See which installed hardware is losing support.

Start with the hardware equipment list, spreadsheet, plant records, component bill of materials (BOM) or installed-base list that matters to your operation. We agree what can be imported, which fields are required and how the information will be kept current. Your engineers resolve part descriptions, manufacturer names and ambiguous identifiers before relying on the results.

Reliable identification is essential: a lifecycle notice for a similarly named component may not apply to your equipment. You can begin with existing records rather than reconstructing every asset record first; incomplete or uncertain entries still need a visible review step.

An engineering team is preparing the next budget review for an installed control system. It starts with a bounded list of hardware modules and their identifiers. NeoAssetHorizon can help organize lifecycle findings and supporting sources so engineers spend less time repeating the same research for each discussion.

A reported end-of-support date is checked against the exact hardware variant and applicable notice. Engineers then consider operational importance, available spares and the practical options. An obsolete component is not automatically an urgent replacement; an unknown status is not reassurance.

• Identify: reconcile manufacturer names, part numbers and the installed system.
• Research: review available lifecycle evidence, source dates and unresolved matches.
• Prioritize: combine confirmed findings with your engineering and maintenance context.
• Plan: prepare replacement, upgrade or spare-parts questions for authorized budget and procurement review.

Organize plant hardware and components by plant, system, support status and lifecycle condition. A shared dashboard helps operations, engineering and management teams review supported, at-risk, obsolete and unknown items without assembling separate lists for every discussion. The scope and source coverage determine which hardware can be represented.

Unknown or missing status remains visible for investigation. Any example dashboard is illustrative; its counts are not customer results or proof of complete coverage.

Ask a practical question about the approved hardware data, such as which equipment has support ending next year. Use the answer to identify the records and assumptions your team needs to check. Answers depend on the information available and how current it is; they do not replace the underlying lifecycle notice or an engineer's assessment.

NeoAssetHorizon brings together end-of-life, end-of-support, obsolescence, vulnerability and supply-risk signals. These answer different questions. A discontinued part may still be available; an available part may still be unsuitable for a supported system. Your engineers assess each finding against the asset, configuration and operating requirements.

A prioritized review list helps engineers decide where to investigate first. Source evidence, confidence information and last-checked dates provide context for that review. The underlying notice and its applicability still matter. Where information is missing or conflicting, your team needs further investigation before relying on a lifecycle conclusion.

Replacement and spare-part candidates can reduce the initial research burden. They still need checks against specifications, approvals, configuration, availability and the consequences of a change. Your engineering and procurement teams own that assessment and approve any redesign, purchase or substitution.

Plant leaders can review exposure from obsolete or unsupported hardware; maintenance and engineering teams can prioritize investigation; management and finance can discuss replacement timing, upgrades and budgets. Quality and compliance teams can review the relevant hardware lifecycle records within their own procedures.

The workflow is straightforward: bring in hardware equipment data, organize it, review end-of-life and end-of-support flags, ask questions, then prepare an action plan for approval. Engineers check applicability and replacement suitability, and the authorized budget or procurement owner approves any commitment. Measure manual research and review time alongside the quality of the decisions supported; more predictable spending is a goal to evaluate, not a guaranteed saving.

Deployment options include private cloud and on-premises use with approved component and supplier information. We agree which sources can be accessed, how current information will reach the system and who reviews results. Restricted connectivity can limit freshness or coverage, so the information needs and deployment boundary are assessed together. We agree who handles support, updates and day-to-day operation before work starts.

An agreed first scope should specify the hardware records included, import requirements, source coverage, review fields and the outputs available for planning. Acceptance can examine correct part matching, unsupported conclusions, stale findings and the effort engineers spend resolving uncertainty. The proposal should identify any additional integration or data-cleansing work.

Compare the complete research-and-review process with current practice. Separately assess any later change to inventory, procurement or upgrade spending using evidence from the decision itself. The system supports hardware obsolescence planning; it is not a software-licence inventory, an automatic purchasing service or a substitute for engineering approval. Assign an owner to keep the installed base and reviewed findings current.