The Power of Collaboration: Multi-Agent Orchestration's Impact on Decentralized AI
Decentralized AI thrives on collaboration, and LazAI's multi-agent orchestrator is the key enabler, coordinating agents via Alith SDK while integrating DATs for secure, ownable processes. Beyond mechanics, it addresses centralization pitfalls, fostering trustless, scalable systems.
How It Works in LazAI
Orchestrators manage agent lifecycles: Using Alith, devs define coordination in code—e.g., cron-scheduled tasks or event-driven delegation. Agents share DAT data: Access via APIs, mutate states securely in TEEs. DATs ensure ownership—e.g., royalties flow when an orchestrator uses marketplace-sourced models.
Marketplace Integration
The DAT Marketplace amplifies this: Orchestrators discover and lease agents/models as DATs, composing on-the-fly. E.g., A DAO orchestrator pulls "voting agent" from marketplace, coordinates with "proposal analyzer"—all verifiable via ZKPs, preventing tampering.
Why It Matters
Central AI relies on monolithic models, risking single points of failure and data exploitation. LazAI's orchestration decentralizes: Agents operate independently yet collaboratively, ensuring privacy (TEEs), ownership (DATs), and verifiability (on-chain proofs). This scales decentralized AI for real-world apps like DAOs or research networks—human-aligned, incentivized via royalties. It democratizes AI, letting devs build composable ecosystems without Big Tech gatekeepers.
Join @LazAINetwork's workshops to orchestrate your first system—decentralized AI starts here.
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