RAD Company Profile
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RAD's Mission Statement
As a global telecom access solutions and products vendor, RAD is committed to enabling service providers to evolve any service over any network using disaggregated architecture (DA). By keeping at the forefront of pioneering technologies and engaging in co-innovation with our customers, we strive to help service providers move up the value chain at a pace that is right for them, while offering their end-customers added value – be it in network edge virtualization and vCPE, Industrial IoT, or 5G xHaul.
Evolve any service over any network at your own pace.
RAD is a global Telecom Access solutions and products vendor. Our customers are top-tier service providers, utilities, mass transportation operators, and government organizations. By allowing service providers and network operators to decouple service evolution from network evolution, we assist them in migrating at a pace that is right for them. They can leverage existing resources and prolong the use of a large variety of their current legacy interfaces and equipment, as well as maintain network and service performance to guarantee user experience and critical operations.
We are at the forefront of pioneering technologies, such as:
- Complete vCPE toolbox for SDN/NFV network edge virtualization
- Performance monitoring for any network
- Timing synchronization over packet
- Hardware miniaturization
- TDM over packet
For mobile, business and wholesale service providers, we provide an economical migration path to network edge virtualization. In addition, our Service Assured Access solutions are designed to deliver a competitive edge with complete visibility of network and service performance for greater operational efficiency, as well as timing synchronization for LTE/LTE-A and future 5G deployments.
For power utilities, mass transportation companies and government organizations, our Service Assured Networking solutions include best-of-breed tools for cyber-secure critical infrastructure communications, mobility, and seamless migration to modern packet switched networks and applications.