As critical infrastructure and carrier networks grow increasingly interconnected, the margin for error in system reliability has virtually disappeared. Managing these complex environments in real time requires more than traditional monitoring tools – it demands a fundamental shift toward complete situational awareness and predictive control.
This week, BaseN took a prominent step in shaping these future industry standards at the joint IEEE Real-Time Communications (RTC) and Communications Quality and Reliability (CQR) event in the United States. As a Silver Sponsor and active contributor, BaseN joined global experts to address the pressing security, quality, and reliability challenges facing modern communications networks.
Moving Beyond Reactive Monitoring
At BaseN, our participation in IEEE initiatives stems from a core conviction: everything and everyone needs a Digital Twin.
As network architectures evolve, treating physical assets and digital components in isolation creates operational blind spots. A Digital Twin provides a dynamic, real-time counterpart that continuously processes telemetry data, enabling engineers and operators to predict system behavior, isolate faults, and optimize performance before issues impact end users.
Shaping Global Standards from the Inside Out
BaseN leadership in network reliability goes beyond software development. As a Senior Member of IEEE internationally and a Member at Large for the global IEEE CQR Technical Committee, Pasi Hurri works directly alongside peer institutions to establish frameworks for next-generation telecommunications.
Drawing inspiration from the high availability and resilience of distributed defense systems, BaseN Platform operates on its own dedicated, fault-tolerant infrastructure. By bringing this sovereign, mission-critical foundation to the IEEE community, BaseN continues to help set the benchmark for operational resilience, data security, and long-term sustainability across global networks.
