The infrastructure framework supports permissioned data access, verifiable agent interactions, and cross-system coordination for intelligent applications operating onchain.
SEATTLE, WA – May 28, 2026 – Lithosphere is advancing a secure data access layer designed to support autonomous agents operating across decentralized systems. The framework strengthens Lithosphere’s agent-focused infrastructure by enabling intelligent systems to request, verify, and interact with data under programmable rules while maintaining identity, permissions, and execution control.
As autonomous agents become more active within blockchain ecosystems, access to reliable data becomes a critical requirement. Agents may need market signals, identity credentials, liquidity information, application states, service outputs, or workflow results to make decisions and execute tasks. Without structured access controls, agent-driven systems risk relying on fragmented, unverifiable, or overly exposed data sources.
Lithosphere’s data access model is designed to support permissioned interaction between agents, applications, and decentralized services. Through PPAL (LEP100-14), users and systems can define privacy-aware identity links and controlled access rules. DNNS supports naming and routing for discoverability, while Lithic enables structured execution logic and MultX supports cross-chain coordination where data and execution span multiple environments.
The framework allows agents to interact with data in ways that are scoped, verifiable, and accountable. This means an agent can prove eligibility, request only necessary information, act within defined permissions, and execute workflows without exposing unnecessary user or system data. The approach supports safer agent participation in decentralized finance, identity systems, service marketplaces, automation tools, and machine-to-machine networks.
“Autonomous agents cannot operate effectively without secure and reliable access to data,” said J. King Kasr, Chief Scientist at KaJ Labs. “Lithosphere is building infrastructure where agents can access information under programmable rules, verify what they receive, and act within trusted decentralized environments.”
The secure data access layer also expands Lithosphere’s broader Web4 thesis, where intelligent systems require more than execution alone. Agents need data access, identity, payments, coordination, verification, and settlement to operate as trusted participants across decentralized ecosystems. By addressing data access as part of the infrastructure stack, Lithosphere strengthens the foundation for agent economies and AI-native decentralized applications.
This development aligns with Lithosphere’s ongoing Pre-TGE phase through the LITHO Deals platform, where strategic ecosystem participation continues ahead of the planned LITHO Token Generation Event. The initiative reinforces Lithosphere’s positioning as infrastructure for autonomous agents, machine-to-machine interaction, and intelligent workflows operating continuously onchain.
About Lithosphere
Lithosphere develops blockchain infrastructure designed to support programmable digital assets, cross-chain interoperability, and AI-native decentralized execution environments. The platform focuses on enabling intelligent systems to operate within verifiable, decentralized networks through structured execution models and interoperable protocols.
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Dorothy Marley
KaJ Labs
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