ASPA: The new RPKI object that catches route leaks. APNIC has deployed support for ASPAs, letting network operators validate BGP paths and catch route leaks. A new webinar explains how it works. ASPA, or Autonomous System Provider Authorization, is a new object within the Resource Public Key Infrastructure (RPKI) that helps network operators check the path that internet traffic takes between networks. In July, APNIC deployed support for ASPA objects in MyAPNIC and the APNIC Registry API, so APNIC members can now publish their upstream provider relationships directly through APNIC's services. This move adds an important layer to routing security, allowing internet service providers and other network operators to detect route leaks and forged-path attacks. To understand why ASPA matters, it helps to know how routing security works today. The internet is made up of tens of thousands of independent networks, called Autonomous Systems (ASes), which exchange routing information using the Border Gateway Protocol (BGP). BGP was designed decades ago with little built-in security, so a malicious or misconfigured network can announce routes it does not own, causing traffic to be hijacked or sent along unintended paths. The RPKI was created to fix part of this by letting network operators publish cryptographically signed statements about which IP address blocks they are authorized to announce. These statements are called Route Origin Authorizations (ROAs). When a network receives a BGP announcement, it can perform Route Origin Validation (ROV) to check whether the announcing AS is authorized to originate that prefix. ROV has significantly improved confidence in route origins. However, ROV only checks the first hop of the route, the origin. It does not verify the full path that routing information takes across the internet. An attacker can still craft a BGP announcement with a valid origin but a forged AS path, causing traffic to flow through an unauthorized network. That is where ASPA comes in. ASPA allows an AS to publish a list of its authorized provider relationships, meaning the upstream networks it is allowed to use to reach the rest of the internet. Other operators can then validate the AS path of a BGP announcement against these ASPA records, identifying route leaks (where a network accidentally or deliberately announces a route through a provider it is not authorized to use) and forged-path attacks (where an attacker deliberately constructs a misleading path). This provides a complementary layer to ROV, improving confidence in routing information received from other networks. APNIC has made it easier for its members to participate. Since July, APNIC members can publish their ASPA objects using MyAPNIC, APNIC's member services portal, or through the APNIC Registry API for automated updates. APNIC also provides DASH, a dashboard that can monitor ASPA status, helping operators see whether their ASPAs are valid and being used correctly by other networks. The APNIC Academy is hosting a webinar on 30 September 2026 from 15:00 to 16:00 UTC+10 to help members and the wider community understand ASPAs and their operational use. The webinar will cover why routing security matters and introduce RPKI, explain the difference between ROV and path validation, describe what ASPAs are and how they work, show how ASPAs build on ROAs, illustrate how ASPA validation helps identify route leaks and forged-path attacks, and discuss deployment considerations, current adoption trends, and available tools for ASPA creation and validation. It will also cover how APNIC's DASH can be used to monitor ASPA status. The session is aimed at anyone responsible for network operations, routing, peering, internet infrastructure, or security. This webinar follows APNIC Academy's earlier webinar titled 'Strengthen your network security with APNIC products and tools' and is part of APNIC's ongoing work to help members make effective use of APNIC products and services to improve the security and resilience of their networks. As ASPA adoption grows, it is becoming an important addition to routing security deployments and operational best practices. For everyday internet users, secure routing might seem like a background technical detail, but it directly affects the reliability and privacy of all online services, including the Domain Name System (DNS) that translates website names into addresses. A route leak or hijack can redirect DNS queries to an attacker's server, potentially allowing them to see or alter your internet traffic. Using a private, encrypted DNS resolver like AEU DNS adds a layer of protection by encrypting your DNS queries (via DoH or DoT), so even if a route is misdirected, your DNS traffic cannot be read or modified. Combined with wider adoption of routing security measures like ASPA, this helps keep the internet safer for everyone. Terms explained. * ASPA - Autonomous System Provider Authorization, a cryptographically signed record that states which internet providers an organization is allowed to use to reach the rest of the internet. * RPKI - Resource Public Key Infrastructure, a system that lets network operators securely prove which internet address blocks they are allowed to announce. * BGP - Border Gateway Protocol, the protocol that networks use to exchange routing information and figure out how to send traffic across the internet. * AS path - The list of autonomous system numbers that a piece of traffic passes through; ASPA checks this list against authorized relationships. * Route leak - When a network announces a route through a provider it is not authorized to use, causing traffic to take an unintended path. * ROA - Route Origin Authorization, an RPKI record that says which network is allowed to announce a specific block of internet addresses. * ROV - Route Origin Validation, the process of checking a BGP announcement against ROAs to confirm the origin is authorized. How to protect yourself. * If you run a website or manage a network, ask your internet service provider or hosting company whether they use RPKI and ASPA to validate internet routes, and choose providers that do. * Turn on encrypted DNS (DoH or DoT) on your devices or browser, for example by using a privacy-first resolver like AEU DNS, so your DNS queries stay private even if a network path is misdirected. * Keep your router and devices updated with the latest firmware and software, as newer versions often include better routing security features and fixes. * Monitor your own network for signs of unexpected redirects or connectivity changes, and report suspicious routing announcements to your provider.

NIXI signs partnership agreement with APNIC as Asia Pacific Internet community gathers in India after 14 years. 2026-09-09 07:38:10 Business Mumbai, September 8, 2026: The 62nd APNIC Conference (APNIC 62), the flagship conference of the Asia Pacific Internet community, is hosted by the National Internet Exchange of India (NIXI) and co-hosted by the Internet Service Providers Association of India (ISPAI) in Mumbai from September 8 to 10, 2026. The event marks the return of the APNIC conference to India after 14 years. One of the key developments during APNIC 62 is the signing of a Memorandum of Understanding (MoU) between NIXI and APNIC. The agreement will strengthen cooperation between the two organisations in Internet development, technical capacity building and community outreach. Under the partnership, NIXI and APNIC will work together on IPv6 and RPKI adoption, Train-the-Trainer programmes, RPKI training and technical lab infrastructure. The organisations will also support the deployment of an RPKI Repository Mirror. This will help improve access to routing security information and support more efficient network operations. The partnership will also help expand technical knowledge within India's Internet community. By supporting training and hands-on learning, the initiative aims to create more local expertise and strengthen the ability of network operators and technical professionals to address evolving Internet challenges. APNIC 62 brings together policymakers, government representatives, Internet infrastructure experts, network operators, technology leaders and other stakeholders from across the Asia Pacific region. The three-day conference provides a platform to discuss the key issues shaping the Internet, including connectivity, artificial intelligence, digital infrastructure, cybersecurity, IPv6, routing security, Internet governance and emerging technologies. The conference also reflects India's growing importance in the regional Internet community. With a large and rapidly expanding digital ecosystem, India has an important role to play in discussions around the future of Internet infrastructure, access and security. The event features the participation of senior government and Internet leaders, including; Shri Sushil Pal, Joint Secretary, Ministry of Electronics & IT; Dr. Devesh Tyagi, CEO, NIXI; and APNIC EC Chair, Kenny Huang. Shri Sushil Pal Joint, Secretary, Ministry of Electronics and Information Technology (MeitY), said: "India's digital journey needs strong and reliable Internet infrastructure. Hosting APNIC 62 in India is an important opportunity for our Internet community to connect with experts from across the region. The cooperation between NIXI and APNIC will further support India's technical capabilities and contribute to the continued growth of the Internet." Dr. Devesh Tyagi, CEO, NIXI, said: "APNIC 62 is a significant opportunity for India to engage with the wider Asia Pacific Internet community. The MoU with APNIC builds on this engagement through practical initiatives in areas such as IPv6, RPKI and technical training. Our focus is to create stronger local expertise and enable the Indian Internet community to participate more actively in regional technical development." Jia Rong Low, Director General, APNIC, said: "India has already demonstrated global leadership in IPv6 adoption, and this partnership with NIXI marks an important next step in improving routing security, contributing to the overall security of India's Internet ecosystem. Through this collaboration, APNIC and NIXI will work with network operators to adopt routing security technologies. We will do this through training and knowledge sharing that helps build local expertise and strengthens technical capability across India and the region." APNIC 62 includes technical sessions, tutorials, panel discussions and community-led discussions. The sessions cover Internet operations, network security, infrastructure, policy and emerging technologies. For NIXI, hosting APNIC 62 is an opportunity to strengthen India's engagement with the regional Internet community and encourage greater exchange of technical knowledge. The conference and the NIXI-APNIC partnership together underline the importance of continued collaboration in building an Internet that is open, secure, stable and resilient. About NIXI The National Internet Exchange of India (NIXI) is a not-for-profit organization set up under the aegis of the Ministry of Electronics and Information Technology (MeitY), Government of India. NIXI plays a critical role in strengthening India's Internet infrastructure by facilitating efficient exchange of domestic Internet traffic, managing the .IN and .भारत (.Bharat) country-code top-level domains, and promoting adoption of Internet services across the country. Through its initiatives, NIXI supports a secure, resilient, and inclusive Internet ecosystem aligned with India's digital growth ambitions. Discover more Company :-Storytellers 101 PR User :- Kunal Email :[email protected] * 1040ez online form * Income tax forms * Form Tax * Notebook Computer * Adoption

AI and cybersecurity take centre stage as 600 global Internet leaders gather in Mumbai for APNIC 62. More than 600 Internet experts, policymakers and technology leaders will meet in Mumbai this September for the 62nd APNIC Conference (APNIC 62) as Artificial Intelligence (AI), cybersecurity and rapidly growing demand for digital services are putting pressure on the underlying Internet infrastructure needed to support these areas, as well as future Internet-enabled innovation. Hosted by the National Internet Exchange of India (NIXI) and the Internet Service Providers Association of India (ISPAI) with the support of the Ministry of Electronics and Information Technology and Government of Maharashtra, APNIC 62 is organized by the Asia Pacific Network Information Centre (APNIC), the region's not-for-profit Internet number registry. The event will bring together technical experts, network operators, policymakers and leaders from the Internet community to examine some of the most significant challenges and opportunities shaping the Internet's future. This includes AI-powered services, network automation, cybersecurity, routing security and Internet governance issues. "As India's digital ecosystem continues to expand, ensuring secure, resilient and future-ready Internet infrastructure remains a key priority. APNIC 62 provides an important platform for India to engage with the Asia Pacific technical community, exchanging knowledge and strengthening collaboration towards an open, inclusive and trusted Internet for all," says Shri Sushil Pal, Joint Secretary, Ministry of Electronics and Information Technology. Distinguished guests will include Shri S. Krishnan, Secretary, Ministry of Electronics and Information Technology, Government of India and Shri Rajesh Aggarwal, Chief Secretary of the Government of Maharashtra. "AI and other major technical and societal shifts are placing unprecedented demands on the networks that underpin our economies and societies. APNIC 62 brings the region's Internet community together to turn shared expertise into practical action for a more secure, resilient and scalable Internet," says APNIC Director General Jia Rong Low. Low adds: "India's leadership in IPv6 adoption shows what is possible when technical capability, investment and collaboration align. Mumbai is a natural place to bring together the Asia Pacific Internet community to share that experience and help plan for the Internet's continued growth." "NIXI is proud to host APNIC 62 in Mumbai at a time when India's digital economy and Internet infrastructure are growing rapidly. APNIC 62 is an opportunity to share India's experience, learn from regional experts and strengthen the cooperation needed for a secure, resilient and inclusive Internet," says Dr. Devesh Tyagi, Chief Executive Officer, NIXI. "India's Internet service providers are at the frontline of meeting rapidly growing demand for reliable, secure and high-performing connectivity. APNIC 62 gives operators from across the Asia Pacific an important opportunity to share practical experience, strengthen technical cooperation and prepare their networks for what comes next," says Rajesh Chharia, President of ISPAI. The Opening Ceremony will feature keynotes from Lightstorm Group CEO and Managing Director Amajit Gupta on AI-driven network automation, and JPCERT/CC's Yukako Uchida on the role of trust and cooperation in cybersecurity. On 8 September, at the sidelines of APNIC 62, NIXI and APNIC will sign a Memorandum of Understanding (MoU) to enhance the deployment of key Internet infrastructure technologies - IPv6 and routing security, which will contribute to the strengthening of the security, resilience, and long-term development of India's Internet infrastructure.