Industrial assets often operate for decades with minimal change. Upgrades require significant investment and downtime meaning IT/OT transformation follows longer timelines than typical IT projects. Despite this, urgency is rising:
- Cloud and AI adoption: Functions traditionally managed at Purdue level 3 (such as scheduling, inventory, quality, and maintenance) are increasingly shifting to cloud platforms to unlock Industry 4.0 use cases.
- Cybersecurity threats and regulation: Expanding threat landscapes and stricter laws mean the long-standing “open by default” principle in OT is no longer acceptable.
- Complexity overload: New compliance and functional requirements increase demands on IT/OT teams, stretching their capacity.
Value cases (whether reducing downtime, improving energy efficiency, or enabling predictive maintenance) are great for justifying investment. They also deliver measurable returns: industry benchmarks report up to 50% productivity gains, 30% OEE improvements, and 70% scrap cost reductions.
But value cases often introduce new technologies without addressing foundational infrastructure, security, or operating capabilities. The result is more complexity, siloed success, and fragile operations. Sustainable IT/OT convergence requires more than chasing value; it requires aligning two domains under one organizational framework
- Industry differences: Automotive refreshes production lines frequently, driving standardization. Energy generation assets run for decades with minimal change. These differences shape integration options.
- Organizational structure: A global company with unmanned sites across time zones needs different tooling and staffing than a local operator with on-site teams.
- Growth strategy: Mergers and acquisitions create patchworks of systems, while greenfield operators retain greater design control.
In short: IT is not OT. Applying generic best practices without context creates friction and undermines progress.