Who We Help
Robust, scalable, AI-enabled industrial operations platform that helps increase agility, autonomy, and resiliency for enterprise manufacturers and field-deployed equipment providers alike.
Easy to deploy, easy to use, and easy to own
TwinThread’s innovative approach delivers a rapid return on investment for all aspects of your business.
Operations teams achieve greater predictability, quality, and autonomy.
Process improvement teams can gain greater insight and transition from reactive, to proactive, to predictive operations.
Engineering teams better utilize resources, including personnel, by tapping into the terabytes of equipment data already produced.
Continuous improvement teams can rapidly identify, prioritize, and execute activities that will boost productivity.
The TwinThread platform delivers benefits for a diverse array of industrial use cases, and we’ve added pre-built applications to accelerate deployment in two broad areas:

Manufacturers
who need to proactively:- Meet contract performance commitments
- Minimize downtime
- Optimize repair cycles
- Reduce repair frequency
- Decrease service costs
- Monitor full array of asset data
- Ensure assets are being used properly
- Innovate continuously
- Improve responsiveness
- Close the skills gap

Field Equipment Providers
who must:- Meet contract performance commitments
- Minimize downtime
- Optimize repair cycles
- Reduce repair frequency
- Decrease service costs
- Monitor full array of asset data
- Ensure assets are being used properly
- Innovate continuously
- Improve responsiveness
- Close the skills gap
We help you accomplish this all by utilizing existing data to create a digital twin, transforming that data into actionable information via a library of pre-built KPI and optimization applications, and ultimately helping your organization operate more efficiently and more autonomously.
Ready to learn more about the platform itself?
Check out the What We Deliver section and learn how TwinThread can help you on your continuous improvement and autonomous operations journey.