Crucible Partner Validated

Typically 10-15% of RAN energy OpEx, around $450K/year per 1,000 sites at a typical 3 kW site load and $0.15/kWh. Actual savings depend on network topology, traffic profile, and current optimization level; the assessment phase gives a site-specific projection before any commitment.

No. E-RAN uses energy-saving capabilities already present in your RAN (e.g. carrier/cell sleep, MIMO adaptation), orchestrated by AI instead of static policies.

No. E-RAN safeguards quality of service: every action is validated against your QoS guardrails in the world model before release, and rolled back automatically if measured KPIs deviate. In our reference simulation, call-drop rate and latency stayed within normal bounds while energy fell.

Nokia, Ericsson, Huawei, and Open RAN, including mixed-vendor networks. E-RAN orchestrates the energy-saving features each vendor already exposes, through vendor-specific adapters, so there is no vendor lock-in and no hardware changes.