01 / BYOC
Bring your own carrier
Connect customer-owned SIP carriers and keep existing commercial relationships while Leamout provides programmable control above them.
Build and operate programmable voice and carrier-connected communications without giving up control of your telecom infrastructure or carrier relationships.
WHY LEAMOUT
Leamout separates the communications control plane from the underlying telecom providers so applications can stay stable while infrastructure evolves.
01 / BYOC
Connect customer-owned SIP carriers and keep existing commercial relationships while Leamout provides programmable control above them.
02 / API
Applications work with Leamout resources instead of leaking carrier-specific behavior throughout product code.
03 / CONTROL
Routing, policy, events, usage, provisioning, and future rating remain inside Leamout rather than upstream providers.
04 / DEPLOY
Run the control plane and telecom data plane on infrastructure you control, with a path toward managed deployments.
ARCHITECTURE
Leamout keeps business state and orchestration separate from the telecom data plane. Specialized infrastructure executes protocols; Leamout owns the product semantics.
ROADMAP
Leamout is being built from stable telecom primitives outward. Roadmap capabilities are clearly separated from what is already implemented.
Programmable call control, carrier connections, SIP routing, numbers, durable events, and secure WebRTC foundations.
Managed deployment, production reliability, multi-carrier routing, usage, rating, billing, and number lifecycle.
Carrier-connected messaging, realtime media primitives, and programmable AI communications.
Hosted carrier products and a broader CPaaS built on the same carrier-neutral control plane.
BUILD IN THE OPEN
Follow the implementation, architecture decisions, and roadmaps directly on GitHub.