PermissionlessAsset Transfer Infrastructurefor Web3

Build secure asset transfers, conditional releases, and automated distribution systems into any Web3 application with just 3 lines of code. The foundational on-chain infrastructure for programmable asset movements.

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Quick Start
import { AfterCryptProtocol } from '@aftercrypt/sdk';

const vault = await sdk.createVault({
  beneficiaries: ['0xAlice', '0xBob'],
  shares: [70, 30],
  assets: wallet.getAllAssets()
});

Why AfterCrypt Protocol?

The Problem

  • ✗No standardized infrastructure for conditional asset transfers on-chain
  • ✗Complex multi-chain asset movements require custom implementations
  • ✗Existing solutions require trusting centralized custodians with your keys
  • ✗No reliable SDK for developers to integrate programmable transfers into dApps
  • ✗Fragmented approaches with no unified cross-chain asset transfer protocol

AfterCrypt Protocol Solution

  • Permissionless automated asset transfers with minimal protocol fees
  • Condition-based release mechanisms for programmable distributions
  • Multi-agent BFT consensus for secure verification
  • Privacy-preserving verification without exposing sensitive data
  • Decentralized attestation network with validator nodes
  • Cross-chain support via LayerZero for multi-chain asset transfers
  • Developer-friendly SDK: integrate asset transfers in minutes

How It Works

Five-step process for secure, automated asset transfers

1

Configure Transfer

Define conditions and recipients

2

On-Chain Monitoring

Protocol tracks transfer conditions

3

Condition Verification

Multi-source signal analysis

4

Reach Consensus

66% BFT threshold with weighted voting

5

Execute Transfer

Permissionless automated distribution

Protocol Features

Enterprise-grade infrastructure for programmable asset transfers

Condition Monitoring

Continuous monitoring of transfer conditions with multi-agent BFT consensus. Real-time condition tracking, risk assessment, and zkML privacy.

Cross-Chain Native

Execute transfers across 8+ chains with LayerZero V2. Atomic synchronization and release.

Decentralized Attestation

Byzantine Fault Tolerant consensus with 100+ nodes. Multi-source condition verification.

Developer-First SDK

TypeScript/Solidity SDKs, REST/GraphQL APIs. 3-line integration, production-ready.

Intelligent Condition Monitoring

Advanced infrastructure ensures transfer conditions are continuously monitored with multi-agent consensus and privacy-preserving verification

Multi-Agent Consensus Engine

Specialized agents vote on condition fulfillment with Byzantine Fault Tolerant consensus.

  • 66% agreement threshold
  • Weighted voting by agent reputation
  • Automated transfer execution

Condition Tracking

Continuous monitoring of on-chain and off-chain transfer conditions.

  • Time-based conditions
  • Event-based triggers
  • Multi-signature requirements

Risk Assessment

Real-time multi-factor risk analysis with automated response actions.

  • Anomaly detection
  • Security threat analysis
  • Contract vulnerability scans

zkML Privacy

Zero-knowledge proofs keep condition verification private and verifiable.

  • Private verification
  • On-chain proof verification
  • No data exposure

Chainlink Integration

External oracle network for decentralized condition verification.

  • Chainlink Functions support
  • Off-chain computation
  • Multi-source data aggregation

Automated Execution

Protocol automatically executes transfers when conditions are met.

  • Permissionless execution
  • Atomic cross-chain transfers
  • Real-time notifications

Ready to Build?

Join the ecosystem and start building on AfterCrypt Protocol today. Full documentation, SDKs, and support available.

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