### Dominating the Invisible Battlefield
Modern warfare and security extend beyond the physical-they encompass the electromagnetic spectrum. From GPS
spoofing to jamming military communications, from cellular network exploitation to satellite link hijacking,
RF security is critical for defense, critical infrastructure, and high-value targets. We secure the spectrum.
### The RF Threat Landscape
**Communication Attacks**
- Jamming and denial of service
- Interception and eavesdropping
- Man-in-the-middle attacks
- Protocol exploitation
- Frequency hopping prediction
**Navigation & Timing**
- GPS/GNSS spoofing and meaconing
- Timing attacks on critical infrastructure
- Navigation system jamming
- Precision timing protocol manipulation
**Sensor & Radar**
- Radar jamming and spoofing
- Sensor deception
- Counter-surveillance techniques
- LIDAR/RADAR manipulation
**Electromagnetic Attacks**
- Electromagnetic pulse (EMP) vulnerability
- High-power microwave (HPM) effects
- Directed energy weapons
- Side-channel emanations (TEMPEST)
### What We Assess
**Spectrum Mapping & Analysis**
- RF environment characterization
- Spectrum occupancy analysis
- Interference source identification
- Frequency coordination
- Unauthorized transmitter detection
**Communication Security**
- Military and tactical radio security
- Satellite communication (SATCOM) security
- Cellular and LTE security
- Mesh and ad-hoc network security
- Encryption implementation testing
**Navigation System Security**
- GPS/GNSS receiver resilience
- Anti-spoofing capability testing
- Timing attack resistance
- Backup navigation validation
- Inertial navigation integration
**Wireless Protocol Security**
- Bluetooth, WiFi, Zigbee, LoRa
- Proprietary RF protocols
- Drone C2 links
- Industrial wireless (WirelessHART, ISA100)
- RFID and NFC security
**Electronic Counter-Measures (ECM)**
- Jamming resistance testing
- Frequency agility validation
- Spread spectrum effectiveness
- Adaptive modulation security
- Direction finding evasion
**SIGINT & Counter-SIGINT**
- Signals intelligence risk assessment
- Emission security (EMSEC) evaluation
- TEMPEST analysis
- Low probability of detection (LPD) validation
- Low probability of intercept (LPI) testing
### Our Testing Methodology
**Phase 1: RF Environment Assessment**
- Spectrum survey and baseline
- Threat actor capability analysis
- Regulatory compliance review
- Operational scenario definition
**Phase 2: Communication Security Testing**
- Protocol analysis and reverse engineering
- Encryption and authentication testing
- Jamming resilience evaluation
- Interception vulnerability assessment
**Phase 3: Navigation & Timing Security**
- GPS spoofing and meaconing tests
- Timing attack scenarios
- Backup system validation
- Multi-GNSS resilience
**Phase 4: Electronic Warfare Testing**
- Controlled jamming scenarios
- EW resilience evaluation
- ECM/ECCM effectiveness
- Spectrum warfare simulation
**Phase 5: SIGINT & EMSEC**
- Emission characterization
- Interception vulnerability
- Side-channel analysis
- Countermeasure validation
### Equipment & Capabilities
We utilize:
- Software Defined Radios (SDRs) - USRP, BladeRF, HackRF
- Spectrum analyzers and signal generators
- GPS simulators and spoofers
- Direction finding equipment
- Anechoic chambers and RF test facilities
- Portable RF labs for field testing
### Industries & Applications
**Defense & Military**
- Tactical radio systems
- Satellite communications
- UAV command & control
- Electronic warfare systems
- Military radar and sensors
**Critical Infrastructure**
- SCADA wireless links
- Utility grid communications
- Pipeline monitoring systems
- Transportation infrastructure
**Maritime & Aviation**
- Ship navigation systems
- Aircraft communications
- AIS and ADS-B security
- Maritime radar
**Commercial**
- Cellular and 5G security
- IoT and wireless sensors
- Drone operations
- Smart city infrastructure
### Compliance & Standards
Our testing aligns with:
- Military standards (MIL-STD-461, MIL-STD-464)
- FCC regulations and spectrum allocation
- RTCA DO-160 (Airborne equipment environmental conditions)
- IEC 61000 (Electromagnetic compatibility)
- NATO STANAG standards
### Deliverables
- Comprehensive RF security assessment report
- Spectrum survey data and analysis
- Vulnerability findings with severity ratings
- Jamming and spoofing test results
- SIGINT risk assessment
- Countermeasure recommendations
- Hardening and mitigation roadmap
- Operational security procedures
### Ideal For
- Defense contractors and military
- Critical infrastructure operators
- Government and law enforcement
- Satellite operators
- Drone manufacturers
- Maritime and aviation sectors
- High-value target protection
- Organizations facing nation-state threats
**Duration:** 4-10 weeks (depending on system complexity and location)
**Pricing:** Based on system type, testing environment, and equipment requirements
**Clearance:** Can work with cleared personnel if required
**Note:** Field testing requires coordination and regulatory approval
