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The author expresses skepticism about the 'Internet of Agents' idea, arguing that while interoperability standards have value, a cross-company rental market for AI agents is unlikely due to trust and control issues.
A security analysis paper comparing emerging AI agent communication protocols (MCP, A2A, Agora, ANP) using STRIDE and a white-box Strix scan, highlighting risks and providing a comparative risk assessment framework.
The article discusses the challenge of designing cryptographic protocols that are both secure and usable, using the concept of 'Norman doors' as an analogy and highlighting Key Encapsulation Mechanisms (KEMs) as a good example of a user-friendly cryptographic interface.
Luke Kanies discusses his plans to build a suite of decentralized review applications on ATProto, sharing feedback from the Local First Conference and critiquing the protocol's current trajectory.
An in-depth educational article explaining networking and the internet from first principles, covering packet switching, TCP, DNS, TLS, and how data travels across the globe.
The author explores the current state of AI agent-to-agent transactions, questioning how trust, escrow, and disputes are handled in practice, and invites real-world experiences from builders.
Explains the inverted architecture of a harnessed LLM agent, where intelligence is externalized into memory, skills, and protocols around a thin model core, with mediators governing interactions.
This paper proposes a layered architecture for distributed general-purpose agent networks, enabling heterogeneous AI agents to discover, trust, and cooperate on open-ended tasks across personal devices and edge nodes.
The article argues that AI agents will replace traditional ecommerce funnels, enabling features like price comparison and automated checkout, with Google already building the necessary infrastructure through open protocols like Universal Commerce Protocol and Agent Payments Protocol.