Intel and Flexciton Announce Partnership

Intel and Flexciton announce partnership to provide semiconductor manufacturers with a comprehensive Factory Automation and Optimisation Software Solution

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October 1, 2025

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Intel and Flexciton Announce Partnership

Intel and Flexciton announce partnership to provide semiconductor manufacturers with a comprehensive Factory Automation and Optimisation Software Solution

mins to read

October 1, 2025

LONDON – September 25th, 2025 – Flexciton, a leader in autonomous planning and scheduling for semiconductor manufacturing, today announced a partnership with Intel. This collaboration will provide semiconductor manufacturers with a comprehensive, end-to-end set of software solutions to increase the level of automation and accelerate their transition to autonomous factory operations.

The partnership combines the power of Intel^® Automated Factory Solutions (Intel^® AFS's) software suite, including Intel^® Operations Recon, and Intel^® Factory Pathfinder, with Flexciton’s autonomous technology suite of Advanced Production Planning and Scheduling. The two companies will offer a synergic, holistic approach that provides complete visibility and control over complex semiconductor production workflows, enabling smart, autonomous decision-making and significant gains in key performance indicators.

"I am incredibly excited about this partnership. Intel^® AFS solutions have been developed and tested within the most advanced fabs, and we see a great synergy with our cutting-edge planning and scheduling technologies,"

said Jamie, CEO & Cofounder, Flexciton.

‍"With Intel^® Factory Pathfinder and Intel^® Operation Recon combined with our Flex Planner and Scheduler suite, we will be able to provide an end-to-end optimisation solution that empowers our customers to unlock new levels of automation and significantly increase factory efficiency."

The partnership is designed to meet the growing demand for greater operational efficiency in the semiconductor industry. By leveraging high-speed simulations, AI, and advanced optimisation, the combined approach will enhance factory automation and deliver tangible benefits, including complete visibility of shop-floor operations, optimised planning and scheduling, and a significant uplift in factory key metrics such as throughput and cycle times.

Paul Schneider, Intel Principal Engineer, Director, said:

"By combining our deep factory automation expertise with Flexciton's innovative scheduling solutions, we are providing manufacturers with the critical tools they need to enhance their operational efficiency and maintain a competitive edge."

______

About Flexciton: Flexciton partners with semiconductor manufacturers to power their transition towards autonomous factories. Our suite of intelligent planning and scheduling applications combines advanced optimisation techniques with the power of AI to orchestrate complex fab workflows and achieve critical revenue-to-shop-floor alignment. Flexciton’s Autonomous Technology transforms fab operations by eliminating manual and reactive decision-making processes. This dramatically improves factory throughput and cycle times, enhances labour efficiency, and optimises overall costs and resource utilisation. Trusted by industry leaders including Seagate Technology, Renesas, and Microchip, Flexciton drives the next phase of digitalisation and transformation to an autonomous factory. Headquartered in London, UK, Flexciton operates globally with dedicated teams located in Europe and the US. www.flexciton.com

About Intel^® Automated Factory Solutions: Intel^® Automated Factory Solutions (Intel^® AFS) is a comprehensive software suite that optimises industrial processes. It utilises advanced technologies such as Digital Twins, predictive analytics, high-speed simulation, and AI to improve efficiency and reduce downtime in factory operations and other complex operational processes with many interdependencies.

Intel^® Factory Pathfinder: A high-speed discrete event simulator and digital twin designed for factory prediction and optimisation. It can function independently or integrate with production systems to streamline product assignments and reduce order fulfilment times.

Intel^® Operations Recon: Provides a graphical digital twin of factory production equipment and automated systems, boosting operational visibility and enabling real-time troubleshooting and material movement simulations. www.intel.com/content/www/us/en/software/automated-factory-solutions.html

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Powering your autonomous factory transition.

Intel and Flexciton Announce Partnership

Intel and Flexciton Announce Partnership

More resources

Wrestling with Recipes

Why Optimized Scheduling is the Answer to Balancing Reticle Moves and Cycle Time

To Batch or Not to Batch?

Understanding the Trade-offs in Preventative Maintenance for an Optimized Fab Performance

User-focused Digitalisation: Empowering Wafer Fab Operators with Intelligent Software

We Need To Embrace Complexity, Not Run Away From It

Two Factors That Can Make Or Break Wafer Fab Throughput

A Review of the Two-phase Approach to Photolithography Production Scheduling

The Reticle Allocation Problem and How to Approach it [Tech Paper Review]

The Theory of Constraints

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The Pareto Principle of Wait Time

The Pathway to the Autonomous Wafer Fab

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The Flex Factor with... Sudesh

The Flex Factor with... Seb

The Flex Factor with... Jamie

The Flex Factor with... Sully

The Flex Factor with... Jannik

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The Flex Factor with... Lio

The Flex Factor with... Charlotte

The Flex Factor with... James

The Flex Factor with... Felipe

Multi-objective Fab Scheduling: Exploring Scenarios and Tradeoffs for Better Decision Making

The Flex Factor with... Amar

Switching to Autonomous Scheduling: What is the Impact on Your Fab?

Scheduling as a Cornerstone of the Smart Factory [Part 1]

Security and the Cloud: Should We Really Keep Everything On-prem?

Scheduling Time Constraints in Wafer Fabrication

Scheduling as a Cornerstone of the Smart Factory [Part 2]

Scheduling Innovations: Academic Research and its Adoption in the Semiconductor Industry

Position Vacant: Are Chip Companies Really Running Out Of People?

Maximising Wafer Fab Performance: Harnessing the Cloud's Competitive Edge

Managing The Human Side Of Smart Manufacturing

Looking Into The Future: How Advanced Optimization Can Manage Timelink Constraints (Part 1)

Machine Says No – Is There A Way Around The Legacy Equipment Shortage?

Looking Into The Future: How Advanced Optimization Can Manage Timelink Constraints (Part 2)

Is It Time to Redefine the UK's Role Within the Semiconductor Industry?

Has the EU Chips Act Failed Before it's Started? Industry Strategy Symposium 2023

It’s Time For The Semiconductor Industry To Embrace Smart Manufacturing

Is Fear Holding Back The Chip Industry’s Future In The Cloud?

Is It Possible to Improve Performance and Be More Energy Efficient?

Goodhart’s Law and the Pitfalls of Targeting Load Port Utilisation on Photo Tools

Investigating Operational Decisions and Their Impact on Energy Efficiency in Wafer Fabs

Flexciton’s Software Trial at Renesas Tackles One of the Most Complex Aspects of Fab Scheduling

Heuristics or Mathematical Optimization: Which is the Best Method for Wafer Fab Scheduling?

Innovate UK invests in breakthrough technology developed by Flexciton and Seagate

Harnessing AI's Potential: Revolutionizing Semiconductor Manufacturing

Flexciton and Seagate Technology to Present at SEMI's Upcoming FutureFab Solutions Webinar

Fab-Wide Scheduling of Semiconductor Plants: A Large-Scale Industrial Deployment Case Study

EU Chips Act Proposes €43 Billion Of Support – But How Will It Be Spent?

Flexciton Announces £15M Series A to Boost the Capability of the Global Semiconductor Industry

Webinar: Flexciton and Seagate Case Study

Flexciton Return to Present at FMF 2022 For This Year's SEMICON Europa

Flexciton Cofounders Reflect on Their Five Year Journey

C is for Cycle Time [Part 1]

C is for Cycle Time [Part 2]

B is for Batching

Could Reinforcement Learning Play a Part in the Future of Wafer Fab Scheduling? [Tech Paper Review]

Come and Visit Our Booth at SEMICON West This July!

A is for AI

A Hot Topic: What Makes Scheduling the Diffusion Area so Challenging? [Tech Paper Review]

A Fab Manager's Dilemma: Maintenance Scheduling vs Productivity KPIs

Autonomous Scheduling: A Tale of Three Taxis

Accelerating the Future Panel Discussion: Key Takeaways from Industry Leaders

Five Reasons Why Your Wafer Fab Should Be Using Hybrid Optimization Scheduling

Speak to one of our experts