Operax dynamic Resource and Admission Control solutions sit between application and network, allocating resource on a per session basis. They guarantee quality of service end to end and ensure that networks operate to their optimum capacity. Operax Resource Controllers can be used in single service solutions solving specific contention issues or can be used in multiservice architectures such as IMS and Fixed Mobile Convergence.

IPTV 
As telecommunications operators deploy IPTV and Video on Demand (VoD) services, they are competing with established, high-quality Satellite, Cable and broadcast TV services. The quality and user experience achieved by IPTV must match and indeed exceed that of these services. Operax dynamic Resource and Admission Control solutions guarantee resource for IPTV and VoD on a per session basis ensuring that quality is never impacted by network contention whilst maximizing utilization of network investment.

Pre IMS
Many service providers are now deploying IMS compliant components outside of an IMS architecture. The expectation is that they will migrate these services to IMS in the future; these services are categorized as being pre-IMS. It is clear that whilst the architecture is pre IMS, the need for QoS is immediate and Operax provide solutions which integrate into non-IMS, Pre-IMS and IMS infrastructures.

IMS
Operax Resource Controllers are an integral part of IMS in Next Generation Networks. The provide Resource and Admission Control as defined in the TISPAN, ITU and 3GPP forums, allowing multiservice networks access to common infrastructure with guaranteed Quality of Service levels.

Web-based Services 
Operators have to date struggled to monetize web based services. However with the introduction of increased Video on Demand content to the web and the need of the Gaming community for low delay delivery is driving the need for defined QoS in the best efforts internet class is growing. Operax solutions used in conjunction with Deep Packet Inspection devices provide the ability to elevate the quality of specific applications on an end to end basis.

Defense
Military forces are looking to maximize the availability and robustness of mission-critical communications and applications in tactical IP networks. Being able to provide real-time, end-to-end guaranteed QoS is a key capability for successful Network Centric Warfare and Operations.