Blockchain Security for Maritime & Aviation
License the patented technology that secures vessel and aircraft access, protects navigation systems, and delivers resilient satellite communication across oceans and airspace.
Security Challenges at Sea and in the Sky
Maritime and aviation operations face unique security threats — isolated environments, reliance on satellite communication, and physical assets worth hundreds of millions.
Vessel and aircraft hijacking
Unauthorized access to ships, aircraft, and their control systems poses direct safety and security threats
Port and airport facility breaches
Large-scale facilities with thousands of daily access events are vulnerable to credential fraud and unauthorized entry
Communication interception
Ship-to-shore, air-to-ground, and pilot-controller communications are susceptible to monitoring and spoofing
Crew and personnel identity fraud
Forged seafarer credentials, pilot licenses, and airport worker IDs undermine operational safety
Navigation system manipulation
GPS spoofing and AIS manipulation can redirect vessels or create phantom traffic
Piracy and maritime crime
Remote vessel access and communication vulnerabilities are exploited by organized criminal networks
Terrestrial network dependence
Mid-ocean and in-flight operations lose connectivity when terrestrial networks are out of range
Three Patented Pillars for Maritime & Aviation Security
Verified Identity for Every Crew Member and Passenger
Maritime and aviation operators can integrate blockchain-based identity verification for crew members, pilots, passengers, and ground/port workers. Immutable blockchain records ensure that seafarer credentials, pilot licenses, and airport worker IDs are authentic and cannot be forged — with every verification event permanently logged.
Use Cases
- Seafarer and crew identity verification
- Pilot and aircrew credential authentication
- Airport and port worker access authorization
- Passenger identity verification for boarding
- Immigration and customs pre-clearance
- Cargo handler credential management
- Maintenance crew authentication
Secure Every Hatch, Cockpit, and Restricted Zone
Vessels, aircraft, port facilities, and airport restricted zones can be secured with encrypted, one-time-use access codes transmitted via Bluetooth and logged in a distributed hyperledger. The system is designed to work offline — critical for mid-ocean and in-flight scenarios — and syncs with servers when connectivity is restored.
Use Cases
- Ship bridge and engine room access
- Aircraft cockpit door security
- Port and terminal restricted area access
- Airport secure zones
- Container and cargo hold access control
- Fuel storage and hazardous material areas
- Marina and dock gate access
Resilient Communication Across Oceans and Airspace
Maritime and aviation operators depend on satellite communication for navigation, safety, and operational coordination. Silakab’s patented system ensures that only validated stations communicate through satellite, with blockchain-logged transmission records providing a complete, tamper-proof audit trail of all communications.
Use Cases
- Ship-to-shore and vessel-to-vessel communication
- Air traffic management and pilot-controller data links
- Search and rescue coordination
- Fleet tracking and management communication
- Weather and navigation data transmission
- Maritime distress and safety communication
- In-flight operational data exchange
License the Technology Securing Maritime and Aviation Operations
Crew identity. Vessel and aircraft access. Satellite communication. Blockchain-secured across every ocean and airspace.
Request Licensing Overview