We are changing what advanced manufacturing environments can do.
Our software platform makes your plants more proactive, intelligent, and autonomous.
Most Plants Have a Hidden Barrier to Scaling Capacity
As output demands rise and production processes get ever more complex, your operations depend on a small number of highly experienced people.
Modern factories have more machines and systems than ever, yet still struggle with proactive identification and real-time response to production problems.
To increase capacity, yields, and delivery performance, you have to scale the expertise of your most knowledgeable engineers, operators, and technicians faster than you add plants and equipment. Now there’s Flexxbotics.
From Reactive Response to Proactive Action
We help you increase your capacity, quality, and uptime by scaling the expertise of your most experienced and hard to replace personnel.
Our platform connects incompatible plant equipment, detects production drift & deviations, recognizes process risks and recommends proactive corrections, then closes the loop with the option to apply approved adjustments in a safe and compliant way. Using Flexxbotics you prevent manufacturing issues like defects and downtime before they happen and drive new levels of optimization for greater throughput and higher margins.
Our Customers
Innovation Timeline
Founded to solve robotic production challenges and equipment incompatibilities through digitalization.
Developed breakthrough technology called FlexxCore for automation cell interoperability.
Adapted semiconductor fab principles for advanced process control to make them practical across industries.
Extended software-defined process control concepts to further advance workcell capabilities for closed-loop corrections.
Expanded platform functionality for plant-wide and multi-factory deployments.
Launched high-performance FlexxCore capabilities for AI data infrastructure and manufacturing autonomy enablement.
Released machine interface Drivers as open-source for protocol-level data connectivity, interoperability, and greater developer control.
Extends platform functionality to scale greater levels of industrial autonomy.
Tyler Bouchard
CEO & Co-Founder
Tyler Modelski
CTO & Co-Founder
Principles for Industrial Autonomy
Interoperability is Essential
Plant equipment and systems must ‘talk’ to each other and work together at scale.
Context is King
Production data must be understandable to be useful.
Autonomy is Earned
Validation, control, and trust are critical before automation can act.
Governance is Required
Closed-loop processes require human oversight and approval.
Compliance is Non-negotiable
Autonomy requires safety, traceability, and verifiability.
Help Build the Future of Manufacturing
Want to work with game-changing software, AI, and automation and have fun while you solve some of the most difficult challenges on the planet?