Lithosphere Advances Programmable Service-Level Agreement Framework for Autonomous Agents
The framework introduces measurable performance standards for agent execution, supporting verifiable obligations, reputation, and trust-based interaction across decentralized systems.
LONDON, UK – May 25, 2026 – Lithosphere is advancing a programmable service-level agreement framework designed to support autonomous agents operating across decentralized networks. The framework introduces structured performance standards for agent-based activity, enabling intelligent systems to define, execute, verify, and measure obligations within onchain environments.
As autonomous agents become more active in blockchain ecosystems, execution alone is no longer sufficient to support reliable machine-driven activity. Agents may execute trades, coordinate liquidity, manage workflows, interact with other agents, and perform delegated tasks on behalf of users, protocols, and organizations. For these actions to scale into trusted agent economies, systems must be able to evaluate whether agents completed tasks according to defined conditions.
Lithosphere’s framework is designed to support programmable service-level agreements that can define expectations such as execution timing, spending limits, permission boundaries, verification requirements, settlement conditions, and task completion criteria. By bringing these terms into structured infrastructure, agent activity can move beyond simple execution records toward measurable performance accountability.
The framework builds on Lithosphere’s broader agent infrastructure stack, including Lithic for AI-native smart contract execution, PPAL (LEP100-14) for programmable privacy-aware identity, MultX for cross-chain coordination, DNNS for decentralized naming and routing, and LEP100 standards for verification and governance. Together, these components create a foundation where agents can operate under defined rules, prove outcomes, and build verifiable reputation over time.
“Autonomous agents need more than execution access to become trusted participants in decentralized economies,” said J. King Kasr, Chief Scientist at KaJ Labs. “They need measurable obligations, verifiable outcomes, and infrastructure that can prove whether an agent delivered what it committed to.”
The service-level agreement framework also strengthens the role of agent reputation within Lithosphere’s ecosystem. Agents with persistent identity can build performance histories based on completed tasks, failed obligations, response reliability, execution quality, and permission compliance. This enables users, protocols, and other agents to evaluate trust based on verifiable behavior rather than unstructured activity.
Lithosphere’s continued development reflects a broader shift toward Web4 infrastructure, where autonomous systems require execution, identity, coordination, settlement, and accountability layers to operate at scale. By advancing programmable service-level agreements for agents, Lithosphere is extending its infrastructure thesis toward trusted agent marketplaces, autonomous financial systems, decentralized services, and machine-to-machine economies.
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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