Fast Quality Software runs APQP timing charts, document-backed PPAP with the PSW, FMEA and control plans, MSA/Gauge R&R with calibration, and 8D/CAPA on every complaint — the evidence a Tier-1 or Tier-2 supplier needs for an IATF 16949 audit, generated as a by-product of daily work. Cloud and on-premise, for IATF 16949 and ISO 9001 manufacturers across India and worldwide.
Gates, owners and target dates are tracked in Excel and email. By the customer review nobody can say which stage a part is at, which gate is overdue or who owns it — until the timing chart is rebuilt by hand.
Drawings, FMEA, control plan, MSA and dimensional results sit in shared folders with no version control. Nobody can prove the submission level, which element was rejected, or whether the PSW on file is the approved one.
Instruments are used past their calibration due date and MSA/Gauge R&R evidence is missing. In an audit that invalidates the readings behind your PPAP and every inspection taken with that gauge.
Customer rejections get a quick fix and an email reply. Root cause is never found, the FMEA and control plan are never updated, and the same defect returns — with no CAPA trail to show at the next audit.
Fast Quality runs APQP, PPAP, FMEA, control plan, inspection and 8D on one platform and one document engine — so a part's plan, its approval, its daily inspection and its corrective actions are one connected flow, not six disconnected systems.
Fast Quality carries a part through its full quality life — so what was planned gets approved, what is measured is trusted, and what is rejected drives a corrective action that closes.
Advanced Product Quality Planning is run as timing-gated stages — feasibility, product design, process design, and product & process validation — each with entry/exit criteria, an owner, a target and actual date and a status. A live program dashboard shows every open part, its current stage, percent complete and every overdue gate, so a customer timing review is a screen, not a spreadsheet rebuild. See APQP & PPAP.
PPAP is assembled as a submission package of up to 18 elements — design records, DFMEA/PFMEA, process flow, control plan, MSA studies, dimensional and material results, initial process study, appearance approval, sample parts, checking aids, customer-specific requirements and the Part Submission Warrant. Every element is a controlled document carrying an AC/RJ/AD status, and the PPAP dashboard tracks each part's status and submission level. See APQP & PPAP and document control.
DFMEA and PFMEA score each failure mode by severity × occurrence × detection to give an RPN and flag special characteristics. Those characteristics drive the control plan — for each one: what to measure, with which gauge, at what frequency, by what method and the reaction on non-conformance — built from the specification master (nominal, USL/LSL and criteria). A defect detected on the line traces back through its defect code to the FMEA. See FMEA & control plan.
The gauge master registers each instrument with its type, least count/range, location, last-calibration date and frequency, from which the next-due date is derived. MSA/Gauge R&R studies (bias, linearity, stability and repeatability & reproducibility) qualify a gauge before it is used on a control-plan characteristic; calibration follow-up drives the due → sent → calibrated → returned cycle and alerts on gauges approaching due. The calibration register is your clause 7.1.5 audit evidence. See gauge, MSA & calibration.
Incoming, in-process, final and pre-dispatch inspection read the specification master and disposition each lot AC (accepted), RJ (rejected) or AD (accepted-under-deviation). An RJ raises an NCR — material rejection on incoming, line rejection in process — tagged with a defect code; a major NCR or a customer complaint escalates into an 8D (D1–D8), and the CAPA runs through change management to amend the FMEA and control plan. Dhruv AI clusters repeat defect and 8D remarks for you. See NCR & 8D/CAPA and Dhruv AI.
Phase-gated APQP with a program dashboard, and a document-backed PPAP of up to 18 elements plus the PSW, tracked by submission level.
DFMEA/PFMEA with RPN and special characteristics feeding a control plan of measure, gauge, frequency, method and reaction per feature.
Gauge register, Gauge R&R and a calibration follow-up cycle that keeps every instrument in-cal — clause 7.1.5 evidence in one register.
Incoming, in-process, final and pre-dispatch inspection with AC/RJ/AD disposition, and Cp/Cpk capability off the same spec limits.
Material and line rejection with defect codes and Pareto, escalating to an 8D (D1–D8) and CAPA that closes the loop.
ISO controlled documents with an AC/RJ/AD lifecycle and engineering-change/deviation that amends FMEA, control plan and triggers re-PPAP.
Yes — APQP, PPAP, FMEA and control plan, MSA/Gauge R&R with calibration, and 8D/CAPA as stage-gated workflows, with APQP outputs feeding PPAP and CAPA feeding back into the FMEA.
APQP runs as phase gates with owners and target/actual dates on a live dashboard; CSRs are carried as PPAP elements and control-plan characteristics, so timing and requirements stay visible against the program.
Yes — up to 18 elements plus the PSW, each a versioned controlled document with an AC/RJ/AD status, with the PPAP dashboard tracking status and submission level per part.
A gauge master derives next-due dates, Gauge R&R qualifies each gauge, and calibration follow-up drives the due → sent → calibrated → returned cycle — with the register as clause 7.1.5 evidence.
A major NCR or a customer complaint escalates into an 8D (D1–D8); the CAPA runs through change management, amends the FMEA and control plan, and triggers a PPAP re-submission where required.
It is built for component makers and Tier-1/Tier-2 suppliers but serves IATF 16949 and ISO 9001 manufacturers of every kind, cloud and on-premise, across India and worldwide.
Dimensional inspection against spec limits, SPC (Cp/Cpk), calibrated gauges and tight-tolerance control plans.
Learn moreIncoming material inspection, weld/fitment checks, in-process & final inspection, NCR and rework per operation.
Learn moreProcess-parameter control, defect codes, sampling inspection, SPC on key characteristics and PPAP.
Learn moreThe core-tool feature behind this page — phase-gated planning and a document-backed PPAP + PSW in depth.
See the featureA 30-minute demo — your part, your APQP timing, your control plan and gauges, on screen. See APQP, PPAP, FMEA, MSA/Gauge R&R, inspection and 8D work as one connected system.
