Cut Energy Waste and Tighten OT Terms to Protect LTSA Value

What happened

The piece explains that many plants can cut compressed‑air energy use by a large share within a year using metering, leak repair, pressure band fixes and controls. The most important operational detail: the business case depends on local commercial/industrial electricity tariffs and accurate baseline metering. Watch for suppliers packaging diagnostics plus retrofit services and whether they demand separable, performance‑linked pricing

Why the category manager should care

Treat compressed‑air as an actionable energy and reliability programme: require baseline metering, separable retrofit pricing, and measured guarantee language before changing LTSA cost assumptions

Key facts

• Potential energy reduction range cited for many plants
• Compressed air can represent around 10–30% of site electricity on air‑intensive lines
• Savings case tied to local commercial and industrial tariffs and accurate baselining

What happened

The article outlines why OT environments should move toward zero‑trust due to IT/OT convergence and the proliferation of remote workers and IIoT devices. The operationally important detail: legacy industrial control systems often have multi‑decade lifecycles, so zero‑trust changes must be introduced without breaking commissioned subsystems or warranty remote access paths. Watch how OEMs respond to requirements for continuous verification and whether they offer managed remote‑access options

Why the category manager should care

Require vendors to present their remote‑access and zero‑trust architecture options, including managed service offers and compatibility statements for legacy equipment

Key facts

• OT lifecycles often extend two decades, complicating retrofit of new zero‑trust controls
• Zero‑trust demands continuous verification of users and devices, changing remote service models
• Remote access can be a warranty and safety dependency—plan FAT/SAT and rollback for access ch

What happened

The article argues that industrial control system value now sits with software and that modern software engineering practices are required to control complexity and maintenance cost. The operational detail: buyers should expect more lifecycle work—version control, testing and cloud‑based deployment channels—so procurement must treat software support and update windows as contract deliverables. Watch vendor commitments on update cadence, rollback capability and local support readiness

Why the category manager should care

Make software maintenance, update windows, rollback procedures and IP handling explicit in tenders to separate recurring software cost from hardware and field service

Key facts

• Industrial control system value increasingly weighted to software rather than hardware
• Modern practices (version control, CI/CD, cloud) reduce maintenance complexity when enforced
• Software maturity claims should be substantiated with processes and local support evidence