Take a Photo. AI Fills the Form
Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically. No typing. No manual entry.
Catch Defects Early WithAI-Powered Quality Control
One QC platform for manufacturing operations leaders running incoming, in-process, final, and supplier inspections across multi-plant networks. Every batch carries traceable evidence, every NCR routes to a verified CAPA, and every defect feeds SPC the same shift it was found.
Quick Answer
Quality control software is a mobile-first system that runs incoming inspection, in-process checks, final QC, supplier audits, and non-conformance management across every line and plant in a manufacturing network. It replaces paper QC tickets, line-side clipboards, and offline NCR spreadsheets with one structured record aligned to ISO 9001, IATF 16949, AS9100, and customer-specific quality requirements.
AI-Powered Features for Your Field Workflows
Everything your field team does on paper, Inspectly360 does automatically: faster, more accurate, and without the admin.
Speak. AI Writes It Down.
Inspectors speak their observations in any language. AI transcribes and fills the form in real time. Completely hands-free in the field.
Inspections Done. Report Ready.
The moment an inspection is submitted, a branded PDF, Excel, or CSV report generates automatically. No manual work. No waiting.
Connect Your Existing Tools.
Inspectly360 integrates with the tools your team already uses, including Zoho, Microsoft 365, and SAP. No double entry.
Live Dashboard. Every Site. Always On.
Your operations team sees completion rates, open issues, and compliance scores across all sites in real time. No chasing updates.
Before and After Inspectly360
What changes once quality control & assurance runs on one mobile-first platform with photo proof and live dashboards.
Before Inspectly360
- QC tickets attach to paper, work-order PDFs sit on the shop floor, and supplier lots live in a procurement spreadsheet. When a customer reports a field failure, reconstructing the batch and the operator who passed it takes a week and still leaves gaps.
- NCRs are raised in Word, dispositions debated in email, and the CAPA closes when someone updates the spreadsheet. Customer auditors find CAPAs marked complete with no verification evidence, and the same defect re-occurs the next quarter.
- Measurement data lives in operator logbooks. SPC charts are rebuilt weekly in Excel. By the time the chart shows a trend, the line has produced a shift of out-of-spec product and the process engineer is reacting to scrap.
- Supplier performance is a story procurement tells. Reject rate, NCR cycle time, PPAP currency, and on-time-in-full live in three different systems that nobody reconciles. Sourcing decisions are made on price and relationship, not quality data.
- Inspection data sits in a forms app, NCRs in QM, work orders in MES, and drawings in PLM. Operators retype the part number, inspectors guess the current drawing revision, and a quality hold takes hours to propagate across systems.
After Inspectly360
- Every inspection binds to the work order, batch, supplier lot, operator identity, and equipment ID at capture. A field-failure investigation pulls forward-and-backward traceability in minutes, including the inspector's photo evidence and the SPC point that recorded the measurement.
- NCRs carry severity, cause class, disposition, and the 8D or CAPA owner. Closure requires verified containment, root-cause analysis, and corrective-action proof reviewed by a named approver. Repeat-defect detection surfaces failure modes that should already be controlled.
- Measurements with USL / LSL stream from the device to an SPC chart that updates the same shift. Out-of-control patterns trigger the documented reaction plan and notify the process engineer; line-side dashboards put the chart back in front of the operator who took the reading.
- Supplier scorecards weight incoming reject rate, NCR closure time, PPAP currency, audit findings, and customer-complaint linkage from one record. The same scorecard supports sourcing decisions, qualification gates, and renewal conversations with numbers the supplier can see.
- REST API and pre-built connectors integrate with SAP QM, Oracle Quality, Plex, and major MES platforms. Inspection results, NCR status, and quality holds push outward; part master, drawing revision, and work-order context pull inward. ERP stays the system of record; the field layer stops being the broken link.
What Is Quality Control Software, and How Do Manufacturing Teams Use It Across Multi-Plant Networks?
Quality control software is a mobile-first system that runs incoming inspection, in-process checks, final QC, supplier audits, and non-conformance management across every line and plant in a manufacturing network. It replaces paper QC tickets, line-side clipboards, and offline NCR spreadsheets with one structured record aligned to ISO 9001, IATF 16949, AS9100, and customer-specific quality requirements. Inspectly360 is built for QA Managers and Operations Directors in regulated and contract manufacturing, where a single missed inspection on a critical-to-quality characteristic becomes a customer complaint, a CAPA in audit, or a recall.
For line operators and quality technicians, the platform replaces written log sheets with offline-first capture on rugged Android, iPad, and shop-floor tablets. The work order opens the linked checklist, AI Visual Inspection flags surface defects and assembly errors from the photo, and Voice AI records the operator's observation while the part is still on the bench. Measurements with USL / LSL feed an SPC chart that updates the same shift.
For quality leadership, every failed item, NCR, and customer complaint enters the same data model. NCRs route through disposition (use-as-is, rework, scrap, return-to-supplier) into 8D or CAPA workflows with verified closure. Supplier scorecards weight reject rate, NCR cycle time, and PPAP currency. The QMS dashboard shows first-pass yield, defect Pareto by failure mode, and supplier risk on one screen so quality reviews open on data instead of debate.
- Inspectly360 quality programs are designed against the ISO 9001 management-system requirements for documented information, traceability, and corrective action: ISO 9001:2015 — Quality Management Systems
- Automotive QC workflows align with IATF 16949 controls for PPAP, FMEA, control plans, and supplier development: IATF 16949 — Automotive Quality Management
- Aerospace and defence QC templates reference the AS9100 quality-management standard for FAI, configuration control, and counterfeit-part prevention: AS9100 — Aerospace Quality Management
How Does QC Run from Incoming Inspection to Final and Supplier Audit?
Quality programs roll out plant by plant: start with the inspection layer the line operator touches every shift, then layer NCR, SPC, and supplier discipline before deeper ERP and MES connections go live.
- 1
Translate the QC Plan Library
Convert incoming inspection plans, in-process control plans, final QC checklists, and supplier audit templates into versioned digital programs with required photo evidence, measurement fields, USL / LSL, AQL sampling, and conditional logic. The library becomes the corporate quality standard rather than a plant interpretation of it.
- 2
Bind Inspections to Work Orders, Batches, and Suppliers
Tie every inspection to a work order, batch number, supplier lot, and operator identity. QR or NFC at the line opens the correct plan; full forward-and-backward traceability becomes a property of the data model rather than a reporting project.
- 3
Route NCRs to Disposition and CAPA
Failed items raise an NCR with cause class, disposition (use-as-is, rework, scrap, return-to-supplier), and severity. The 8D or CAPA workflow opens automatically for critical defects and feeds verified closure back to the originating batch and the supplier scorecard.
- 4
Stream Measurement Data to SPC
Every measurement with control limits flows to an SPC chart that updates the same shift. Out-of-control patterns trigger the documented reaction plan; trend signals get to the process engineer before the line produces scrap.
- 5
Connect ERP, MES, and PLM
Push NCR, batch, and lot status into SAP QM, Oracle Quality, or the corporate MES. Pull part master, specification, and customer drawing references from PLM so inspectors see the latest revision on the device they already hold.
How Should QA Managers Pilot, Validate, and Scale a Quality Program Without Stalling Production?
Answers to common long-tail questions, kept on one canonical page to avoid thin duplicate URLs.
How Should QA Managers Pilot Without Stalling Production?
Start at one plant with the inspection plan that hurts most: typically final QC on the highest-volume SKU. Convert it into a digital plan with the same accept-reject criteria, run it for two production shifts in parallel with the paper backup, and measure first-pass yield, escape rate, and inspector cycle time. Layer NCR and CAPA discipline once the inspection signal is trusted, and connect SAP QM, Oracle Quality, or the corporate MES only after the data the integration carries has been validated on paper. This sequencing keeps the customer-facing quality signal unbroken during transition.
What Should Quality and IT Validate During Procurement?
Validate SSO via SAML or OIDC, RBAC granular enough to scope a contractor or supplier inspector to their own work, offline mobile capture on a real shop floor rather than a demo room, configurable retention windows that match customer and regulatory requirements (FDA 21 CFR Part 11 where applicable), 21 CFR Part 11 electronic-signature alignment for regulated manufacturers, and a documented integration path to the ERP QM, MES, and PLM stack already in place.
Migration from Spreadsheets, Word NCRs, and Legacy QMS
Historical inspection logs, scanned First Article reports, and Excel NCR registers import as searchable evidence attached to the same part, batch, or supplier record. Open NCRs and active CAPAs migrate with their owner, current step, and deadline preserved. PPAP currency, supplier qualification status, and customer drawing revision references are reconciled during onboarding so no quality hold disappears in the move.
Which Capabilities Help Quality Teams Run NCR, CAPA, SPC, and Supplier Scorecard Workflows Consistently?
The platform capabilities that power quality control & assurance across every site.
Ready to Move Quality Control & Assurance Off Paper?
Book a Free DemoHow Is This Different from SAP QM, Oracle Quality, a Spreadsheet QMS, or a Generic Forms App?
QA Managers comparing Inspectly360 to SAP QM, Oracle Quality, spreadsheet QMS, and generic forms apps look at five different things: whether batch traceability survives an end-to-end customer audit, whether NCRs actually drive a verified CAPA, whether SPC data flows from the line in usable form, whether the supplier scorecard reflects reality rather than the procurement narrative, and whether the inspection layer fits beside the ERP and MES already in place.
| Topic | Typical Gaps | With Inspectly360 |
|---|---|---|
| Batch and lot traceability | QC tickets attach to paper, work-order PDFs sit on the shop floor, and supplier lots live in a procurement spreadsheet. When a customer reports a field failure, reconstructing the batch and the operator who passed it takes a week and still leaves gaps. | Every inspection binds to the work order, batch, supplier lot, operator identity, and equipment ID at capture. A field-failure investigation pulls forward-and-backward traceability in minutes, including the inspector's photo evidence and the SPC point that recorded the measurement. |
| NCR-to-CAPA closure discipline | NCRs are raised in Word, dispositions debated in email, and the CAPA closes when someone updates the spreadsheet. Customer auditors find CAPAs marked complete with no verification evidence, and the same defect re-occurs the next quarter. | NCRs carry severity, cause class, disposition, and the 8D or CAPA owner. Closure requires verified containment, root-cause analysis, and corrective-action proof reviewed by a named approver. Repeat-defect detection surfaces failure modes that should already be controlled. |
| SPC data capture and reaction | Measurement data lives in operator logbooks. SPC charts are rebuilt weekly in Excel. By the time the chart shows a trend, the line has produced a shift of out-of-spec product and the process engineer is reacting to scrap. | Measurements with USL / LSL stream from the device to an SPC chart that updates the same shift. Out-of-control patterns trigger the documented reaction plan and notify the process engineer; line-side dashboards put the chart back in front of the operator who took the reading. |
| Supplier scorecard objectivity | Supplier performance is a story procurement tells. Reject rate, NCR cycle time, PPAP currency, and on-time-in-full live in three different systems that nobody reconciles. Sourcing decisions are made on price and relationship, not quality data. | Supplier scorecards weight incoming reject rate, NCR closure time, PPAP currency, audit findings, and customer-complaint linkage from one record. The same scorecard supports sourcing decisions, qualification gates, and renewal conversations with numbers the supplier can see. |
| Fit with ERP QM, MES, and PLM | Inspection data sits in a forms app, NCRs in QM, work orders in MES, and drawings in PLM. Operators retype the part number, inspectors guess the current drawing revision, and a quality hold takes hours to propagate across systems. | REST API and pre-built connectors integrate with SAP QM, Oracle Quality, Plex, and major MES platforms. Inspection results, NCR status, and quality holds push outward; part master, drawing revision, and work-order context pull inward. ERP stays the system of record; the field layer stops being the broken link. |
Who Benefits from a Digital QC Platform, and What Does Each Quality Role Get?
What changes once quality control & assurance is standardised on Inspectly360.
- QA Managers: One portfolio view of first-pass yield, NCR cycle time, CAPA closure, and supplier reject rate, ready for the management review without a Friday compile cycle.
- Operations Directors: Multi-plant escape rate, customer-complaint linkage, and scrap cost surface on one dashboard so capital and capacity decisions rest on data instead of plant narrative.
- Process Engineers: Live SPC charts with Cpk and Ppk surface drift the same shift it appears; the process intervention happens before the line produces scrap, not after.
- Line Operators and QC Technicians: Offline mobile capture binds inspection to work order, batch, and operator identity automatically; the late-shift log-sheet reconstruction stops.
- Supplier Quality Engineers: Supplier scorecards weight incoming reject rate, NCR closure time, and PPAP currency from one record, so qualification, sourcing, and renewal conversations open with the same numbers the supplier can see.
- Customer Quality Representatives: 21 CFR Part 11-aligned audit trails, electronic signatures, and traceable inspection evidence support customer audits and PPAP submissions without manual reconstruction.
- Regulatory and Compliance Teams: ISO 9001, IATF 16949, and AS9100 evidence packs export filtered by audit window, certification scope, and cited clause in one click.
Which QC Checklist and Inspection Plan Templates Should Quality Teams Pilot First?
Get started with inspection and audit checklist templates.
Template
Shift Start Production Readiness Checklist
Use this Shift Start Production Readiness inspection to verify critical checkpoints and safety controls, compliance records and sign-off and corrective actions with photo evidence…
500+GET
Template
End of Shift Shutdown & Handover Checklist - Free PDF
Use this End of Shift Shutdown & Handover inspection to verify critical checkpoints and safety controls, compliance records and sign-off and corrective actions with photo evidence…
500+GET
Which Mobile QC Apps Run on iOS, Android, and Shop-Floor Tablets?
Use these apps to run inspections and audits.
Quality Inspection App
by Inspectly360
qualitydefectsproduction
Quality checks with pass/fail, defect logging, and trends.
Get the App
QA QC Inspection App
by Inspectly360
QAQCquality
QA/QC inspections with criteria, evidence, and reports.
Get the App
Manufacturing Quality Control App
by Inspectly360
manufacturingqualitycontrol
Improve manufacturing quality control with defect tracking and corrective workflows.
Get the App
Defect Tracking App
by Inspectly360
defecttrackingclosure
Track defects from detection to verified closure with ownership, SLA timelines, and proof.
Get the App
Quality Audit App
by Inspectly360
qualityaudit
Digitize quality audit workflows with forms, evidence capture, and automated reporting.
Get the App
Frequently Asked Questions About Quality Control & Assurance
How does Inspectly360 export SPC data for plants running existing statistical process control platforms?
Measurement points, control limits, subgroup definitions, and reaction-plan flags export via REST API in JSON or CSV, and via scheduled exports for plants that prefer batch ingestion into Minitab, JMP, InfinityQS, or an internal SPC tool. Subgroup metadata (part number, operator, equipment, work order, batch, drawing revision) carries through, so the receiving system reconstructs the same chart Inspectly360 displays. Plants that have not yet selected an SPC tool can use the built-in X-bar R, X-bar S, individual, and attribute charts directly with Cp, Cpk, Pp, Ppk, and Western Electric rule detection. The choice is not exclusive; many customers stream live data to both surfaces during transition.
What is the supplier scorecard methodology, and how is it weighted?
Each supplier record carries qualification status, PPAP currency, audit findings, incoming reject rate, NCR cycle time, on-time-in-full from the ERP integration, and customer-complaint linkage. The scorecard renders a continuous score and a risk band (low, medium, high, critical) with configurable weights per category, because automotive PPAP weighting differs from electronics first-pass-yield weighting differs from food-grade certification weighting. Supplier-quality engineers can override the default weights per commodity. The scorecard updates continuously, gates new orders against threshold rules where configured, and is visible to the supplier in their scoped portal so quality conversations open on the same numbers both sides see.
What does the NCR-to-CAPA workflow look like end-to-end?
An NCR raises when an inspector fails an item beyond the disposition threshold or a customer complaint links to a batch. The NCR carries severity, cause class (material, method, machine, manpower, measurement, environment), and a proposed disposition (use-as-is, rework, scrap, return-to-supplier) reviewed by the disposition authority. Critical NCRs auto-open an 8D worksheet (D1 team, D2 problem description, D3 containment, D4 root cause, D5 corrective action, D6 verification, D7 prevent recurrence, D8 closure) or a CAPA depending on the program. Verified closure requires evidence reviewed by a named approver. Recurring defects on the same part, batch, supplier, or process surface automatically, so failure modes that should already be controlled stop hiding.
How does batch and lot traceability survive an end-to-end customer audit?
Every inspection binds to the work order, batch number, supplier lot, operator identity, equipment ID, and drawing revision at capture. The data model maintains forward traceability (where the batch shipped) and backward traceability (which raw lots fed it) without requiring manual reconciliation. When a customer reports a field failure, the investigation pulls every inspection, NCR, CAPA, and measurement point tied to the cited batch, including the operator who passed it and the SPC chart that recorded the measurement. The same record satisfies IATF 16949, AS9100, and pharmaceutical lot-traceability requirements without retyping.
Does the platform support AQL sampling tables and acceptance-sampling discipline?
Yes. Inspection plans support ANSI/ASQ Z1.4 (attribute sampling) and Z1.9 (variable sampling) tables with configurable lot size, AQL, and switching rules (normal, tightened, reduced). The plan auto-calculates sample size and accept-reject numbers from lot size at capture, so the inspector receives the correct sampling instruction without consulting a binder. Audit-grade event logs record the lot size, the sampling plan applied, the actual samples taken, and the accept-reject result, which is what customer auditors and regulators expect to find when sampling discipline is challenged. Custom sampling plans (C=0, Squeglia) are configurable for customers with specific contractual requirements.
How does ERP integration with SAP QM and Oracle Quality work in practice?
Inspection results, NCR status, quality holds, and supplier scorecard data push to SAP QM, Oracle Quality, or Plex via REST API and pre-built connectors. Part master, batch master, work-order context, supplier master, and drawing revision pull back so inspectors see the latest specification without leaving the device. Where the ERP holds Quality Notification (QM02) records, NCR and CAPA workflows can be wired bidirectionally so a quality hold in Inspectly360 propagates to ERP and an ERP-side disposition lands back on the originating NCR. The ERP remains the system of record; Inspectly360 produces the defensible field layer the ERP cannot capture.
Explore More Quality Control & Assurance Software Apps, Checklists, and Industries
Quality Control & Assurance Software on Inspectly360 connects directly to the inspection apps, checklist templates, forms, industries, and adjacent solutions linked below.
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