Tupl Power Saving Agent rApp

PSA enables operators to reduce RAN energy consumption significantly while ensuring customer experience is never compromised. By applying power-saving settings at the cell level, it adapts to local traffic and performance conditions with high precision. Operators define their preferred energy-saving policy—such as how aggressive the optimization should be and the acceptable degree of performance trade-off—as an intent, without needing to manage vendor-specific parameters. This fine-grained, intent-driven optimization delivers measurable savings across the network footprint while safeguarding service quality. Every decision and action is traceable—operators can validate and audit energy-saving decisions with full context.

PSA provides operators with a unified framework to orchestrate diverse, vendor-specific Power Saving Features (PSFs) across 2G, 3G, 4G, and 5G networks. It translates operator-defined intents into optimized actions, dynamically tuning and coordinating mechanisms such as MIMO symbol adjustments. This vendor- and technology-agnostic orchestration unlocks greater energy efficiencies, simplifies network operations, and ensures consistent outcomes across heterogeneous RAN deployments. Operators gain the confidence that their energy-saving policies are enforced automatically, regardless of network vendor or technology. All orchestrated actions remain fully transparent and traceable to each decision’s context.

PSA operates fully autonomously, executing a zero-touch closed loop from detection to action. Operator-defined policies drive the process: PSA evaluates conditions against those intents, applies the corresponding energy-saving actions, and provides automatic rollback scripts to safeguard continuity. Every action is traceable, reversible, and consistent across sites. Engineering teams benefit from reduced manual workload, faster implementation, and improved operational reliability. The system’s autonomous closed-loop design aligns with intent-driven operations and accelerates CSPs’ journey toward higher levels of network automation.