Telecom networks rely on multiple signalling technologies
Legacy SS7 networks, IMS platforms, Diameter-based cores, and cloud-native architectures must communicate reliably despite fundamental protocol differences.
Enable Seamless Interoperability Across Every Network
We bridge signalling protocols, media streams, and network technologies to enable secure, standards-based interoperability across legacy, IP, IMS, and cloud-native telecom environments.
Challenges
Industry Challenges
Protocol incompatibility increases integration complexity
Differences in message formats, service logic, and protocol implementations create interoperability challenges across heterogeneous network environments.
Multi-vendor deployments introduce operational inconsistency
Network elements from different vendors often interpret standards differently, requiring intelligent mediation to maintain reliable communication.
Maintaining signalling integrity is essential for service reliability
Voice, messaging, mobility, and supplementary services depend on accurate protocol translation and consistent session handling across interconnected networks.
Product Overview
Intelligent Protocol Interworking for Multi-Generation Telecom Networks
Our Interworking Function (IWF) provides the protocol mediation layer that enables seamless communication between diverse telecom network technologies. It performs standards-based signalling translation, session interworking, media handling, and message normalisation across SS7, SIP, Diameter, MAP, CAMEL, CAP, and other telecom protocols.
Designed for heterogeneous, multi-vendor environments, the platform ensures signalling integrity, protocol compliance, and operational consistency while reducing the complexity of integrating legacy infrastructure with IMS platforms, LTE cores, and cloud-native network functions.
Intelligent routing optimises signalling paths based on operational policies and network conditions, while DPI-powered session visibility validates signalling exchanges and media performance throughout interworked sessions.
The Outcomes Are Clear
01
Reliable interoperability
02
Simpler integration
03
Consistent signalling across network domains
Capabilities
Product Capabilities
Multi-Protocol Translation
Translate signalling between SS7, SIP, Diameter, MAP, CAMEL, CAP, and related telecom protocols while preserving standards compliance and service behaviour.
Intelligent Signalling Mediation
Normalise messages, parameters, and procedures between heterogeneous network elements to ensure reliable interoperability across multi-vendor deployments.
Session Interworking
Maintain end-to-end session integrity as signalling and media traverse different network technologies and protocol domains.
Media Interworking and Codec Management
Perform codec negotiation, media adaptation, and transcoding where required to preserve interoperability between connected networks.
ML-Optimised Signalling Routing
Apply ML-driven intelligence alongside configurable operational policies, network availability, and real-time performance conditions to optimise signalling paths across network domains.
DPI-Based Session Visibility
Monitor signalling exchanges, application behaviour, and media performance to validate interoperability across every interworked session.
Standards-Based Interoperability
Support industry-standard protocol implementations while simplifying integration across evolving telecom architectures.
Scalable Network Integration
Provide a flexible interoperability layer that supports legacy infrastructure, IMS, LTE, 5G Core, and cloud-native network functions.
Process
How It Works
01
Receive and Interpret Signalling
The platform accepts signalling transactions and media sessions from multiple telecom protocols and network domains.
02
Analyse Protocol Requirements
Each transaction is evaluated to determine the appropriate protocol mapping, message handling, and interoperability requirements.
03
Translate and Normalise
Messages, signalling parameters, codecs, and session information are translated and normalised to ensure standards-compliant communication.
04
Route Across Network Domains
Intelligent signalling policies determine the optimal routing path while maintaining session consistency and operational efficiency.
05
Validate Interoperability
DPI-powered analytics continuously verify signalling integrity, media quality, and successful protocol interoperability across connected networks.
Results
Key Outcomes
Reliable Protocol Interoperability
Enable seamless communication between different signalling protocols and network technologies.
Reduced Integration Complexity
Simplify multi-vendor and multi-generation network integration through standards-based protocol mediation.
Stronger Signalling Integrity
Maintain consistent signalling behaviour and session reliability across heterogeneous network environments.
Improved Operational Efficiency
Reduce manual protocol adaptation and simplify network integration with automated mediation and routing.
Faster Network Integration
Accelerate deployment of new network elements, services, and technologies through standards-based interoperability.
Future-Ready Network Architecture
Create a flexible interoperability layer that supports continuous evolution towards cloud-native and next-generation telecom networks.