Fastly engineer Brian Haberman named Internet Society Board Chair

Haberman’s technical background at Fastly and the Johns Hopkins Applied Physics Laboratory signals a shift toward protocol-level resilience at a time when internet governance is increasingly politicized. For streaming stakeholders, this leadership change underscores the industry's reliance on stable, non-fragmented standards to deliver borderless content. As regulatory and commercial pressures threaten to create regional 'gateways,' Haberman’s focus on IPv6 and secure routing is critical for maintaining global delivery scale. Watch for updated technical guidance on protocol retrofitting and security enhancements intended to secure the edge against large-scale infrastructure sabotage.

The appointment comes as the Internet Society navigates a period of significant global network strain. Per the United Nations Institute for Disarmament Research (UNIDIR) in October 2025, technical and regulatory fragmentation is increasingly forcing companies to adopt localized infrastructure, which drives up costs for content delivery networks (CDNs) and cloud providers. This trend toward 'digitally enclosed borders' directly threatens the interoperability that enables global streaming services to maintain uniform performance and security protocols across diverse markets.

Simultaneously, the Internet Society Foundation is scaling its philanthropic impact to bridge these gaps. According to its 2024 Philanthropy Impact Report released in March 2025, the Foundation awarded 390 grants totaling $16.2 million. These funds supported the development of 186 innovative connectivity solutions and 113 resilient infrastructure projects in disaster-prone areas. Under Haberman, the organization plans to commit an additional $12 million in grant funding throughout 2025, specifically targeting digital inclusion and the deployment of local Internet Exchange Points (IXPs) to improve peering efficiency.

From a technical perspective, Haberman’s tenure aligns with industry-wide efforts to modernize core infrastructure. Per Fastly reporting in 2025 and 2026, major edge platforms are aggressively adopting HTTP/3 and QUIC while integrating ETSI cybersecurity standards. Haberman has noted that retrofitting these long-lived protocols with security features is a necessity, particularly as the threat landscape now includes physical sabotage of undersea cables and sophisticated IETF AI scraping standards. This leadership transition reflects a broader institutional drive to ensure that the internet’s underlying architecture remains resilient enough to support the next decade of data-intensive digital services.