LACNIC enhances internet security with RPKI technology

  • LACNIC has implemented Resource Public Key Infrastructure (RPKI) to enhance internet routing security, covering over 54% of its IPv4 routes.
  • This technology enables automatic validation of routing information, significantly reducing the risks of route hijacking and improving trust among network operators.

What happened: RPKI implementation by LACNIC enhances security

LACNIC has taken significant steps to enhance internet security through the implementation of Resource Public Key Infrastructure (RPKI) technology. This framework allows routers to independently verify routing information, ensuring that data packets are directed to legitimate destinations. RPKI employs digitally signed objects known as Route Origin Attestations (ROAs), which link specific IP prefixes to the autonomous systems authorised to advertise them. This is crucial, as it addresses vulnerabilities in the Border Gateway Protocol (BGP), which has been plagued by incidents of route hijacking. As of November 2024, over half of the IPv4 and IPv6 routes in LACNIC’s region are now covered by RPKI, marking a substantial improvement in routing security. This initiative reflects LACNIC’s commitment to bolstering the integrity of internet routing, particularly in a landscape increasingly affected by cyber threats.

Also read: ARIN updates TAL for RPKI compatibility
Also read:
 ARIN updates Trust Anchor Locator for improved RPKI validation

Why it’s important

The introduction of RPKI by LACNIC represents a pivotal moment for internet governance and cybersecurity. As the digital landscape expands, the reliance on BGP for routing has come under scrutiny due to its susceptibility to manipulation.

Historical incidents, such as the infamous YouTube hijack in 2008, underscore the dire consequences of routing errors. RPKI offers a proactive solution, enabling network operators to validate routing information automatically, thereby minimising the risk of misdirected traffic.

This advancement is particularly relevant as global internet traffic continues to surge, necessitating robust security measures. The increasing adoption of RPKI not only enhances routing reliability but also fosters trust among content providers and carriers, who now view these security checks as fundamental for establishing peering agreements.

As cyber threats evolve, the implementation of technologies like RPKI becomes imperative for protecting sensitive data and maintaining seamless internet connectivity. LACNIC’s initiative can serve as a model for other regions, highlighting the importance of collaborative efforts in safeguarding the integrity of the internet for all users.

Fiona-Xu

Fiona Xu

Fiona Xu is an intern reporter at BTW Media, having studied Media Management at Hong Kong Baptist University. She specialises in tech reporting and investigative journalism. Contact her at f.xu@btw.media.

Related Posts

Leave a Reply

Your email address will not be published. Required fields are marked *