Entangl uses AI to fix and generate data center operational procedures, including MOPs and SOPs. The platform cross-checks procedures against data center designs to prevent human error, sequencing issues, and safety violations. This capability directly increases data center uptime and reduces operational risks associated with incorrect procedures.
Funding
Funding not disclosed
Founders
Product
Problem
Engineering projects, such as those in data centers and aerospace, are prone to design errors that can lead to costly mistakes and safety risks. Verifying procedures against as-builts, schematics, and blueprints is challenging due to time constraints, training gaps, and difficulties in accessing relevant data. Human error in method of procedures (MOPs) contributes significantly to downtime and financial losses.
Solution
Entangl provides an AI-powered platform that automates the detection and resolution of design errors across various engineering projects. The platform autonomously scans projects, identifies inconsistencies, and proposes actionable solutions tailored to the specific engineering context. By connecting to various knowledge bases, Entangl ensures real-time error detection, preventing costly mistakes and enhancing project safety. Furthermore, the platform can autonomously implement solutions, reducing the workload on engineers and ensuring quick resolution of design errors.
Target Audience
The primary customers are engineers and project managers in industries such as aerospace, data centers, energy, and telecommunications, who seek to automate error detection and improve the safety and reliability of their engineering projects.
Features
- Automated error detection across engineering designs using AI
- Integration with knowledge bases such as OnShape, OneDrive, G-Drive, AutoDesk, Confluence, Slack, Sharepoint, GitHub, GitLab, Obsidian, 3DX, Siemens NX, Ansys, Creo, Altium, and MatLab
- Real-time identification of inconsistencies and potential issues
- Autonomous proposal and implementation of solutions
- Circuit continuity checks to ensure intact power paths
- Sequencing issue detection to ensure steps are executed in the correct order
- Automated dependency analysis to detect operations that could cause cascading failures
- Safety issue verification to ensure correct PPE usage