# noBGP

> noBGP is remote code execution for AI. Connect your machines, or start temporary noBGP Compute, and your AI assistant runs commands, scripts and apps on them over a private network, through the noBGP MCP server.

Product documentation lives at https://docs.nobgp.com/.

## Key pages

- [Home](https://www.nobgp.com/): Remote code execution for AI: run code through your AI assistant with noBGP MCP and noBGP Compute.
- [Compute](https://www.nobgp.com/compute): Remote compute inside your noBGP environment, ready for MCP-compatible AI assistants.
- [Use cases](https://www.nobgp.com/use-cases): How teams run commands from Claude, troubleshoot machines, use temporary compute and share demos.
- [Pricing](https://www.nobgp.com/pricing): Free, Pro and Business plans: a flat price plus the traffic and compute you use.
- [Download](https://www.nobgp.com/download): Install the noBGP agent on macOS, Windows and Linux.
- [Architecture](https://www.nobgp.com/nobgp-architecture): How the noBGP private router network connects machines without BGP.
- [Security](https://www.nobgp.com/nobgp-network-security): How noBGP keeps machines private and controls who can reach them.
- [About](https://www.nobgp.com/about): The team behind noBGP.
- [Contact](https://www.nobgp.com/contact): Sales, support, partnerships and careers.

## News

- [From Conversation to Remote Code Execution](https://www.nobgp.com/news/conversation-to-remote-code-execution): See how Claude uses noBGP to start temporary compute, run an audit, save results, and shut down the machine in a nine-minute remote code execution workflow.
- [Temporary Compute for AI Workflows](https://www.nobgp.com/news/temporary-compute-ai-workflows): Learn how temporary compute helps AI agents run code, test tools, and automate recurring jobs while keeping results after the machine is gone.
- [InfoWorld 2025 Technology of the Year Winner](https://www.nobgp.com/news/infoworld-technology-of-the-year): InfoWorld named noBGP a winner of its 2025 Technology of the Year awards, with the top spot in the Application Networking category.
- [pi GPT Brings Raspberry Pi into the Vibe Coding Era](https://www.nobgp.com/news/pi-gpt-launch): noBGP launches pi GPT to turn your Raspberry Pi into a vibe coding and AI-enabled device that runs commands, manages software, and more securely.
- [NoOps Networking Frees AI Developers](https://www.nobgp.com/news/noops-networking-frees-ai-developers): NoOps Networking ends dev bottlenecks. It uses automation and AI/ML to manage networks automatically. Ship code faster without waiting for Ops tickets.
- [Choose Your Path - Deterministic Private Networking](https://www.nobgp.com/news/choose-your-path): BGP makes your data take unpredictable routes you can't control. noBGP gives you deterministic, private connectivity with zero-trust security.
- [Deterministic Routing: Why Path Control Matters](https://www.nobgp.com/news/deterministic-routing-predictable-paths): What deterministic routing is, how it differs from BGP, and why it matters for cloud, Kubernetes and enterprise networks. See how noBGP makes it simple.
- [Take Back Control of Your Network](https://www.nobgp.com/news/take-back-control-of-your-network): Stop letting BGP decide where your data goes. Take control of network routing for better performance, compliance & security with noBGP.
- [How to Connect VPCs with Overlapping CIDRs](https://www.nobgp.com/news/connect-vpcs-with-overlapping-cidrs): Explore how noBGP revolutionizes VPC connectivity by overcoming CIDR conflicts, ensuring seamless network integration without traditional IP constraints
- [BPG Alternative for Private Clouds](https://www.nobgp.com/news/modern-alternative-bgp): Discover cloud-native alternatives to BGP for secure, private multi-cloud networking without IP conflicts, manual configs, or public internet exposure.
- [Connecting multi-cloud workloads](https://www.nobgp.com/news/connecting-multi-cloud-workloads): Connect hybrid and multi-cloud environments without BGP, IP conflicts, or public exposure using noBGP, secure, automated, and zero-config networking.
- [noBGP WebSummit Vancouver Launch Summary](https://www.nobgp.com/news/websummit): noBGP launches private networking that removes the dependence on legacy internet protocols, so any organization can build secure, programmable private networks.
- [Eliminate VPN Subnet Collisions with noBGP](https://www.nobgp.com/news/eliminate-vpn-subnet-collisions): Tired of VPN subnet collisions and NAT workarounds? noBGP replaces fragile VPN setups with collision-free networking. No IP overlaps, no config pain.
- [Stop Manual Network Configuration](https://www.nobgp.com/news/stop-manual-network-configuration): Eliminate manual IP config, MTU mismatches, NAT issues, and subnet overlaps. noBGP automates your network so you can focus on what matters.
- [Stop Letting VPC IP Conflicts Block Your Progress](https://www.nobgp.com/news/vpc-ip-conflicts): Avoid IP conflicts and subnet overlap in AWS and cloud VPCs. noBGP connects overlapping networks without NAT, renaming, or manual config.

## Insights

- [How to Run Commands on Your Machines From Claude](https://www.nobgp.com/info/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.
- [How to Share a Working Demo With an HTTPS URL](https://www.nobgp.com/info/share-working-demo-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.
- [Troubleshooting a Remote Machine With Claude](https://www.nobgp.com/info/troubleshoot-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.
- [noBGP vs. BGP: A Side-by-Side Comparison](https://www.nobgp.com/info/nobgp-vs-bgp-comparison): A direct comparison of BGP and noBGP across routing, configuration, multi-cloud support, and AI workload compatibility. Which fits your infrastructure?
- [Networking MCP: AI Agents That Provision Networks](https://www.nobgp.com/info/networking-mcp-provision-their-own-network-connections): noBGP'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](https://www.nobgp.com/info/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.
- [The Economics of Post-BGP Data Centers](https://www.nobgp.com/info/operational-economic-impact-post-bgp-data-centers): Replacing BGP with deterministic networking simplifies data center operations, optimizes traffic for performance and cost, and makes applications resilient.
- [BGP Alternatives for Cloud Era Connectivity](https://www.nobgp.com/info/bgp-alternatives-connectivity-for-the-cloud-era): Explore BGP alternatives like OSPF, SCION, and noBGP. Discover why noBGP offers secure, policy-based connectivity for modern, cloud-native networks.
- [Private by Default: Rethinking Data Center Security](https://www.nobgp.com/info/private-infrastructure-by-default): Shift data center security to identity-driven Zero Trust. Deterministic connectivity shrinks the attack surface and makes infrastructure private by default.
- [Connect Data Centers, Clouds and Edge Without Chaos](https://www.nobgp.com/info/connecting-data-centers-without-networking-chaos): Hybrid networking gets simpler when you connect workloads, not networks: less overhead and consistent policy across data centers, clouds and the edge.
- [Deterministic Data Paths for Data Center Networking](https://www.nobgp.com/info/deterministic-data-paths-foundation-modern-data-center): Deterministic networking replaces best-effort BGP with explicit path selection, giving data centers predictable, policy-driven control for critical workloads.
- [Why BGP Can't Solve Modern Data Center Networking](https://www.nobgp.com/info/data-centers-cannot-solve-networking-with-bgp): BGP's best-effort routing fails latency-sensitive data centers. Why distributed infrastructure needs deterministic, workload-centric connectivity instead.
- [Identity Based Routing for Multi-Cloud](https://www.nobgp.com/info/identity-based-routing-for-multi-cloud): Identity-based routing secures hybrid and multi-cloud traffic by verifying sources instead of IP addresses. How noBGP removes BGP risk with encrypted paths.
- [Simplify Network Configurations](https://www.nobgp.com/info/simplify-network-configurations): Simplify network configuration without disrupting what you run. noBGP delivers secure, programmable networking that removes legacy complexity and adds control.
- [Why Executives Choose noBGP](https://www.nobgp.com/info/why-executives-choose-nobgp): Move from legacy BGP to secure, programmable networking. noBGP simplifies operations, strengthens zero-trust security and gives you control across environments.
- [Network Sovereignty across Public Clouds](https://www.nobgp.com/info/network-sovereignty-across-public-clouds): Gain network sovereignty with deterministic, encrypted paths across any cloud. noBGP gives you control of data flows without relying on public routes.
- [Programmable Private Networking](https://www.nobgp.com/info/programmable-private-networking): Programmable private networking removes public IPs and BGP risk with deterministic, identity-based routing. How noBGP simplifies secure cloud connectivity.
- [AI MCP Protocol Explained](https://www.nobgp.com/info/ai-mcp-protocol-explained): AI MCP (Model Context Protocol) connects language models to external tools and data. Anthropic created the open standard in 2024, and Claude supports it.
- [AI Middleware for AI Workloads](https://www.nobgp.com/info/ai-middleware): AI middleware connects models to infrastructure, handling compute, networking and resources. noBGP provides it through conversational orchestration.
- [Code Sandboxing for AI Development](https://www.nobgp.com/info/code-sandboxing): Sandboxing isolates code execution from your main system. VMs and containers are the usual tools; noBGP MCP provisions isolated test nodes through conversation.
- [Deploy MCP Server from noBGP](https://www.nobgp.com/info/deploy-mcp-server): Deploy MCP servers on local machines, AWS EC2, Azure VMs or containers, and configure network access and runtimes. noBGP automates deployment through AI.
- [LLM DevOps for AI Workloads](https://www.nobgp.com/info/llm-devops): LLM DevOps manages infrastructure through conversation: you describe the change, and the LLM updates configs and runs deployments. noBGP MCP makes it possible.
- [Networking MCP for AI Workloads](https://www.nobgp.com/info/networking-mcp): Networking MCP makes networks programmable through AI conversation. noBGP connects ephemeral, distributed GPU resources across providers without manual setup.
- [Build a Private AI Network](https://www.nobgp.com/info/private-network-ai): Private networks for AI keep data inside controlled infrastructure. Your LLM understands networking; noBGP MCP gives it the tools to manage private networks.
- [Vibe Coding Guide: From Code to Production](https://www.nobgp.com/info/vibe-coding-guide): Vibe coding builds software through AI conversation. It began in 2023 with GPT-4. How to pick a platform, and why it changes programming without replacing it.
- [Add noBGP to Vibe Coding Stack](https://www.nobgp.com/info/vibe-coding-stack): Vibe coding builds apps through AI conversation with tools like Cursor, Lovable and Claude. Deployment is the hard part; noBGP hosts any stack in production.
- [Removing BGP: Rethink Network Foundation](https://www.nobgp.com/info/removing-bgp-rethink-network-foundation): BGP is broken. Remove it from your routers and your architecture. noBGP gives you private, deterministic, zero-trust connectivity—no routes required.
- [EIGRP vs. OSPF vs. New Alternative](https://www.nobgp.com/info/eigrp-vs-ospf): Learn the differences between EIGRP and OSPF, their use cases, advantages, and why noBGP represents a new approach to private, deterministic networking.
- [Subnetting guide - How to Ignore Subnets Forever](https://www.nobgp.com/info/subnetting-guide): Master the basics of IP subnetting, CIDR notation, subnet masks, and network design with this educational subnetting guide for IT professionals and developers.
- [Network Troubleshooting - Step by Step Guide](https://www.nobgp.com/info/network-troubleshooting): Learn how to troubleshoot network problems with this step-by-step guide. Identify, isolate, and resolve issues across layers 1-7 using proven methods.
- [VLAN Configuration and Why You Don't Need It](https://www.nobgp.com/info/vlan-configruation): Learn what VLANs are, how they work, and how to configure them step-by-step. Includes CLI examples, use cases, and how noBGP redefines segmentation.
- [Circuit Switching has been replaced, again](https://www.nobgp.com/info/circuit-switching): What circuit switching is, how it works, and why packet switching replaced it. Its role in telecom, and how noBGP redefines network communication today.
- [Bring Control to Packet Switching](https://www.nobgp.com/info/packet-switching): Learn how packet switching works, how it compares to circuit switching, and why it powers the internet. See how noBGP brings control to packet-based networks.
- [Compare VPN Protocols and an Alternative](https://www.nobgp.com/info/compare-vpn-protocols): Compare OpenVPN, WireGuard, IPSec & more. Learn which VPN protocol fits your needs, plus discover how noBGP modernizes private connectivity.
- [Cisco's EIGRP Routing Protocol Explained](https://www.nobgp.com/info/ciscos-eigrp-routing-protocol-explained): How the EIGRP routing protocol works: its DUAL algorithm, advantages over OSPF, and where it fits in today’s networks. Plus the alternative noBGP offers.
- [External Attack Surface - EASM Guide](https://www.nobgp.com/info/external-attack-surface-guide): Learn what external attack surface is, how it differs from internal, and why EASM is critical. Discover how to reduce risks with modern solutions.
- [BGP Security Vulnerabilities - How to Avoid](https://www.nobgp.com/info/bgp-security-vulnerabilities): A guide to auditing BGP vulnerabilities: route hijacking, weak authentication, monitoring, and why identity-based networking makes security simpler.
- [Network Security Audit - Avoid BGP Vulnerabilities](https://www.nobgp.com/info/network-security-audit): Framework for auditing BGP vulnerabilities covering authentication, monitoring, compliance mapping, and strategic alternatives to BGP security.
- [noBGP vs VPN: What’s the Difference?](https://www.nobgp.com/info/nobgp-vs-vpn-comparison): noBGP replaces legacy VPNs with secure, scalable networking: no public IPs, no tunnels, no firewalls. Encrypted, policy-driven access.
- [Top Benefits of Private Networking with noBGP](https://www.nobgp.com/info/top-benefits-private-networking): Learn the key benefits of private networking and how noBGP delivers secure, scalable, and invisible connectivity without public IPs or VPNs.
- [Zero-Trust Networking Made Simple with noBGP](https://www.nobgp.com/info/zero-trust-networking-nobgp-c8awv): Learn how to implement zero-trust networking using noBGP to eliminate public IPs, secure data paths, and simplify access control across any environment.
- [IP Routing: How Data Finds Its Way Across Networks](https://www.nobgp.com/info/ip-routing-data-finds-networks): Learn what IP routing is, how routers forward packets, and how dynamic protocols like OSPF and BGP work. Discover how noBGP changes routing for modern apps.
- [BGP vs OSPF vs noBGP: Routing Protocol Comparison](https://www.nobgp.com/info/bgp-vs-ospf-vs-nobgp-private-networks): Compare BGP, OSPF, and noBGP for private cloud networking—highlighting their differences in routing approach, security, scalability, and cloud-native fit.
- [DNS: The Internet's Phone Book](https://www.nobgp.com/info/dns-the-internets-phone-book): DNS, the internet's 1983-era "phone book," translates domain names to IP addresses. Aging and vulnerable, it is still essential and server choice affects speed.
- [Cloud Networking Architecture and Connectivity](https://www.nobgp.com/info/navigating-multi-cloud-networking-architecture-connectivity): Multi-cloud lets you run apps across multiple cloud providers, but connecting them securely and efficiently is the real challenge. Here’s how to do it right.
- [Connecting AI Workloads Through MCP](https://www.nobgp.com/info/connecting-ai-workloads-through-mcp): MCP is a stateless protocol for routing AI context across models, tools, and data. It powers scalable, hybrid AI workflows and works with any LLM.
- [NAT: What it is, How it works, Importance](https://www.nobgp.com/info/what-is-nat): NAT enables multiple devices to share one IP address, adds security by hiding internal IPs, and is essential for cloud gateways and private networks.
- [What Is BGP? Border Gateway Protocol Explained](https://www.nobgp.com/info/understanding-bgp-backbone-of-the-internet): What BGP is, how the Border Gateway Protocol works, how BGP routing picks a path, eBGP vs iBGP, BGP vs OSPF, and why the internet still runs on it.
- [How to Address IP Address Overlaps](https://www.nobgp.com/info/fix-ip-address-overlaps-a-step-by-step-guide): Resolve IP address overlaps in your network with strategic re-IP planning and execution, for seamless connectivity and minimal disruption.
- [CIDR: Understanding IP Addressing](https://www.nobgp.com/info/cidr-understanding-ip-addressing): CIDR simplifies IP address management with flexible subnetting and efficient routing. Learn how it works, where it’s used, and why it replaced classful IP.
- [Navigating Multi-Cloud Network Challenges](https://www.nobgp.com/info/navigating-multi-cloud): Master multi-cloud networking with strategic planning, unified architecture and robust security, for performance and compliance across providers.
- [Demystifying Zero Trust Networking](https://www.nobgp.com/info/demystifying-zero-trust-networks): Explore Zero Trust Networking: Enhancing security by verifying every access request, regardless of location. Ensure robust protection against cyber threats.
- [BGP Route Optimization: The Internet's Balancing Act](https://www.nobgp.com/info/bgp-route-optimization-internet-balancing-act): BGP routing is unpredictable, impacting speed, cost, and security as networks optimize paths within limited control.
- [Is the U.S. Government Signaling the End of BGP?](https://www.nobgp.com/info/government-signaling-the-end-of-bgp): Rising security concerns drive U.S. efforts to replace BGP, aiming to secure internet routing from foreign threats.
- [The Internet's Achilles' Heel: BGP](https://www.nobgp.com/info/the-internets-achilles-heel-bgp): BGP’s trust-based model enables global connectivity but exposes the internet to outages, hijacks, and inefficiencies.
- [The Hidden Costs of Manual Network Configuration](https://www.nobgp.com/info/hidden-costs-of-manual-network-configuration): Manual network configuration slows deployments, adds security risk and causes costly errors. How a programmatic approach removes those costs as you scale.
- [Network Bottlenecks in Cloud Infrastructure](https://www.nobgp.com/info/network-bottleneck-cloud-infrastructure): Cloud compute and storage are automated, but networking still relies on manual configs and outdated protocols. Why the future of networking is programmatic.
- [Manual Network Configs Are Killing Innovation](https://www.nobgp.com/info/network-nightmare-manual-configs): Manual network configs slow innovation, raise security risk and drive up costs. Why automated, programmatic networking frees teams from costly mistakes.
- [Kubernetes and Network Address Translation (NAT)](https://www.nobgp.com/info/kubernetes-and-network-address-translation-nat): Kubernetes avoids NAT by default with flat Pod-to-Pod networking, but uses it for NodePort services, egress traffic and overlays, depending on your CNI plugin.
- [Kubernetes Network: Why Container Networking is Hard](https://www.nobgp.com/info/kubernetes-network-model): Kubernetes simplifies deployment but complicates networking: ephemeral pod IPs, cross-node traffic, load balancing and security policies. How it fits together.
- [Why Networking Needs a Programmatic Revolution](https://www.nobgp.com/info/networking-needs-programmatic-revolution-cloud-era): Compute and storage are fully automated, yet networking still needs manual setup across clouds. Programmatic networking makes it on-demand, scalable and secure.
- [Why Networking hasn't Evolved until now](https://www.nobgp.com/info/networking-hasnt-evolved): Networking still relies on outdated, public-first protocols and layers of configuration. To evolve, it must become zero-config, identity-based and self-healing.