Blacklake provides a cloud‑native SaaS platform that unifies order, scheduling, material, production, quality, and equipment data across multiple factories, enabling real‑time collaboration and dynamic production planning. Its modular, low‑code architecture and open APIs allow manufacturers to replace legacy MES systems with a scalable, browser‑based solution that reduces implementation time, lowers costs, and improves inventory and capacity utilization.
Funding
$77.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Manufacturers often rely on fragmented, on-premise MES solutions that require extensive hardware, long implementation cycles, and high maintenance costs, limiting their ability to quickly adapt production schedules, reduce inventory, and achieve transparent, data‑driven operations.
Solution
Blacklake offers a cloud‑native manufacturing collaboration platform (SaaS) that unifies order, scheduling, material, production, quality, and equipment data across multiple factories and departments. Leveraging containerized micro‑services, service mesh, and low‑code customization, the system can be deployed in four weeks and accessed via a web browser without client installations. Real‑time data aggregation and visualization enable dynamic scheduling, inventory optimization, and capacity utilization, while open standard APIs allow seamless integration with existing ERP, supply‑chain, and logistics systems. The pay‑as‑you‑go pricing model eliminates upfront hardware costs and ongoing maintenance fees, delivering a high‑ROI solution for lean manufacturing.
Target Audience
Primary customers are mid‑size to large manufacturing enterprises seeking to modernize production planning, quality control, and resource management across multiple sites, particularly those looking to replace legacy MES with a cloud SaaS solution.
Features
- Cloud‑based, containerized architecture with service mesh for high availability, elastic scaling, and disaster recovery
- Modular, low‑code configuration of functional components and role‑based permissions to match diverse manufacturing processes
- Real‑time global collaboration across multiple factories and departments with instant data synchronization
- Dynamic scheduling engine that adjusts production plans based on live resource, material, and order information
- Integrated quality, resource, and equipment management dashboards with visual analytics
- OpenAPI standard interfaces for bi‑directional integration with ERP, SCM, logistics, and other enterprise systems
- Browser‑only access (no client download) with a simplified UI that reduces training time