From plants and price lists to an intelligent, AI-native manufacturer.
Price-downs and input costs squeeze margins, supply shocks reach the line before the plan, quality escapes become
warranty bills, and goods disappear from view once they reach a dealer or distributor. The answer runs across the
whole value chain — from how a part is engineered to how it is sold, serviced and costed.
SCIKIQ is the governed data and AI platform that helps
automotive OEMs, manufacturers and trading houses make that shift, one value-chain domain at a time.
Segments: automotive, manufacturing, trading & distribution
Order event → decisionIllustrative
Automotive OEMs & tier suppliersVehicle makers, tier-1 and tier-2 suppliers, lubricants and aftermarket: PPAP, IATF 16949, warranty, dealer networks.
Discrete & process manufacturersElectronics design-and-build, industrial, materials, FMCG and food: OEE, quality, R&D knowledge, programme margin.
Trading & distribution outfitsTrading houses, importers and distributors: SKU-level margin, secondary sales, logistics, pricing and trade compliance.
The story in six chapters
How a manufacturer becomes AI-native — and where each part of this site fits
Chapter 1 · The pressure
Seven forces reshaping the manufacturer
Manufacturers and distributors organised around systems — an ERP, a MES, a PLM, a dealer or distributor system —
now compete on decisions made across all of them. The ones pulling ahead treat data as a product and AI as an
operating capability, not a set of pilots. These are the pressures they are responding to.
Margins
Squeezed between input costs and price-downs
Material, energy and freight costs rise while OEM customers expect annual price-downs and distributors push for bigger schemes. A programme sold at one margin quietly delivers another.
Data & AI: quoted-versus-delivered margin by programme, and pricing and scheme leakage detection.
Supply
Supply shocks reach the line first
Shortages, lead-time drift, end-of-life components and single-country dependence show up as a stopped line before they show up in the plan.
Data & AI: supply-resilience and component-lifecycle agents that quantify each risk and route it to a buyer.
Complexity
Electrification and variants multiply complexity
EV platforms, software content and customer-specific variants shorten development cycles and lengthen BOMs. Engineering knowledge has to be found in minutes, not weeks.
Data & AI: R&D knowledge assistants, BOM risk analytics and new-product gate tracking.
Quality
Quality escapes become warranty bills
A missed defect turns into warranty cost, a recall or a lapsed certificate. Corrective actions age in queues and warranty claims are still read one at a time.
Data & AI: warranty-text classification, CAPA and certificate tracking, and lot-level traceability.
Channels
Blind spots past the dealer and distributor
Dealer stock, distributor sell-out and marketplace prices arrive late or not at all. Primary sales look healthy while secondary sales tell a different story.
Data & AI: DMS-fed secondary-sales visibility, distributor health scoring and market early warning.
Regulation
Compliance load compounds
Quality-system certification, product-safety rules, carbon border adjustments, ESG disclosure and export controls all ask for traceable data, delivered faster.
Data & AI: lineage behind every certificate, emission and export decision, and AI-assisted reporting.
Technology
Silos, acquisitions and lost know-how
Every plant, acquisition and distributor brings another ERP, MES or spreadsheet, and experienced engineers retire with the knowledge. AI that acts on this has to be governed and explainable.
Data & AI: one governed data fabric, an enterprise ontology, and agents with autonomy limits and audit trails.
So what
Every pressure lands somewhere on the value chain.
The response isn't one platform or one model — it is data and AI applied domain by domain, from R&D to the dealer, on a shared, governed foundation.
Where data and AI pay back across the manufacturer
Design and source, make, sell and serve, and the group functions underneath — the same chain for an automotive OEM,
a process manufacturer or a trading house, with different emphasis. Select a domain to see the data it runs on, the AI
opportunities, and what SCIKIQ does there.
Design & sourceMakeSell & serveGroup
Domain 1 of 8
Product engineering & R&D
Electrification, software-defined vehicles and ever more variants compress development cycles, while test results, formulations and engineering know-how sit in LIMS, PLM, shared drives and the heads of people about to retire.
Shortages, lead-time drift and single-country dependence hit the line before they hit the plan. Supplier quality and PPAP evidence live in email, and trading houses juggle steel, parts and logistics margins across thousands of SKUs.
Data it runs on
SAP MM / purchasingSupplier master & scorecardsPPAP & supplier quality recordsInbound logistics & ASNInventory & days of supplyCommodity & freight indices
Data & AI opportunities
Supply-resilience signals: on-time delivery, lead-time drift and concentration
Procure-to-pay three-way match with exceptions explained
Demand sensing and inventory optimisation by SKU and location
Supplier-quality and PPAP document review with gaps flagged
What SCIKIQ does here
A golden supplier and material record across plants and ERPs
Agents quantify each risk in money and route it to a named buyer
Buyers decide; nothing is ordered or blocked without a person
OEE, scrap and changeover losses are measured late and argued about in spreadsheets. MES, historians and ERP disagree, and line capacity and the engineering bench are oversubscribed without anyone seeing it coming.
Data it runs on
MES & production ordersMachine & IIoT signalsSAP PP / routingsShift & labour dataScrap, rework & yieldEnergy & utilities
Data & AI opportunities
OEE and loss-tree analytics by line, shift and product
Capacity and bench planning across lines and engineering disciplines
Yield and first-pass-yield drivers found across process data
Energy-intensity tracking per unit produced
What SCIKIQ does here
Plant data joined to orders, costs and quality in near real time
Daily priorities for the plant manager with the evidence attached
People run the line; agents watch it and flag what changed
A quality escape becomes a warranty bill, a recall or a lost certificate. Corrective actions age, certificates lapse with dates nobody tracks, and warranty claims are read one by one.
Data it runs on
QMS, CAPA & non-conformancesInspection & test dataWarranty claims & returnsCertificates (IATF 16949, ISO 9001, AS9100, ISO 13485)Customer complaintsTraceability & lot genealogy
Data & AI opportunities
CAPA ageing and first-pass-yield tracking with owners and SLAs
Warranty-claim text classified to failure modes and suppliers
Certificates tracked as dated revenue dependencies
Lot and serial traceability for containment and recall scope
What SCIKIQ does here
Quality, warranty and supplier data on one traceable model
Agents open the case and draft the containment; quality engineers approve
An audit trail for every disposition and certificate
Unplanned downtime still drives the schedule. Maintenance history is free text, spare parts are stocked for the worst case, and field assets are inspected on paper.
Data it runs on
CMMS / SAP PM work ordersSensor & condition dataFailure & downtime logsSpare parts & MRO stockField inspection & survey readingsAsset registers & GIS
Data & AI opportunities
Predictive maintenance from condition and failure history
Work-order text classified to failure modes with GenAI
Spare-parts optimisation by criticality
Field survey capture with GPS, readings and photos, synced offline
What SCIKIQ does here
One asset record from sensor to work order to spare part
Recommendations the maintenance planner can trace to the signal
Planners decide; agents prepare the work and the parts list
OEMs see dealer stock and retail late, FMCG makers lose sight of goods once they reach the distributor, and trading houses quote on margins they can't see by SKU. Primary sales look healthy while secondary sales tell a different story.
Aftermarket parts, lubricants and service are where margin and loyalty live, yet parts demand is forecast by gut, service history is scattered across dealers, and product data differs on every channel.
Data it runs on
Parts catalogue & PIMService & repair ordersInstalled base & warrantyChannel & marketplace listingsField service recordsCustomer feedback
Data & AI opportunities
Parts demand forecasting from installed base and service history
Product information enriched and syndicated to every channel
Service-ticket and feedback classification with GenAI
Installed-base and service-contract renewal signals
What SCIKIQ does here
One product and installed-base record across dealers and channels
Consistent product content from a single governed source
Programmes quoted at one margin deliver another, working capital hides in customer-liable stock, and CBAM, ESG and export-control rules add numbers that must be defended line by line.
Data it runs on
SAP FI/CO & CO-PAProduct & programme costingInventory & working capitalIntercompany & GLEmissions & energy dataTrade & export-control records
Data & AI opportunities
Quoted-versus-delivered margin by programme, split into material, conversion and scope
Working-capital and days-of-supply analytics
Plan-versus-actual variance with AI commentary
Emissions (CBAM / ESG) and export-control eligibility reporting
What SCIKIQ does here
Reconciliation, close, FP&A and commentary accelerators configured for manufacturing data
Lineage from shop-floor cost to the ledger and the regulator
Agents draft entries and commentary; controllers approve them
One governed platform, with manufacturing built in
Nine service lines that advise, build, transform and run — delivered on three pieces of SCIKIQ IP, so
manufacturers and distributors start from working components rather than a blank page.
Chapter 5 preview · Our supervised digital workforce
How agentic operations work
Each agent runs the same loop — scan, reason, quantify, route. The arithmetic happens in SQL; the model judges,
prioritises and recommends; a named owner decides. Nothing happens off the record.
A component goes end-of-lifeIllustrative
SCAN · BOM VS LIFECYCLE NOTICE
REASON · PROGRAMMES AFFECTED
QUANTIFY · BACKLOG AT RISK
ROUTE · BUYER DECIDES
People supervise the exceptions
The agent finds the programmes and customer backlog behind an obsolete part, prices the exposure and drafts a
last-time-buy or substitution plan. The buyer accepts, assigns, escalates or dismisses it, against an SLA clock.
Platforms we have built for automotive, manufacturing and distribution businesses, generalised into configurable
starting points — plus cross-industry accelerators our teams configure to manufacturing data, rules and controls.
CEO, CFO and board views over customer, supplier, site, workforce, cash, project and service 360s,
a control tower, quote-to-cash, scenario planner and grounded AI chat — on an enterprise data model, ontology and knowledge graph.
Covers40+ persona views • CEO to plant and depot
Agentic Decision Platform
Accelerator · Intelligence feed & value ledger
Standing agents scan ERP, CRM, PLM and QMS data, quantify every finding in money and route it to a
named owner with an SLA clock and inline accept, assign, escalate or dismiss — tracked through a value-realisation ledger.
Accelerator · Plan to finance, primary & secondary sales
A layered model of the plan, source, make, deliver, sell and finance chain on SAP FI/CO, MM, PP and SD,
joined to a distributor management system for secondary sales — with golden master data, three-way match, pricing and tax, and profitability analysis.
Enter your own volumes. The estimate compares today's manual handling with agents working the cases and
people reviewing only the exceptions.
Estimated impact
–
Hours saved per month
–
FTE equivalent (150 h / month)
–
Cost saved per month
–
Cost saved per year
–
Cases per month one supervisor can oversee
Estimate only, not a quote or a SCIKIQ result. Manual hours = cases × minutes ÷ 60.
Supervised hours = cases × (1 − STP share) × review minutes ÷ 60. Hours saved = manual − supervised.
FTE = hours saved ÷ 150. Cost saved = hours saved × cost per hour (× 12 for a year).
Supervisor capacity = 150 h × 60 ÷ ((1 − STP share) × review minutes). Excludes platform and run costs.
Advise · Data & AI maturity assessment
Where are you on the maturity curve?
Our assessment scores 12 capability layers — from the secure AI gateway and data fabric to ontology,
context engineering, agents and governance — against five stages, using evidence rather than opinion.
MIT CISR found enterprises at stages 3–4 perform well above their industry average financially, while those at stages 1–2 perform below it.
Source
Start with the outcome you need
Tell us the problem — a margin that slips between quote and delivery, a supply risk you see too late, a warranty
bill, distributors you can't see past, a platform to modernise. We'll propose an assessment or a 30-45 day pilot,
delivered by SCIKIQ teams on our framework and accelerators.