Binance, the world’s largest cryptocurrency exchange, has officially launched Lagrange (LA), a groundbreaking protocol aimed at enhancing AI security, following a retroactive airdrop for BNB users and a multi-pair spot listing that went live yesterday. The listing, initially scheduled for 15:00 UTC, was briefly postponed to 16:00 UTC on July 9, 2025, to ensure a smooth and secure trading environment.
Airdrops and Listing Details for Lagrange (LA)
Eligible Binance users who had subscribed their BNB holdings to Simple Earn or On-Chain Yields between June 22 and June 25 (UTC) automatically received a portion of the 15 million LA tokens allocated for airdrops. This distribution represents 1.5% of Lagrange’s total genesis supply.
The LA token is now listed with spot trading pairs available against USDT, USDC, BNB, FDUSD, and TRY. Users were able to begin depositing LA tokens one hour after the listing announcement. Binance has confirmed that no listing fee was charged for LA.
It’s important to note that while LA was previously tradable on the Binance Alpha Market, it has been delisted from that venue upon its official spot listing, and trading volume will no longer count toward Alpha Points.
Supply Structure and Smart Contract Information
At launch, 193 million LA tokens are in circulation, constituting 19.3% of the total supply of 1 billion tokens. The Lagrange protocol features an inflationary token model, with a 4% annual increase and no maximum cap.
In addition to the initial airdrop, Binance will allocate 5 million LA to post-listing marketing efforts and another 5 million LA three months later, further supporting the ecosystem’s growth.
LA is deployed on both BNB Chain and Ethereum. Its smart contracts are located at:
- BNB Chain:
0x389ad4bb96d0d6ee5b6ef0efaf4b7db0ba2e02a0 - Ethereum:
0x0fc2a55d5bd13033f1ee0cdd11f60f7efe66f467
What is Lagrange (LA)?
Lagrange aims to establish itself as a foundational layer for AI security. It achieves this by utilizing Zero-Knowledge (ZK) proofs to verify artificial intelligence outputs in real time. Its core mission is to ensure trust and transparency in AI-powered applications through scalable, verifiable computation. The protocol operates through a decentralized ZK Prover Network and a ZK Coprocessor, enabling efficient and verifiable computations across various blockchain and AI applications.
July 2025, Cryptoniteuae
