Doxx.net Raised $38 Million for Agentic Networking

The cybersecurity firm secured Series A funding to expand its serverless, peer-to-peer communication platform.

Updated on Oct. 1, 2026 in Artificial Intelligence

Doxx.net Raised $38 Million for Agentic Networking

Live Poll

Do you trust private networking platforms to better protect your personal data online?

Doxx.net has secured $38 million in a Series A funding round led by Andreessen Horowitz. The company simultaneously launched its Agentic Defined Networking platform to the public.

Why it matters

Traditional network structures rely on central intermediaries that create security vulnerabilities for independent AI agents. This platform seeks to mitigate those risks by enabling private, serverless peer-to-peer connections.

The platform functions by allowing users to create private peer-to-peer networks with individual DNS roots and encrypted channels. During its closed beta, the system successfully blocked over 38 million potential threats.

The players

Doxx.net

Headquartered in Miami, this firm provides an Agentic Defined Networking platform designed for secure, serverless communication.

Andreessen Horowitz

This prominent venture capital firm based in Silicon Valley specializes in investing in early-stage technology companies.

Barrett Lyon

He serves as the founder and chief executive officer of Doxx.net.

The details

The platform replaces standard server-dependent architectures with independent IP allocations and encrypted communication channels. Doxx.net will use the new capital to scale its operations and support the transition to an open beta release.

Closed beta testing began in December 2025.
The funding round and open beta were announced on October 1, 2026.

Cybersecurity
Sept. 29
Cybersecurity Firm Reco Raised $55 Million
Cybersecurity
Sept. 22
Cyera Has Raised $400 Million in Funding
Cybersecurity
Sept. 24
Island Secured $400 Million in Funding

The Tech Race

The transition toward decentralized, serverless communication reflects a broader industry shift to secure infrastructure for independent AI agents. By circumventing traditional network intermediaries, Doxx.net competes with legacy enterprise security frameworks that were not designed for autonomous agent traffic.

Users can now leverage the platform to establish private, encrypted communication channels without maintaining centralized server infrastructure. Developers working with AI agents may see improved security outcomes as the network protects against unauthorized interference.

The takeaway

The rise of agentic networking suggests that future AI-to-AI communication will increasingly favor decentralized, peer-to-peer protocols over standard cloud server architectures. Teams should evaluate their reliance on centralized hubs when designing systems that require high levels of agent autonomy and security.