Our Insights

oBGP's Networking MCP lets AI agents provision their own network connections. Here's how it works and what it means for AI-native infrastructure teams.

Most teams use 3+ tools to connect multi-cloud workloads. noBGP replaces them with one agent-based overlay. Here's what you can cut.

Replace traditional BGP with deterministic networking in data centers. Platforms like noBGP simplify operations, optimize traffic paths for performance and cost, and boost application resilience via policy-driven connectivity. Achieve predictable, efficient, and reliable infrastructure.

Explore BGP alternatives like OSPF, SCION, and noBGP. Discover why noBGP offers secure, policy-based connectivity for modern, cloud-native networks.

Shift data center security to identity-driven Zero Trust. Deterministic connectivity shrinks the attack surface, simplifies multi-cloud policy, and ensures private-by-default infrastructure.

The modern approach to hybrid networking shifts focus from connecting networks (where traditional VPNs, BGP, and NAT fail) to connecting workloads. This simplifies architecture, cuts overhead, and ensures consistent, policy-driven connectivity across data centers, clouds, and edge environments.

Modern data centers require predictable, policy-driven connectivity. Deterministic Networking, by replacing best-effort BGP with explicit path selection (e.g., noBGP), provides precise traffic control for critical workloads (databases, AI/ML, real-time services). This new operational model simplifies network control, matching the precision already available for compute and storage.

BGP's "best-effort" routing fails modern, latency-sensitive data centers. Discover why distributed infrastructure needs to move beyond reachability to a workload-centric, deterministic connectivity model for predictable performance and security.