Insights

Insights on Remote Code Execution for AI

Guides, explainers, and real workflows for running code with your AI assistant, on the machines you already have or on temporary compute, plus the private networking underneath it.

How to Run Commands on Your Machines From Claude

Ask Claude to run commands on the machines you already have. Check long-running jobs, manage several machines at once, and control what your AI can execute.

Troubleshooting a Remote Machine With Claude

When a remote machine stops working, Claude can read its logs, find the cause, restart the service, and verify the fix. Here's a step-by-step walkthrough.

How to Share a Working Demo With an HTTPS URL

Deploy an app from the same conversation that wrote it, then give it an HTTPS URL with sign-in required, so reviewers can use the real thing.

noBGP vs. BGP: A Side-by-Side Comparison

A direct comparison of BGP and noBGP across routing, configuration, multi-cloud support, and AI workload compatibility. Which fits your infrastructure?

Networking MCP: How AI Agents Can Provision Their Own Network Connections

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.

nobgp replaces 3 paid tools and services

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

Private Infrastructure by Default: Rethinking Data Center Security

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.

Connecting Data Centers, Clouds, and Edge Without Networking Chaos

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.

Deterministic Data Paths: The Foundation of Modern Data Center Networking

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.

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