NIXI-APNIC MoU 2026: India's Internet Routing Security Partnership

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The National Internet Exchange of India (NIXI) and APNIC (Asia Pacific Network Information Centre) signed a Memorandum of Understanding (MoU) on September 8, 2026, at the APNIC 62 Conference hosted in Mumbai. The MoU was signed by APNIC Director General Jia Rong Low and NIXI CEO Dr. Devesh Tyagi, witnessed by representatives of MeitY (Ministry of Electronics and Information Technology) and DoT (Department of Telecommunications). The partnership aims to strengthen the security, resilience, and technical capacity of India's internet infrastructure.

Background

NIXI (National Internet Exchange of India) is an autonomous, not-for-profit body under MeitY, established in 2003. It is responsible for:

Managing India's country code top-level domain (.IN and .भारत)
Operating Internet Exchange Points (IXPs) across India — where Indian ISPs exchange domestic traffic locally instead of routing it overseas, reducing latency and cost
Managing IRINN (Indian Registry for Internet Names and Numbers) — India's national internet registry for IP address allocation

APNIC (Asia Pacific Network Information Centre) is the Regional Internet Registry (RIR) for the Asia-Pacific region, responsible for allocating and managing IP address space (IPv4 and IPv6) and Autonomous System (AS) numbers for the region. It is one of five global RIRs (others: ARIN for North America, RIPE NCC for Europe, LACNIC for Latin America, AFRINIC for Africa).

The APNIC 62 Conference — the 62nd biannual APNIC conference — was hosted by NIXI and co-hosted by ISPAI (Internet Service Providers Association of India) in Mumbai from September 8–10, 2026, bringing together the global internet community.

Current Developments: MoU Objectives

The NIXI-APNIC MoU commits both organisations to collaborate on the following technical initiatives:

IPv6 deployment: Accelerate adoption of IPv6 (Internet Protocol version 6) among Indian network operators, ISPs, and enterprises to future-proof India's internet infrastructure
RPKI (Resource Public Key Infrastructure) adoption: Deploy RPKI to enable cryptographic validation of internet routing announcements
Route Origin Validation (ROV): Deploy ROV to "identify and reject invalid route announcements, strengthening protection against routing incidents and potential route hijacks"
RPKI Repository Mirror in India: Establish an APNIC RPKI repository mirror, hosted and managed by NIXI in India — improving local data access and reducing dependency on overseas servers
Train-the-Trainer programme: Build local training infrastructure with a cascading trainer certification model for sustainable expertise development across India's internet operator community
Stakeholder training: Online and face-to-face training for NIXI peering participants, IRINN affiliates, and broader Indian network operators

Key Facts

MoU signed: September 8, 2026
Occasion: APNIC 62 Conference, Mumbai (hosted by NIXI + ISPAI)
Signatories: APNIC DG Jia Rong Low + NIXI CEO Dr. Devesh Tyagi
Witnessed by: MeitY, DoT, ISPAI, APNIC Executive Council
NIXI: Autonomous body under MeitY; manages .IN, .भारत, IXPs, IRINN
APNIC: Regional Internet Registry for Asia-Pacific; one of 5 global RIRs
Key objectives: IPv6, RPKI, ROV, APNIC mirror in India, capacity building

Technical Concepts Explained

IPv6 (Internet Protocol version 6): The latest version of the Internet Protocol, providing a vastly larger address space (2^128 addresses vs. IPv4's 2^32 = ~4.3 billion). As IPv4 addresses are exhausted globally, IPv6 adoption is critical for future internet growth. India's IPv6 adoption rate (~70% as of 2026) is high but uneven across ISPs.
BGP (Border Gateway Protocol): The routing protocol of the internet — how networks announce which IP address ranges they carry. BGP route hijacks (malicious or accidental misconfigurations) can misdirect internet traffic, enabling surveillance, disruption, or theft. BGP security is a major global vulnerability.
RPKI (Resource Public Key Infrastructure): A cryptographic framework that creates digital certificates for internet routing (Route Origin Authorisations or ROAs), allowing networks to verify that a BGP route announcement comes from the legitimate holder of an IP address block. RPKI is the primary technical fix for BGP route hijacking.
ROV (Route Origin Validation): The operational deployment of RPKI — where routers actively validate incoming BGP announcements against RPKI certificates and drop invalid routes. ROV transforms RPKI from a passive certificate system into active routing security.

Legal Framework

Information Technology Act, 2000 — governs cyber offences including unauthorised access and data interception; routing security incidents fall within its purview
National Cyber Security Policy, 2013 — calls for building a secure and resilient cyberspace; RPKI deployment aligns with its technical security objectives
National Cybersecurity Reference Framework (NCRF), 2023 — CERT-In's reference framework; internet routing security is a core layer
Telecom Regulatory Authority of India (TRAI) Recommendations — on IPv6 adoption and network neutrality

Institutional Framework

NIXI — autonomous body under MeitY; manages India's internet exchange infrastructure
APNIC — Regional Internet Registry (RIR), Asia-Pacific; Geneva/Brisbane based; manages IP allocation
MeitY — nodal ministry for internet governance, digital infrastructure, cybersecurity policy
DoT (Department of Telecommunications) — telecom policy and licensing; ISP regulation
CERT-In — Indian Computer Emergency Response Team; responds to cybersecurity incidents including routing anomalies
ISPAI — Internet Service Providers Association of India; industry body for ISPs
ICANN — Internet Corporation for Assigned Names and Numbers; global body governing domain name system and IP address allocation policy

Economic Dimensions

Internet routing security has direct economic implications: BGP hijacking incidents have historically disrupted financial transactions, cloud services, and e-commerce. India's digital economy — estimated at $1 trillion by 2028 — is critically dependent on secure and resilient internet infrastructure. The RPKI mirror in India reduces dependency on overseas servers for routing validation, improving latency for Indian networks. IPv6 deployment also enables the IoT (Internet of Things) ecosystem, directly supporting India's Smart Cities Mission and Industry 4.0 agenda.

Cybersecurity Dimensions

India has experienced several significant BGP routing incidents affecting domestic internet traffic. Without RPKI/ROV, a malicious actor or misconfigured router can announce ownership of IP address blocks it does not legitimately control, redirecting internet traffic (route hijacking). The MoU addresses this vulnerability at the foundational infrastructure level — more effective than reactive incident response alone. The RPKI repository mirror in India is also a data sovereignty measure, ensuring routing validation does not depend on foreign infrastructure.

International Relations

APNIC 62 being hosted in India reflects India's growing stature in the Asia-Pacific internet governance community. India is a significant player in Internet Governance Forum (IGF) — the multi-stakeholder forum under UN auspices for internet policy dialogue. The NIXI-APNIC partnership strengthens India's technical collaboration within the Asia-Pacific internet community and aligns with India's broader Digital Public Infrastructure (DPI) leadership narrative at the global level.

Challenges

IPv6 adoption remains uneven — many legacy enterprise systems and ISPs still rely on IPv4
RPKI certificate management requires technical expertise scarce in smaller network operators
Incentive gap: network operators must individually deploy ROV; there is no regulatory mandate yet
Geopolitical risks to internet infrastructure (submarine cable cuts, routing manipulation by state actors)

Government Initiatives

National IPv6 Deployment Roadmap — DoT and TRAI have issued advisories for ISP IPv6 adoption
Digital India Programme — promotes digital infrastructure including internet exchange capacity
National Broadband Mission — aims for 50 Mbps broadband to all villages; IPv6 enables scalability
Data Centre Policy 2020 (MeitY) — promotes domestic data infrastructure; RPKI mirrors support this

Way Forward

TRAI should consider issuing mandatory IPv6 deployment timelines for licensed ISPs, and CERT-In should formally incorporate RPKI/ROV deployment metrics into its National Cyber Security Index (NCSI) reporting. The NIXI-APNIC RPKI mirror is a pilot; India should expand to a full national RPKI Trust Anchor to achieve complete routing sovereignty. NIXI's train-the-trainer programme should be linked to NASSCOM's digital skills framework to create a certified internet security workforce pipeline.

Possible Prelims MCQs

Q: APNIC (Asia Pacific Network Information Centre) serves as which of the following for the Asia-Pacific region?
A) Internet Exchange Point operator
B) Regional Internet Registry (RIR)
C) Domain Name System root server
D) Cloud computing standards body
Answer: B — APNIC is one of five global Regional Internet Registries (RIRs), managing IP address allocation and AS numbers for the Asia-Pacific region.
Q: Which of the following best describes RPKI (Resource Public Key Infrastructure) in the context of internet security?
A) A system for encrypting email communications
B) A cryptographic framework to validate internet routing announcements and prevent BGP hijacking
C) A protocol for securing domain name resolution (DNS)
D) A firewall standard for blocking malicious traffic
Answer: B — RPKI creates digital certificates for internet routing (Route Origin Authorisations) to verify legitimate IP address ownership and prevent BGP route hijacking.

FAQ

What is NIXI and what does it do?: NIXI (National Internet Exchange of India) is an autonomous body under MeitY established in 2003. It operates India's Internet Exchange Points (IXPs) — enabling domestic internet traffic to stay within India rather than routing overseas — and manages the .IN and .भारत domain registries and IRINN (India's IP address registry).
Why is BGP routing security important for India?: BGP (Border Gateway Protocol) is the protocol that routes internet traffic globally. Misconfigured or malicious BGP announcements can divert traffic, enabling surveillance, data theft, or service disruption. With India's digital economy at $1 trillion+, routing security is critical national infrastructure.
What is an RPKI repository mirror?: An RPKI repository mirror is a local copy of the global RPKI certificate database. Hosting one in India (via NIXI) means Indian network operators can validate routing certificates from a domestic server — improving speed, reducing foreign dependency, and ensuring availability even if overseas servers are unreachable.

NIXI-APNIC MoU 2026: India Strengthens Internet Routing Security with IPv6 and RPKI Partnership

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