FlowER

FlowER is a software project from Travelping that focuses on flow-based packet processing and routing for IP networks (network infrastructure).

• Implements flow-based packet handling and routing for IP traffic (network infrastructure).
• Targets carrier-grade and telecom-oriented deployments (telecommunications networking).
• Designed for integration into programmable and software-defined network environments (software-defined networking).
• Supports flexible configuration of traffic flows and policies (network policy control).
• Aligns with Travelping’s portfolio around mobile and IP network components (telecom infrastructure).

More About FlowER

FlowER is a Travelping project focused on flow-based packet processing and routing in IP networks, with a primary orientation toward carrier and telecom environments (network infrastructure). Within this context, it addresses requirements for handling large volumes of IP traffic with explicit control over per-flow behavior, policy enforcement, and integration into programmable network architectures (software-defined networking).

The project centers on the concept of flows, where packets are grouped according to common attributes so that routing and policy decisions can be applied consistently (network Traffic Engineering (TE)). This flow-centric approach supports scenarios where operators need deterministic control over how specific traffic categories are forwarded, prioritized, or filtered. By exposing configuration interfaces for defining and modifying these flows, FlowER can operate as a building block for higher-level orchestration and control systems in telecom networks (network control plane integration).

In enterprise or carrier environments, FlowER fits within IP transport, mobile backhaul, and Data Center Interconnect (DCI) setups, where TE and programmable forwarding are required (telecom infrastructure). It is suited for use alongside other Travelping components that implement mobile core or edge network functions, providing a flow-processing layer that can be integrated into broader service delivery architectures (network function integration).

Architecturally, FlowER is aligned with software-centric, programmable network designs, where control logic is decoupled from underlying forwarding capabilities (software-defined networking). It can be deployed on general-purpose infrastructure and used as part of a modular network stack that includes components for signaling, user-plane handling, and management (network function virtualization). Its configuration-driven model supports extensibility, allowing operators to define new flow rules as requirements evolve, without changes to the underlying forwarding engine (policy-based routing).

For categorization within an enterprise technology directory, FlowER can be classified under network infrastructure and Software Defined Networking (SDN), with a focus on flow-based packet routing and TE for telecom and carrier-grade deployments (network traffic management). It occupies a role as a specialized component in programmable network environments where explicit per-flow control is required.