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Inductive Automation Tech Stack
Industrial application platform for SCADA, IIoT, and MES systems
Inductive Automation builds Ignition, a universal platform for industrial software across SCADA, IIoT, MES, and edge applications. The tech stack reveals a modernized engineering approach—React, TypeScript, Docker, Terraform—alongside industrial protocols (OPC UA, Modbus, MQTT), suggesting they're bridging legacy manufacturing systems with cloud-native tooling. Active projects around AI-based monitoring, generative AI for test data, and production environment simulation indicate a shift toward observability and reliability in complex industrial deployments.
Tech Stack 44 technologies
Core StackJavaScript TypeScript React Webpack Java Docker Terraform SQL Server MySQL Active Directory Intune ServiceNow Jira Zendesk ZoomInfo HubSpot Demandbase 6sense Ignition HTML5 Less Sass IntelliJ IDEA OPC DA OPC UA MQTT Modbus Wireshark Vagrant macOS+14 more
What Inductive Automation Is Building
◆Challenges
- Performance issues in complex application environment
- Accelerating root cause analysis
- Network-related performance issues
- Evolving qa team
- Reducing overall incident volume
- Maintaining service levels
- Technological and economic obstacles
- Cost savings opportunities
- Functional silos
- Coordination overhead
▲Active Projects
- Building ignition exchange resources
- Ignition benchmark testing
- Evaluation and implementation of ai-based monitoring tools
- Leveraging generative ai for performance scripts and synthetic test data
- Simulating production environments with docker, vagrant, terraform
Hiring Activity
10 roles · 10 in 30d
Department
Seniority
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