Narratize gives industrial OEMs and equipment manufacturers a Product Knowledge Hub engineered for multi-year engineering programs, supplier-dense assemblies, and the service data that should inform every next-generation design.
Industrial manufacturers design equipment that operates for decades across dense supplier networks, rigorous change control processes, and field service teams whose learnings should inform every next-generation design. The challenges are specific to the industry — and they compound across programs.
ECOs cascade through bills of material, assemblies, tolerances, and supplier interfaces. When change requests arrive without the design rationale, downstream impact, and rejected alternatives, teams rebuild context from scratch every time.
Your installed base is where equipment reveals its real behavior. Service reports, warranty claims, and failure analyses contain signal that should shape the next product. In most organizations, that signal never makes it back to R&D.
Tier 1, Tier 2, Tier 3 — each supplier carries its own version of specs, drawings, and qualification records. When internal designs change, supplier alignment becomes a months-long reconciliation project.
Mechanical, controls, and manufacturing engineers hold decades of "why we do it this way" — informal heuristics, failure memories, and process calibrations. When they retire, that reasoning walks out with them unless it's been captured.
Narratize doesn't adapt a generic platform to industrial equipment development. The workflows, templates, and agents are engineered for how OEMs actually produce, release, and iterate on products with decade-long service lives.
Every ECO captures the reasoning, the rejected alternatives, and the full downstream impact on BOM, suppliers, and manufacturing. When review teams evaluate a change, they see not just what's different but why — and what it affects three tiers deep.
Warranty claims, service reports, and failure analyses from your installed base flow into the same hub your R&D team uses. When engineering scopes the next generation, the first reference point is what the last generation actually did in the field.
Specifications, qualification records, and interface documents stay synchronized across every supplier tier. When an internal design changes, the impact on each affected supplier is visible — and the communication is already structured for the right audience.
Before senior mechanical, electrical, and manufacturing engineers leave, Narratize captures their design rationale, failure heuristics, and platform reasoning. Forty years of judgment becomes a queryable resource every new engineer can learn from.
From mechanical and controls engineering to manufacturing, field service, supplier quality, and product management — every function that touches a product program contributes to and draws from the same Product Knowledge Hub.
Mechanical rationale — tolerances, material choices, stress trade-offs — stays with the design record, so the next engineer on the platform inherits the thinking, not just the geometry.
Firmware, controls architecture, and interface specifications link directly to the mechanical and system designs they govern. Cross-domain handoffs stop losing fidelity.
Manufacturability data, tooling heuristics, and process validation records flow back to R&D so next-generation designs start with production realism baked in.
Warranty claims, service reports, and field failure analyses travel back to R&D, not just to a customer database. The installed base becomes a continuous input to product development.
Specs, qualification records, and change notifications stay aligned across tiers. When design changes, the impact on each supplier surfaces immediately — with the right documentation structured for each audience.
Roadmap, portfolio, and strategic decisions rest on the full picture — installed base performance, supplier capability, engineering capacity, and customer signal. No more decisions made on what's easy to find.
Narratize's industrial manufacturing customers span heavy equipment, automation and controls, engineered components, and global OEMs — all operating under the same reality: programs run long, service lives are longer, and the knowledge has to travel.
Heavy equipment manufacturers use Narratize to preserve engineering intent across program lifecycles that outlast most of the engineers who start them — and to close the loop between field service data and next-generation design.
Automation and precision controls manufacturers use Narratize to keep mechanical design, firmware, controls architecture, and application knowledge synchronized across multi-domain programs.
Engineered component manufacturers use Narratize to manage variant complexity across customer specifications, regulatory standards, and multi-industry applications — without losing the common engineering expertise that unites the portfolio.
Global OEMs use Narratize to carry engineering knowledge across regions, platforms, and dense supplier networks — so programs run in Asia, Europe, and North America draw on the same accumulated expertise.
Measured across Narratize customers, cycle-time compression without shortcuts on evidence, rigor, or engineering defensibility.
Time freed from documentation chasing, context reconstruction, and supplier reconciliation — returned to engineering, manufacturing, and service work.
Documentation produced with Narratize's structured workflows scores materially higher on completeness and traceability than traditional approaches.
30 minutes. Bring a program in flight — or one you're scoping. We'll walk you through what engineering change management, field-to-design feedback, or supplier alignment looks like when the hub has been working alongside your team all along.
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