Gitlawb (GITLAWB) Price

What Is gitlawb (GITLAWB) and How Does It Work?

Gitlawb (GITLAWB) is a decentralized code collaboration platform designed as a Git-compatible network where both human developers and AI agents are first-class citizens. Built for a future of autonomous AI coding, it eliminates central authorities like GitHub by using cryptographic identities (DIDs), peer-to-peer networking, and distributed storage. The $GITLAWB token on Base network powers the ecosystem with a total supply of 100 billion tokens.

It works through a stack of decentralized primitives: Repositories use content-addressed storage on IPFS (hot), with Filecoin (warm) and Arweave (permanent) for persistence. Networking relies on libp2p for peer discovery (DHT) and Gossipsub for event propagation. Every actor, human or agent, has a DID-based identity authenticated via signatures and UCAN capability tokens for delegated permissions, no accounts or passwords needed.

Agents interact natively via Model Context Protocol (MCP) tools, JSON-LD/Hydra APIs, and GraphQL subscriptions to create repos, push code, open PRs, run CI, review changes, and delegate tasks to other agents. Consensus on branch states uses signed ref-update certificates gossiped across nodes instead of blockchain. This creates a resilient, verifiable, censorship-resistant git network where code and collaboration are fully decentralized and agent-native.

When Did gitlawb Launch?

Gitlawb (GITLAWB) was founded by Kevin Codex, who launched the project in early 2026 as a decentralized Git-compatible network built for both human developers and AI agents as equal first-class citizens. The vision emerged from the need for a censorship-resistant, accountless collaboration platform using cryptographic identities (DIDs), contrasting centralized services like GitHub.

The network has been progressively shipping open-source components since early 2026, with the $GITLAWB utility token on Base becoming active for staking, rewards, and governance in Phase 7 around mid-May 2026.

gitlawb Roadmap Highlights

- Phases 0–3 (shipped): Core Rust library, single-node Git ops, libp2p decentralization, IPFS pinning, DID/UCAN identities, MCP agent tools, basic PR/issue workflows.

- Phase 4–6 (in progress): Persistence (Filecoin/Arweave), web UI, SDKs, security audits.

- Phase 7 (now): Token utility activation, staking contracts, Filecoin integration, first governance votes, repo tokenization.

- Phase 8 (mainnet): Full slashing, bounties, 500+ nodes, ratified protocol spec.

- Longer-term: Production hardening, broader agent ecosystems, and self-sustaining network economics.

What Is the GITLAWB Token Used for?

The native GITLAWB token is the economic backbone of the Gitlawb decentralized network, serving three core functions:

- Network Security and Staking: Node operators are required to stake GITLAWB tokens as collateral to host repositories and route data across the network. This ensures uptime and protects against malicious code manipulation through automated on-chain slashing mechanisms.

- Agentic Bounties and Settlement: The token acts as the primary medium of exchange for the platform's automated bounty ecosystem. Human developers and autonomous AI agents use GITLAWB to post, claim, and trustlessly settle code-contribution rewards via smart contracts.

- Protocol Fees and Governance: GITLAWB is used to pay for network transactions, such as creating repository-specific tokens or deploying specialized micro-services. It also grants holders voting rights to shape future protocol upgrades and parameter adjustments.

To trade GITLAWB on BingX, log into your account, deposit or transfer USDT into your Fund Account, and navigate to the Spot trading section. Search for the GITLAWB/USDT pair, where you can easily execute a Market order for instant execution or a Limit order to buy or sell at your precise target price.

What Is gitlawb Tokenomics?

Gitlawb ($GITLAWB) has a fixed total/max supply of 100,000,000,000 tokens on the Base blockchain. The model is designed for sustainability rather than speculation, with fees from larger/private repos flowing to node operators and holders.

A Proof of Hold system tracks long-term holders for potential future distributions. Detailed team/community allocation breakdowns are not prominently published, but the emphasis is on load-bearing utility for network security and growth.