap with prioritization
- Safety impact analysis
- Compliance gap analysis
### Ideal For
- Drone manufacturers and integrators
- Autonomous vehicle developers
- Robotics companies
- Defense contractors
- Commercial drone operators
- Agriculture and logistics automation
- Regulatory bodies and certification agencies
**Duration:** 6-12 weeks (depending on system complexity)
**Pricing:** Based on system type, quantity, and testing depth
**Note:** Can conduct testing in controlled environments or operational settings
