BLOCKX Agentic L1 Network
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Upgrade Details &
Supported Agentic Standards.

A comprehensive overview of our sovereign upgrade timeline, state-transition frameworks, and support for on-chain, machine-readable smart contract specifications.

Download Technical Lightpaper (PDF)

1. Ledger Upgrade Path (v10 -> v12)

Phase 0 Upgrade • TARGETED AUGUST 2026

v10.0.0 — Foundation & ABCI 2.0

Re-architecting BlockX's core ledger layers by migrating standard dependencies to Cosmos SDK v0.50 and CometBFT v0.38+. This implements store-keys mappings, initializes height-based forks (`app/forks.go`), and deprecates raw Ethermint modules for a modernized, highly compliant EVM core.

  • Configures and verifies validator set synchronization algorithms.
  • Wires the essential `SetPrepareProposal` and `SetProcessProposal` consensus callbacks.
Phase 1 Upgrade • TARGETED AUGUST 2026

v11.0.0 — High-Speed Micropayments Engine

Injecting the native x/x402 state machines into the store-key manager and the L1 module manager. This enables zero-gas payment channel registers, EIP-712 cryptographic signature verification hooks, and automatic payout distribution.

  • Activates safe unilateral escrow recovery via temporal `closeAfter` block timeouts.
  • EVM precompiles allow contract environments to query channel states directly from native Go state stores.
Phase 2 Upgrade • TARGETED SEPTEMBER 2026

v12.0.0 — Vote Extensions & Sovereign Identity

Integrating CometBFT Vote Extensions into BlockX's consensus loops to track agent spending velocity across concurrent states without serial blocking. Activating the custom x/policy spends engine and registering the free machine-readable identity registry (x/agentid).

  • Rejects policy-violating transactions inside `ProcessProposal` to guarantee bulletproof safety.
  • Enables free identity configurations for any valid machine registering on the network.

2. Supported Machine Cooperative Standards

Consensus-Guaranteed Advantage: While many of these standards are currently supported on other networks purely through central off-chain servers or simple smart contracts (vulnerable to sequencer failures), BlockX **integrates these natively into our PoS consensus layer (via CometBFT and ABCI 2.0)**. This guarantees sequencer-independent execution, zero-gas efficiency, and bulletproof safety.

x403: Cross-Chain Payment Bridge

A custom, consensus-integrated bridge module that coordinates micro-payments natively across sovereign IBC domains. Eliminates the need for centralized intermediaries or risky, smart-contract bridges.

MPP: Micro-Payment Protocol

Enables high-frequency, gas-free off-chain EIP-712 payment voucher loops. Built natively on our L1 consensus, letting agents stream sub-cent transactions securely and settle them in a single step.

8004

ERC-8004: Machine Identity

Defines standardized, machine-readable "Agent Discovery Cards." These publish verified developer signatures, budget limits, operational capabilities, and reputation metrics on-chain, forming an immutable directory.

8126

ERC-8126: Job Verification

Establishes standardized validation interfaces for off-chain task completions. Connects task specifications directly to automated on-chain settlements, ensuring agents are paid fairly upon cryptographic verification.

8196

ERC-8196: Spend policies

Defines decentralized spending boundaries, budget limits, allowlists, and velocity caps. Checked natively by validators inside ProcessProposal, making enterprise wallets completely immune to unauthorized agent spending.

8183

ERC-8183: Agent Escrows

A multi-party escrow vault tailored for machine tasks. Funds are locked securely and released progressively as milestones are cryptographically verified on-chain, avoiding manual intervention.

712

EIP-712: Structured Signatures

Provides a structured signature schema for off-chain payment authorization. Allows standard client software to authorize, initiate, and settle micropayments using familiar, lightweight HTTP requests.

Download the Upgrade Technical Lightpaper

Read our peer-reviewed technical lightpaper detailing memory store structures, ABCI 2.0 signatures, and vote extension velocity checks.

Download Upgrade Technical Lightpaper