Blockchain Security for Automotive & Transportation
License the patented technology that eliminates vehicle access vulnerabilities, secures fleet operations, and authenticates identity across the transportation ecosystem.
The Automotive Industry’s Access Problem
Modern vehicles and transportation systems rely on wireless access technology that was never designed to withstand today’s threat landscape.
Key fob signal interception
Radio signals from traditional key fobs can be intercepted and relayed using inexpensive electronic devices
Credential cloning
Static, predetermined key fob signals can be captured, copied, and replayed to gain unauthorized vehicle access
Fleet access management gaps
Large vehicle fleets lack centralized, auditable access control for drivers, maintenance crews, and third parties
Connected vehicle exploits
As vehicles become software-defined, remote access systems introduce new attack vectors
Stolen vehicle recovery challenges
Without immutable access logs, proving unauthorized access and tracking vehicle movements is difficult
Logistics checkpoint fraud
Forged driver credentials and manipulated documentation enable cargo theft and diversion
Rental and shared vehicle security
Multi-user vehicle access models require granular, time-limited, and auditable credential management
Three Patented Pillars for Automotive & Transportation Security
Verified Identity at Every Checkpoint
Automotive manufacturers, fleet operators, and transportation companies can integrate blockchain-based identity verification for drivers, maintenance crews, logistics personnel, and passengers. Immutable records ensure that only authenticated individuals access vehicles and transportation systems — with every verification permanently logged.
Use Cases
- Driver identity verification for fleet access
- Maintenance crew authentication
- Logistics driver credential verification
- Rental and car-sharing customer authentication
- Commercial driver’s license (CDL) verification
- Rideshare driver identity validation
- Parking facility access authorization
Vehicle Access That Cannot Be Intercepted or Cloned
Silakab’s patents directly address the core vulnerability of traditional automotive key systems. By replacing static radio signals with dynamic, one-time-use encrypted codes transmitted via short-range Bluetooth, the system eliminates signal interception and credential cloning. Every access event — lock, unlock, engine start — is logged in a blockchain hyperledger.
Use Cases
- Personal vehicle lock, unlock, and engine start
- Fleet vehicle access management
- Commercial truck and trailer access
- Rental vehicle key management
- Car-sharing time-limited access credentials
- Emergency vehicle access control
- Delivery vehicle cargo area security
- Military and government vehicle fleets
Communication Resilience for Transportation Networks
Transportation networks spanning remote regions, cross-border routes, and maritime shipping lanes can embed satellite-validated communication to maintain fleet coordination, tracking, and emergency response when terrestrial connectivity is unavailable.
Use Cases
- Long-haul fleet tracking and communication
- Cross-border logistics coordination
- Remote route emergency communication
- Autonomous vehicle fallback communication
- Maritime freight vessel tracking
- Railway network communication in remote corridors
- Disaster response vehicle coordination
License the Technology Redefining Vehicle and Fleet Security
From personal vehicles to global fleets — Silakab’s patents eliminate the access vulnerabilities the automotive industry has tolerated for decades.
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