We're building the future of industrial automation—where AI understands your plant as well as your most experienced operators.
After 20 years in mining automation, I’ve watched operators struggle with the same fundamental problem: industrial systems generate enormous amounts of data, but finding the right information at the right time requires deep expertise and significant effort.
Traditional SCADA systems were designed for a different era. Static screens, rigid hierarchies, and reactive troubleshooting. When something goes wrong, operators must manually correlate alarms, check multiple screens, and rely on institutional knowledge to diagnose problems.
This approach doesn’t scale with the complexity of modern mining operations, and it certainly doesn’t leverage the power of artificial intelligence.
Consystence reimagines industrial IoT from the ground up. Instead of static screens, we generate dynamic interfaces based on operator queries and current plant state. Instead of alarm lists, we provide AI-powered diagnostics that understand your electrical drawings, PLC logic, and operational procedures.
Ask “Why is pump 1 not running?” and get a purpose-built interface showing exactly what you need to know:
Our AI models are trained on industrial documentation patterns, not just sensor data. They understand:
This means faster diagnosis, better root cause analysis, and reduced dependency on tribal knowledge.
Every feature is designed with mining operations in mind:
We’re currently in active development, building on production PLC libraries from real mining operations. General availability is planned for 2026.
If you’re interested in participating in our beta program or learning more about Consystence, get in touch. We’re excited to share what we’re building and hear about your challenges.
Consystence is developed in partnership with Deftec, bringing together decades of mining automation expertise with cutting-edge AI research.
More insights from our team
Static SCADA screens made sense 30 years ago. Today's AI-powered systems can generate interfaces that adapt to plant state and operator needs in real-time.