Enerlastic provides an AI‑driven platform that optimizes power usage for large GPU datacenters. Its DeepOptiFlex™ engine continuously balances energy consumption, grid conditions, and carbon‑aware policies while SLAShield™ guarantees SLA performance, and Agent Autodiscovery™ maps thousands of GPUs into a vendor‑agnostic Power DC GPU Ontology for fleet‑wide optimization.
Funding
Funding not disclosed
Founders
Product
Problem
Large AI GPU datacenters consume massive amounts of power, leading to high operational costs, increased carbon intensity, and difficulty aligning consumption with grid supply constraints. Managing power usage while maintaining performance SLAs across thousands of heterogeneous GPUs is complex and time‑consuming.
Solution
Enerlastic offers an AI‑driven power intelligence platform that optimizes energy consumption of GPU clusters in real time. Its DeepOptiFlex™ engine continuously adjusts power allocation based on workload patterns, grid conditions, and carbon‑aware policies, while SLAShield™ ensures that performance targets are never compromised. The platform automatically discovers and maps every GPU, rack, and datacenter into a unified Power DC GPU Ontology, enabling fleet‑wide, vendor‑agnostic optimization at massive scale. By harmonizing GPU power usage with the electrical grid, Enerlastic reduces energy costs and carbon emissions without sacrificing compute performance.
Target Audience
Primary customers are operators of large AI GPU datacenters, cloud service providers, and enterprises running high‑performance compute workloads that need to balance energy efficiency with strict performance SLAs.
Features
- Agent Autodiscovery™ that onboards tens of thousands of GPUs within minutes and injects metadata into the Power DC GPU Ontology
- DeepOptiFlex™ AI engine for real‑time power peak/flex management, grid‑harmony mode, and carbon‑aware scheduling
- SLAShield™ module that guarantees SLA compliance with intelligent power allocation, latency monitoring, and automatic rollback during flex events
- Power DC Ontology providing a semantic knowledge graph of GPU, rack, and datacenter relationships for cross‑DC, vendor‑agnostic optimization
- Unified dashboard delivering ontology‑powered insights, fleet‑wide performance metrics, and automated optimization recommendations