doxx.net opens Agentic Defined Networking public beta, raises $38 million

doxx.net has launched the open beta for its Agentic Defined Networking (ADN) platform, allowing users and their agents to create private, secure networks without intermediaries. The platform enables peer-to-peer communication, file transfer, and device connection. Agents on the platform receive defined connectivity and built-in threat protection to prevent access to malicious destinations during browsing and action. The company secured $38 million in Series A funding led by Andreessen Horowitz. Key features include allowing agents to manage network settings, direct communication without servers, DNS-level threat protection against malicious sites, covert networking protocols, anti-fingerprinting techniques, and a Parallel Internet Ecosystem with custom TLDs. The platform aims to establish a parallel, private internet infrastructure based on architectural privacy rather than policy.

The narrative positions doxx.net as a fundamental architectural shift, arguing that privacy should be inherent in the network design rather than an added layer of policy. This challenges the prevailing model where privacy is marketed through rented infrastructure; the platform asserts ownership over the security framework by decentralizing control to the agents and users themselves. The concept of "Agentic Defined Networking" suggests a future where autonomous entities inherently manage their own private infrastructure, moving beyond traditional user-centric VPN or cloud security models. The juxtaposition between existing industry practices—where privacy is often sold as a feature layered onto public systems—and this architectural approach reveals a tension between market-driven solutions and foundational design principles. The effectiveness of achieving true sovereignty depends on whether these new network topologies can scale effectively against the immense complexity of the AI agent ecosystem and the adversarial mechanisms agents will encounter. What are the long-term societal implications when private, decentralized internet access becomes the default mode for advanced computation? How does this model account for regulatory oversight or potential conflicts in sovereign network definitions across different jurisdictions?