Equation 8 · Tool Protocols in 2035: Two Axes, Four Scenarios, and What Would Falsify Them
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Mechanism. The layer-by-layer convergence already visible today — MCP stabilising for tool invocation under the Agentic AI Foundation, a comparable pattern for agent-to-agent coordination under Agent2Agent’s Linux Foundation governance, and further function-specific layers like the Agentic Commerce Protocol each settling into their own reference implementation [ 2 , 3 , 14 ] — continues until each function has one dominant, neutrally governed standard rather than several competing ones. In parallel, formal-verification techniques of the kind sketched in current certified-runtime-safety research mature from a narrow theoretical result into deployed practice, and registries begin publishing…
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Mechanism. The layer-by-layer convergence already visible today — MCP stabilising for tool invocation under the Agentic AI Foundation, a comparable pattern for agent-to-agent coordination under Agent2Agent’s Linux Foundation governance, and further function-specific layers like the Agentic Commerce Protocol each settling into their own reference implementation [ 2 , 3 , 14 ] — continues until each function has one dominant, neutrally governed standard rather than several competing ones. In parallel, formal-verification techniques of the kind sketched in current certified-runtime-safety research mature from a narrow theoretical result into deployed practice, and registries begin publishing independently audited error bounds rather than self-reported claims, closing the gap the rule above currently leaves open [ 10 , 4 ] .
Sources cited in the article section
- [10] What Can Be Enforced? A Theory of Certified Runtime Safety for Tool-Using Agents ↗
- [9] MCPTox: A Benchmark for Tool Poisoning Attack on Real-World MCP Servers ↗
- [7] First Malicious MCP Server Found Stealing Emails in Rogue Postmark-MCP Package ↗
- [11] Position: Collaborative Agentic AI Needs Interoperability Across Ecosystems ↗
- [5] The State of MCP Registries ↗
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