Infoblox and GoDaddy Back Open Standards for AI Agent Discovery and Verification

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Infoblox and GoDaddy announced support for complementary open standards designed to help AI agents identify and verify one another across the internet. Infoblox is advancing DNS for AI Discovery (DNS-AID) while GoDaddy develops Agent Name Service (ANS), both built on existing DNS infrastructure to enable interoperability and prevent single-vendor control.

Infoblox and GoDaddy Champion Open Standards for AI Agent Ecosystem

Infoblox and GoDaddy have announced support for complementary open standards designed to address a critical challenge as AI agents proliferate across the internet: how these autonomous systems identify, discover, and verify one another. The initiative centers on two distinct but interconnected protocols—DNS for AI Discovery (DNS-AID) and Agent Name Service (ANS)—both built on existing DNS infrastructure and public key infrastructure to ensure no single vendor controls the emerging agentic internet

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The companies share a conviction that as agents begin acting across websites, applications, and enterprise environments, the underlying systems for AI agent identity and verification must remain open and interoperable. "Agents will only reach their full potential on the open web if people and systems can verify who they are interacting with," said Jared Sine, chief strategy and legal officer at GoDaddy

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. Both efforts are being developed in community standards bodies with the explicit goal of enabling independent implementations and avoiding single-vendor control

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DNS-AID Tackles Agent Discovery Through Proven Infrastructure

Infoblox is advancing DNS-AID, an open standard currently progressing as an Internet Engineering Task Force (IETF) draft that defines how AI agents can publish discoverable metadata using existing DNS record types. The protocol leverages RFC 9460 Service Bindings (SVCB), DNS-SD service discovery, Domain Name System Security Extensions (DNSSEC), and DNS-based Authentication of Named Entities (DANE)

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. DNS-AID is not owned by any company and represents a community standard that any organization, platform, registry, or agent framework can implement

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Wei Chen, CLO and EVP of Regulatory Strategy at Infoblox, drew parallels to internet history: "The lesson we learned from the 1970s-1980s is simple: no single entity could or should run the phonebook of the internet for everyone. DNS replaced it, not with another centralised list, but with an open, federated protocol that anyone could participate in"

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. The standard addresses how agents and systems find the metadata needed to evaluate and connect with one another, essentially helping others discover what an agent can do

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Agent Name Service Focuses on Identity and Cryptographic Verification

GoDaddy is helping develop ANS, an open standard for AI agent identity, naming, and verification using DNS and public key infrastructure. As a co-author of the ANS IETF draft and significant contributor to its open-source implementation, GoDaddy is positioning the standard to let agent operators use domain names they already own without requiring a new registry or proprietary naming system

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. This approach makes agents identifiable and addressable through the same established internet infrastructure that already supports websites and email

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ANS is anchored on agent identity, giving agents unique names and cryptographic proof to back them, while DNS-AID focuses on AI agent discovery by defining how agents' capabilities and endpoints are published in DNS. The two efforts share a DNS and PKI foundation and are being developed to fit alongside each other as complementary parts of an open agentic internet

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. Put simply: ANS answers who an agent is, while DNS-AID helps others find what it can do

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Why Open Standards Matter for the Agentic Internet

Both companies believe agent discovery and identity should be open and interoperable, not tied to proprietary protocols or closed registries. Agent deployers should retain control over their agents' identity, metadata, discoverability, and policies, with trust decisions based on open, auditable, cryptographically verifiable signals rather than proprietary reputation scores controlled by a single vendor

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. Building on DNS means inheriting decades of operational experience, caching infrastructure, anycast resilience, and governance processes

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The companies called on cloud providers, agent platform vendors, registrars, security companies, and standards organizations to join the open standards work

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. This collaborative approach aims to prevent the fragmentation that could occur if multiple competing, proprietary systems emerge for agent identification and discovery. As AI agents become part of everyday digital experiences, these foundational standards will determine whether the agentic web remains open or becomes controlled by a small number of platforms.

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