將 Bitcoin Limited Edition BTCLE 轉換為 Brevis BREV

About BTCLE What is Bitcoin Limited Edition? Bitcoin Limited Edition (BTCLE) is more than just another token—it represents a bold redefinition of scarcity in a market oversaturated with speculative cryptocurrencies. As part of a broader vision to launch Bitcoin Layer 2 Limited, BTCLE stands at the forefront of innovation, combining exclusivity, transparency, and decentralization with a long-term roadmap to reshape blockchain finance. At its core, BTCLE is not simply an investment; it is a vision for the future of finance, where scarcity meets innovation. With the upcoming Bitcoin Layer 2 Limited initiative, we are building a scalable, efficient, and secure second layer anchored to the Bitcoin blockchain—the most secure network in existence. With a clear goal to bridge Real World Assets (RWA) into crypto, we are providing a simplified and accessible pathway for the next billion users still tied to traditional finance. Through BTCLE governance, stakeholders will help shape a democratized financial system, empowering individuals and communities to participate in this new decentralized economy. Supply Details Max supply: 210,000 Total supply: 210,000 Circulating supply 15,579 Locked and Vested: 194,421 Vesting Timeline: 10 years Tokenomics & Liquidity BTCLE follows strict security and decentralization policies to ensure long-term sustainability and trust: Token Lock: Tokens vested gradually over 10 years, preventing sudden supply shocks. Liquidity Lock: Liquidity is permanently locked, ensuring price stability and community trust. Fair Distribution: No single entity holds disproportionate control, guaranteeing a balanced market structure. Contract Renouncement: Smart contract ownership is renounced, ensuring full decentralization and eliminating central control. This framework provides the foundation for a sustainable, community-driven cryptocurrency designed to grow securely and transparently for the long term.

BREV is the native utility and governance token of Brevis, a smart verifiable computing protocol that uses zero‑knowledge proofs to run complex computations off‑chain and verify them on‑chain.