LIMEBIRD provides a distributed cloud platform that delivers managed Kubernetes clusters and serverless FaaS on edge data centers powered by renewable wind and solar energy. Its orchestration layer automatically places workloads based on latency and real‑time energy availability, while keeping data within selected jurisdictions to meet GDPR and other data‑sovereignty requirements.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises with latency‑sensitive, data‑intensive workloads often rely on centralized cloud providers that consume large amounts of non‑renewable energy and expose data to cross‑border jurisdictions. This results in higher operational carbon footprints, limited control over data residency, and increased latency for edge‑centric applications.
Solution
LIMEBIRD delivers a distributed cloud platform powered by locally sourced wind and solar energy, enabling truly sustainable compute resources at the edge. The service offers managed Kubernetes clusters, serverless Function‑as‑a‑Service (FaaS), and low‑latency edge compute nodes that can be provisioned in the data center of the customer’s choice. An integrated orchestration layer provides automated workload placement, cross‑location energy optimization, and seamless failover, ensuring high availability and compliance with GDPR and other data‑sovereignty regulations. Customers access real‑time telemetry on energy usage, latency, and resource allocation through a unified dashboard, while encrypted data flows remain within the selected geographic region.
Target Audience
The primary customers are technology‑driven enterprises and regulated industries (e.g., fintech, healthtech, media) that require low‑latency edge compute, strict data residency, and sustainable infrastructure for their critical applications.
Features
- Managed Kubernetes clusters with auto‑scaling, zero‑touch upgrades, and built‑in observability for containerized microservices
- Serverless FaaS environment that abstracts infrastructure, supporting popular runtimes (Node.js, Python, Go) with per‑invocation billing
- Edge data centers co‑located with renewable energy assets, delivering sub‑10 ms round‑trip latency for critical applications
- Smart orchestration platform that performs cross‑site workload migration based on real‑time energy availability and latency metrics
- Integrated energy management system for cross‑location optimization, reducing carbon intensity of compute workloads
- Geo‑redundant architecture with automated failover and encrypted data replication to meet data‑sovereignty and GDPR requirements
- Unified management console providing live dashboards of energy status, latency, resource utilization, and compliance reporting