On 19 June 2026 the Government of India announced accelerated efforts to establish root server infrastructure domestically and has formally requested ICANN to deploy root server clusters; MeitY is engaging technical stakeholders on deployment models.
The Root Server System
- Definition: The DNS root server system provides the authoritative root zone for name resolution across the global Internet.
- Logical roots: There are 13 logical root server identifiers (A–M) operated by different organisations.
- Anycast: Operators use Anycast to run multiple geographically distributed instances that share a logical root address.
- DNSSEC: The root zone is signed; trust anchors enable cryptographic validation by resolvers.
India’s Initiative: Technical and Operational Options
- Formal request: India has asked ICANN to facilitate local root server deployments to serve its large user base.
- Deployment models: Options include hosting operator-run Anycast instances, colocated mirrors, or establishing additional operator instances with global coordination.
- Network effects: Local instances reduce round‑trip time, lower dependency on transnational paths and improve resilience and incident response at the network edge.
Internet Governance Context
- Multistakeholder bodies: ICANN (DNS/IANA), IETF (protocols) and ITU (regulatory forum) are principal actors.
- Policy calendar: IGF open consultations and MAG meeting are scheduled 24–26 June 2026 to discuss governance issues.
- International dynamics: Regional policy packages and state proposals for regulatory changes are shaping debates on decentralisation and national control.
IASPOINT Booster Facts
- Resolvers: Recursive resolvers select the nearest Anycast instance based on routing metrics and performance.
- Operational change: Any addition of instances requires coordination with root zone administrators and adherence to IANA/ICANN procedures.
- Security: Local instances can aid mitigation of DDoS and DNS manipulation when combined with vetted operational practices.