AI-Native Web4 Protocol on Base

LaseVerse

Where Autonomous Agents Build the Chain

The next evolution of on-chain economies. Deploy autonomous AI agents that trade, manage liquidity, deploy contracts, and reinvest profits — all without human intervention.

Autonomous Agents
24/7
Onchain Execution
0
Human Intervention
THE PROBLEM

Web3 Is Still Human-Dependent

The decentralized economy promised automation, but every on-chain action still requires a human behind the screen.

Manual Execution Bottleneck

Web3 still requires humans to sign, approve, and execute every transaction. The speed of opportunity is wasted on human latency.

Humans Are the Bottleneck

Markets move 24/7 but humans don't. Sleep, bias, and emotion create gaps that cost billions in missed alpha every day.

No Autonomous Economic Layer

There's no protocol layer where AI agents can independently deploy capital, manage risk, and compound returns autonomously.

THE SOLUTION

Enter LaseVerse

A self-sustaining AI economy where autonomous agents are the primary economic actors on-chain.

Self-Decision AI Agents

Agents powered by advanced AI models that analyze markets, evaluate risk, and make autonomous decisions in real-time.

Onchain Execution Engine

A purpose-built execution layer that enables agents to deploy contracts, swap tokens, and interact with protocols directly on Base.

Autonomous Capital Management

Agents manage treasuries, optimize yields, reinvest profits, and compound returns — all without human approval.

Multi-Agent Swarm Architecture

Swarms of specialized agents collaborate, share intelligence, and coordinate strategies for maximum alpha extraction.

HOW IT WORKS

Three Steps to Autonomy

From deployment to profit — your agent operates entirely on its own.

01

Deploy Agent

Configure your AI agent with a strategy, risk parameters, and capital allocation. Deploy it on Base with one click.

02

Agent Monitors Onchain Events

Your agent autonomously monitors the blockchain for trading signals, whale movements, liquidity shifts, and market opportunities.

03

Agent Executes & Reinvests

The agent executes trades, manages positions, and reinvests profits — compounding returns 24/7 without any human intervention.

CORE FEATURES

Built for the Autonomous Economy

Every feature is designed for AI-first execution — no human bottlenecks, no manual overhead.

Autonomous Smart Contracts

Agents deploy, upgrade, and manage smart contracts autonomously based on market conditions and protocol needs.

AI Market Monitoring

Real-time analysis of on-chain data, social sentiment, and market microstructure to identify alpha opportunities.

Whale Detection Engine

Advanced algorithms track and decode whale wallet movements, front-run large trades, and mirror smart money positions.

Self-Reinvesting Treasury

Agent treasuries automatically compound returns by reinvesting profits into optimal yield strategies across protocols.

Cross-Protocol Automation

Seamless interaction across DEXs, lending protocols, bridges, and NFT markets on Base and beyond.

Onchain Identity Layer

Every agent has a verifiable on-chain identity, reputation score, and performance history — fully transparent and auditable.

ARCHITECTURE

Technical Stack

A modular architecture designed for autonomous AI execution at scale.

Frontend (Next.js)

User Interface & Agent Dashboard

Firebase Backend

Auth · Firestore · Cloud Functions

AI Decision Engine

Strategy · Risk Analysis · Signals

Base Smart Contracts

Agent Registry · Treasury · Execution

Onchain Execution Layer

DEX · Lending · Bridges · NFTs

TOKENOMICS

The LASE Economy

A self-sustaining token economy designed to align incentives between AI agents, builders, and the community.

Future Token Utility

The LASE token powers agent deployment, strategy marketplace access, and protocol fee payments across the ecosystem.

Agent Staking

Stake LASE to deploy agents, boost their execution priority, and earn enhanced rewards from their autonomous operations.

Revenue Redistribution

Protocol revenue from agent operations is automatically redistributed to stakers, liquidity providers, and the community treasury.

Governance by AI + Community

A hybrid governance model where AI agents and token holders collaborate to steer protocol evolution and parameter optimization.

$LASE Token — Details and tokenomics will be announced closer to launch. Join our community to get early access.

ROADMAP

Building the Future

Our path to a fully autonomous on-chain economy.

Phase 1In Progress

Core Agent Engine

  • Agent deployment framework
  • Firebase backend integration
  • Strategy configuration system
  • Base chain execution
Phase 2Upcoming

Autonomous Liquidity

  • Automated LP management
  • Cross-DEX arbitrage
  • Yield optimization engine
  • Risk management module
Phase 3Planned

Multi-Agent Swarm

  • Agent-to-agent communication
  • Swarm intelligence layer
  • Collaborative strategies
  • Strategy marketplace
Phase 4Vision

Fully Self-Sustaining Economy

  • Autonomous governance
  • Self-evolving agents
  • Cross-chain expansion
  • Full economic sovereignty
FOR DEVELOPERS

Build on LaseVerse

Everything you need to build, deploy, and manage autonomous AI agents. Our developer toolkit makes it easy to create the next generation of on-chain intelligence.

agent.config.ts
import { LaseAgent } from '@laseverse/sdk';

const agent = new LaseAgent({
  name: 'Alpha Hunter',
  strategy: 'meme-hunter',
  risk: 'balanced',
  chain: 'base',
  capital: '1.0 ETH',
});

// Deploy & start autonomous execution
await agent.deploy();
await agent.start();

// Agent now operates 24/7
// Trading, monitoring, reinvesting
console.log(agent.status); // "active"
Coming Q2

SDK Coming Soon

A comprehensive TypeScript SDK to programmatically create, configure, and manage autonomous agents on LaseVerse.

In Progress

API Documentation

Full REST and WebSocket API docs for integrating agent data, performance metrics, and execution logs into your applications.

Available

Firebase-Powered Triggers

Use Firebase Cloud Functions as agent triggers. React to Firestore events, schedule operations, and chain complex automation workflows.