BYZANTINE FAULT TOLERANCE

Byzantine Fault Tolerance (BFT) is a critical concept in distributed systems that has important applications in unmanned vehicle technology. It refers to a system's ability to continue operating correctly even when some of its components fail in arbitrary or malicious ways. The name comes from the "Byzantine Generals Problem," a thought experiment where generals must coordinate an attack but some might be traitors sending conflicting messages.
In technical terms, a Byzantine fault occurs when a component doesn't just fail by stopping (which is easier to detect), but fails by behaving unpredictably - sending contradictory information, acting erratically, or even being compromised by an attacker.

BFT000 - Byzantine Fault Tolerance - Research Questions
BFT001 - Foundational Theory
BFT002 - Core Algorithms and Protocols
BFT003 - Drone-Specific Applications
BFT004 - Attack Models and Security
BFT005 - Performance and Scalability
BFT006 - Implementation Challenges
BFT007 - Current Research Frontiers
BFT008 - Industry and Standards
BFT009 - Case Studies and Applications
BFT010 - Advanced Topics