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noBGP's Vision for networking

noBGP reimagines traditional networking by eliminating complexity and delivering seamless, simple, secure, and private connectivity without relying on public internet infrastructure, manual configurations, or unnecessary external exposure. Specifically designed for modern cloud, hybrid, and AI environments, noBGP enables simple, private, scalable networking.

Cloud native is evolving

Cloud compute has evolved from single-cloud, single-VPC environments focused on isolated workloads to multi-region and hybrid clouds enabling distributed applications across diverse environments, and finally to multi-compute, microservices architectures that leverage containerization and orchestration for highly dynamic, scalable, and interconnected systems.

Join us on our journey to simplify and secure VPC to VPC connectivity.
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Single cloud
Single VPC

Was fairly simple, networking typically solved via legacy VPN

Multi cloud, multi region, hybrid icon

Multi region
Hybrid

Legacy VPNs won't scale so need resources to manage overlay network and zero ability to manage traffic routes.

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Multi Compute
Microservices

AI compute and trends like spotGPUs highlighting limitations of legacy internet networking for combing workloads

Internet networking is the wrong solution
for private multi-cloud solutions

Current internet networking is plagued by non-deterministic routing, exposing assets via public IPs, and reliance on outdated protocols like BGP and DNS, which lack robust security and scalability. These limitations create inefficiencies, increase attack surfaces, and leave organizations with little control over how their data traverses global networks.

Internet networking relies heavily on manual efforts to configure and maintain routing protocols, firewalls, VPNs, and access controls, which are time-intensive and prone to human error. These tasks are essential to mitigate security risks and ensure connectivity, yet they fail to address the underlying inefficiencies and vulnerabilities of outdated network systems.

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