BTU Protocol
BTU
Evaluation Score
Overall rating on a scale of 0-10
Dimension Breakdown
AI Analysis
Comprehensive evaluation of the token
BTU Protocol (BTU) demonstrates the characteristics of a dormant or abandoned legacy crypto asset. Across all operational dimensions, the project suffers from near-total inactivity: development repositories show no current updates or shipping cadence, community channels are absent with zero active governance engagement, and the token experiences non-existent market volume with zero 24-hour liquidity. While the project historically secured seed funding and was founded by Vidal Chriqui targeting decentralized travel booking, the tokenomics model lacks verifiable distribution/vesting data or external revenue capture. Security analysis identified no verifiable third-party smart contract audits from recognized firms. Although no active hacks, exploits, or regulatory enforcements are confirmed, the combination of stalled development, illiquid markets, and unverified utility renders the asset non-viable.
Development Activity
Code updates and developer engagement
Community Support
Social media presence and community engagement
Tokenomics
Supply, distribution, and utility
Market & Use Case
Value proposition and competitive landscape
Team & Governance
Team background and project governance
Security & Audits
Security history and audit status
About BTU Protocol (BTU)
BTU Protocol (BTU) is a decentralized travel and booking protocol developed by a Paris-based team founded by Vidal Chriqui. The project was designed to facilitate peer-to-peer booking transactions and eliminate intermediaries in the corporate travel and reservations marketplace. The protocol utilizes the BTU token as an ERC-20 contract on Ethereum with a corresponding deployment on Polygon PoS, originally conceived to serve utility functions including governance, staking, and platform fee settlement.
The project has a defined maximum supply of 100,000,000 tokens; however, there is an absence of verifiable distribution, circulating supply, and vesting schedules in available data. Proposed governance mechanisms via BTU Improvement Proposals (BTUIPs) and decentralized autonomous organization (DAO) structures have not transitioned into active on-chain voting, with project administration remaining centralized.
BTU Protocol exhibits characteristics of a dormant legacy asset. Market data reflects zero 24-hour trading volume, contradictory price feeds, and an absence of observable protocol adoption or revenue capture. Development repositories show no ongoing updates or active code maintenance, and community channels remain largely inactive across an on-chain base of approximately 2,384 holders.
From a security perspective, retrieved records indicate no verifiable smart contract audits from recognized security firms, nor an active bug-bounty program. While evaluation records show no confirmed security exploits, hacks, smart contract failures, or regulatory enforcement actions against BTU Protocol, the absence of independent code audits alongside non-existent trading liquidity and abandoned development infrastructure present substantial operational risks.