Invicta watches every server, UPS, cooling unit and power strip in real time. It catches energy waste and looming failures the moment they appear — then acts on them for you, so you pay less for power and avoid the outages no one saw coming.
The platform
Six tightly-coupled modules turn a stream of telemetry into prevented failures and lower bills.
A lightweight agent reads CPU, RAM, disk, network and power — IPMI, Intel RAPL, or estimate — and streams it every 30s.
Thermal spikes, zombie processes, idle overconsumption and power spikes flagged synchronously on every ingest.
A 60-minute-ahead trend forecast with a confidence band, so you stage capacity before the peak lands.
Per-component ETA for thermal and memory drift, with isolation-forest outlier detection fitted per server.
Setpoint, idle-suspend and throttle changes pass rate-limit and guardrail checks, snapshot state, then apply — fully reversible.
When a problem needs hands — a battery swap, fan inspection, fuel refill — Invicta generates a field-tech work order, idempotently.
The loop
Agents & collectors push server, UPS, HVAC, generator and PDU readings to the ingest API.
Anomaly checks and forecasts run on every reading; predictors estimate failure ETAs.
The suggester proposes actions; policy guardrails approve, block, or route to a human.
Changes apply with a state snapshot, so any action can be rolled back cleanly.
Write-side, with guardrails
Before anything touches your infrastructure, the policy engine checks rate limits, single-active-per-target, time-of-day windows and setpoint guardrails. State is snapshotted first — so any action can be rolled back cleanly.
Coverage
Driver-based collectors speak to the equipment you already own — APC, Raritan, SNMP and more. No hardware? Mock drivers run a full demo. Multi-tenant by design, with database-per-tenant isolation.
The math
Monthly energy spend before and after the closed-loop optimizer, at €0.18/kWh.
Questions