About ObsolescenceIQ

 Unexpected downtime rarely begins with a catastrophic failure.
It begins quietly — when critical electrical components become unsupported, discontinued, or unrepairable.

ObsolescenceIQ exists to make that risk visible before it becomes operational disruption.

We provide proactive obsolescence lifecycle intelligence for organizations operating critical industrial systems — helping eliminate surprise failures, reduce exposure, and protect continuity.

Across refineries, power plants, manufacturing sites, and infrastructure facilities, aging controllers, drives, HMIs, switchgear, and protection systems remain in service long after manufacturer support has ended.

End-of-life events often occur with little notice.
Spare parts become scarce.
Repair options narrow.
Lead times expand.

The result: unplanned downtime, capital shocks, safety risk, and operational instability.

Obsolescence should not be discovered during a failure.
It should be visible, measurable, and planned for.

ObsolescenceIQ delivers structured, risk-based obsolescence assessments that provide:

• Clear visibility into component lifecycle status 
• Identification of unsupported and at-risk equipment
• Risk prioritization across critical systems
• Insight into spare part exposure and depletion
• Mitigation pathways aligned to operational and capital planning
• Alignment with NFPA 70B maintenance requirements
• Structured planning consistent with IEC 62402 guidance
   

Our work enables confident decision-making, predictable budgeting, and improved operational resilience.

ObsolescenceIQ is vendor-agnostic and risk-focused.

We do not sell replacement equipment.
We do not represent manufacturers.
We provide objective lifecycle intelligence.

Our approach prioritizes:

• Proactive planning over reactive response
• Risk prioritization over raw data collection
• Operational outcomes over theoretical analysis
   

We focus on clarity, not complexity.

We support operators of critical infrastructure, including:

• Refineries and petrochemical facilities
• Chemical processing plants
• Power generation
• Water and wastewater treatment
• Advanced manufacturing
• Data centers
• Aerospace and defense
• Healthcare systems
   

Any organization dependent on long-lifecycle electrical and automation systems benefits from proactive obsolescence intelligence.

To eliminate surprise failures and unplanned downtime by making equipment obsolescence visible, predictable, and strategically manageable.