The Challenge: Global Scale, Fragmented Tools
When Intel set out to modernize its commissioning project, the company was managing capital projects across 11 global sites with 7,000+ users, 25+ general contractors, and 500+ subcontractors. The existing approach, built around Oracle’s Latista platform and a patchwork of site-specific tools, was creating more problems than it solved.
Oracle’s announcement of Latista’s end-of-life forced the issue. But the real driver wasn’t a sunsetting product. It was the operational reality that fragmented commissioning tools were costing Intel measurable time and money on every fab build.
The Numbers That Drove the Decision
Semiconductor fabrication facilities are among the most complex buildings ever constructed. A modern fab contains tens of thousands of individual systems that must be tested, verified, and validated in precise sequences. At Intel’s scale, the commissioning challenge was staggering:
- 7,000+ users across the commissioning ecosystem needing platform access
- 11 global sites with different local contractors, regulations, and legacy processes
- 25+ general contractors working simultaneously across the portfolio
- 500+ subcontractors executing specialized commissioning tasks
With Latista reaching end-of-life and no clear successor in Oracle’s portfolio, Intel needed more than a replacement. It needed a platform that could standardize commissioning globally while accommodating the inevitable site-level variations.
Why a Like-for-Like Replacement Wasn’t Enough
Intel’s commissioning challenges went deeper than tool selection. The fundamental problems were structural:
Inconsistent Processes Across Sites
Each site had developed its own commissioning workflows, naming conventions, and reporting formats. A commissioning manager transferring from one site to another had to learn an entirely new system. Institutional knowledge was locked in local practices rather than standardized across the organization.
Factory Acceptance Testing Errors
FAT documentation was a persistent pain point. Equipment arriving on site with incomplete or inaccurate test records created downstream delays as teams scrambled to verify what should have been confirmed before shipment. The error rate in FAT documentation was high enough to be a recurring topic in project reviews.
Limited Visibility for Project Leadership
Intel’s capital projects leadership couldn’t get a consistent, real-time view of commissioning status across the portfolio. Reporting was manual, inconsistent, and always lagging behind reality. Decisions about resource allocation and schedule adjustments were being made with incomplete information.
The Transformation: Standardize, Don’t Just Replace
Intel selected Exto as its enterprise commissioning platform, deploying it across all 11 global sites. The implementation focused on three priorities:
1. Global Process Standardization
Exto provided a unified framework for commissioning workflows that could be standardized across sites while allowing configuration for local requirements. Test procedures, approval chains, and documentation standards became consistent globally. A commissioning manager in Arizona could read a report from Ireland without translation.
2. Structured FAT Management
Factory acceptance testing was brought into a structured digital workflow with mandatory fields, approval gates, and automated validation. Equipment couldn’t be marked as FAT-complete without all required documentation. The result: a 75% reduction in FAT documentation errors.
3. Multi-Contractor Coordination at Scale
With 25+ GCs and 500+ subcontractors, Intel needed a platform that could enforce role-based access and workflow permissions without creating administrative overhead. Exto’s zero-trust architecture ensured each contractor could only access their scope while Intel maintained full visibility across all activities.
Measurable Results
The impact of Intel’s commissioning transformation was quantifiable:
- 75% reduction in FAT documentation errors: Structured digital workflows eliminated the manual errors that had been causing downstream delays
- 30-day acceleration in commissioning timelines: Standardized processes and real-time visibility eliminated the coordination delays that had been adding weeks to every project
- $250,000 per site per year in operational savings: Reduced rework, faster issue resolution, and eliminated redundant administrative effort
- Consistent global visibility: Project leadership could see commissioning status across all 11 sites in real time for the first time
At $250K-$2M per day in potential delay costs on a semiconductor fab, a 30-day acceleration in commissioning represents tens of millions in risk reduction across Intel’s portfolio.
Lessons for Enterprise Commissioning Projects
Intel’s experience offers several lessons for any organization managing commissioning across multiple sites:
Standardization Beats Customization
The instinct to let each site customize its own approach feels pragmatic but creates long-term fragmentation. A standardized platform with configurable workflows delivers more value than bespoke site-level solutions.
FAT Is the Foundation
Commissioning problems that surface during installation or functional testing almost always originate in inadequate factory acceptance testing. Investing in structured FAT management pays dividends throughout the commissioning lifecycle.
Scale Demands Zero-Trust Architecture
When hundreds of contractors need platform access, traditional permission models break down. Role-based, zero-trust access control isn’t a security nice-to-have. It’s an operational necessity.
Real-Time Visibility Changes Decision-Making
When project leadership can see commissioning status in real time rather than waiting for weekly reports, the quality and speed of decisions improves dramatically. Issues get addressed in hours instead of weeks.
The Latista Transition
For organizations still running on Oracle Latista, Intel’s experience is instructive. The transition from a legacy platform to a modern, cloud-native commissioning solution isn’t just a technology migration. It’s an opportunity to fundamentally improve how commissioning is managed.
Intel didn’t just replace Latista with Exto. It used the transition as a catalyst to standardize processes, reduce errors, and gain visibility that had never existed before. The technology change enabled an operational transformation.
Take the Next Step
If you’re managing commissioning across multiple sites and facing the challenges Intel overcame, whether driven by a Latista migration or simply the need for better visibility and control, schedule a strategy call with our team. We’ll discuss your current project structure and show you how enterprise-scale commissioning management works in practice.