GA Telesis has unveiled the official website for its Worldwide Integrated Lifecycle Blockchain Unified Registry (WILBUR), introducing what it believes will become a foundational digital infrastructure for aviation asset traceability. Developed by the company’s Digital Innovation Group, WILBUR uses blockchain architecture to modernize how aircraft, engines, and components are tracked, certified, and valued across the global aviation ecosystem. The platform converts traditional documentation into secure digital tokens stored on a distributed smart contract blockchain, creating immutable lifecycle records that capture birth documentation, trace history, installation events, and airworthiness certifications. Designed to address long-standing reliance on fragmented paper-based systems, WILBUR links parts to assemblies, engines, and aircraft through a hierarchical token architecture that enables transparent lifecycle tracking.
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“This is more than the launch of a website. It is the first public step toward building a digital backbone for aviation asset traceability,” said Jason Reed, President of GA Telesis’ Digital Innovation Group. “For decades, the industry has operated on documentation systems that were never designed for the modern aviation ecosystem. WILBUR introduces a new infrastructure where the lifecycle and provenance of aviation assets can be verified instantly, securely, and globally.” The platform aligns with modernization efforts from International Air Transport Association and will begin beta testing in summer 2026 with broader adoption expected in 2027.
