The first Digital Scientist · Quickflow MVS
Method validation,
owned by a Digital Scientist
Quickflow MVS reads your method of analysis, designs the validation, fills the lab notebook from the chromatograms and flags what fails, and why. Protocols in half a day, reports in hours, every judgment on the record. Your scientists approve and sign.
- ICH Q2(R2)
- 21 CFR Part 11
- EU Annex 11
- GAMP 5
Your scientists · Done
Report · VAL-2026-031
Approved7. Results summary
| Linearity r² | 0.9996 | ≥ 0.999 | Pass |
| Accuracy recovery | 99.6% | 98 to 102% | Pass |
| Precision RSD | 0.7% | ≤ 2.0% | Pass |
Signatures
AR&D reviewer
R. Mehta
QA approver
S. Iyer
The Digital Scientist compiled this report. It cannot sign.
6/6
ICH Q2(R2) parameters
128
Values captured
0
Manual keystrokes
2/2
Report signatures
Quickflow MVS at a glance
Analytical method validation software: from the method of analysis to a signed, audit-ready validation report.
- Who uses it
- QC and analytical development
- Analysts and reviewers
- QA approvers
- CSV teams
- What is included
- Protocol drafting
- Parameters and tasks
- Pre-filled worksheets
- CDS data capture
- Report compilation
- Live validation status
- Works with
- Empower
- Chromeleon
- OpenLab
- LIMS
- SAP
- Balances and pH meters
- Built for
- ICH Q2(R2)
- 21 CFR Part 11
- EU Annex 11
- GAMP 5
- ALCOA+
The documentation scientist
Scientists should do science. Six places the week goes instead
Word templates, paper and copy-paste from the last validation. None of it is the science, all of it is where time and observations come from, and every one is what MVS takes off the bench.
Protocol and report delays
Manual documentation adds weeks between analysis-complete and an approved validation report.
With MVS: Protocol and report drafted in hours
Manual transcription
Numbers are keyed by hand from the chromatography data system into worksheets. That is where cycle time and audit observations come from.
With MVS: Captured from the CDS, zero keystrokes
Calculation errors
Spreadsheet calculations drift between analysts and methods, introducing inconsistencies into validation results.
With MVS: One validated calculation, every time
Many parameters, no single view
Precision, linearity, specificity, accuracy, range and robustness each run on their own timeline, chased over email.
With MVS: Every parameter in one live view
No real-time status
Nobody can say today how far a validation has progressed without asking the analyst.
With MVS: Live status for everyone, no chasing
Audit trail gaps
Paper and Word records do not capture a complete history of who did what, when, and why.
With MVS: 21 CFR Part 11 audit trail on every action
How it works
Eight steps. Three signatures.
The Digital Scientist runs the five working steps. Your scientists make the decisions and hold the three gates: protocol, worksheet data and report. Nothing moves past a gate without a human e-signature.
Step 01 · Digital Scientist
Protocol drafted
The Digital Scientist reads the method of analysis and the applicable template and drafts an ICH Q2(R2)-aligned validation protocol.
Step 02 · Human e-signature
Protocol approved
A qualified scientist reviews, edits and signs. Nothing proceeds without a human signature.
Step 03 · Digital Scientist
Parameters and tasks generated
Validation parameters and their execution tasks are generated from the approved protocol and tracked live.
Step 04 · Digital Scientist
Worksheets pre-populated
Worksheets are built from the protocol, method and specification. Analysts enter only experimental values.
Step 05 · Digital Scientist
Instrument data captured
Chromatogram results flow directly from the CDS. Calculations run in the system. No keying.
Step 06 · Human e-signature
Worksheet data approved
A reviewer checks the captured results and calculations and e-signs the worksheets. Only approved data goes into the report.
Step 07 · Digital Scientist
Report assembled
The validation report is compiled from the captured evidence with full traceability to each result.
Step 08 · Human e-signature
Report approved
Reviewed and e-signed by the responsible scientist and QA. Submission-ready.
Capabilities
Everything MVS does
From the first protocol draft to the signed report, and the integrations and controls that hold it together.
- AI-assisted protocol preparationGenerate protocol drafts from method details and approved templates, ready for scientific review.
- Automated parameter and task generationValidation parameters and their tasks are created automatically once the protocol is approved.
- Smart pre-populated worksheetsWorksheets are auto-filled from the protocol, method of analysis and STP. Analysts enter only experimental values.
- Direct chromatogram data extractionResults are extracted from CDS platforms such as Empower and Chromeleon instead of being transcribed.
- AI-assisted report generationValidation data is compiled into a structured, traceable report with minimal manual effort.
- Real-time validation trackingSee progress, parameter status and completion for every validation as it happens.
- End-to-end workflow automationFrom protocol to report, every hand-off is orchestrated and recorded. No gaps.
- Bidirectional integrationsConnects with LIMS, CDS, SAP and analytical instruments for seamless data flow in both directions.
- GxP compliance built in21 CFR Part 11 and EU Annex 11 audit trails and e-signatures, explainable AI, and human-in-the-loop control.
Outcomes
Documentation in hours
The science takes as long as it takes. The paperwork around it is what MVS shrinks.
Right first time
No transcription, one calculation, fewer review loops.
Live status
Every parameter visible without asking the analyst.
More validations, same team
Scientists spend the saved hours on science.
Audit-ready on signature
The record is complete the moment QA signs.
Today
~100 h
With MVS
~14 h
Documentation hours per validation
Protocol preparation
−83%2 to 3 daysAbout half a dayWorksheets and lab notebook
−75%16 to 20 hours4 to 5 hoursValidation report
−91%5 to 7 days4 to 5 hours
Chromatogram data
Typed from the CDSExtracted directly
Parameter tasks
Chased over emailGenerated, tracked live
Connected lab
Data flows. Nobody keys it.
Results come in from instruments and data systems; status and results go back out to LIMS and SAP. Every value carries its source, time and user.
Chromatography data systems
- Empower
- Chromeleon
- OpenLab
Laboratory systems
- LIMS
- ELN
- eQMS
Quickflow MVS
source · time · user
Enterprise
- SAP
- Active Directory / SSO
Instruments
- Balances
- pH meters
- Dissolution
- RS232 / Ethernet capture
Product names are trademarks of their owners, listed to describe integration scope.
Trust is proven, not claimed
Built for regulated laboratories
Compliance is part of how MVS works, not a report bolted on afterwards.
ICH Q2(R2)
Protocols, worksheets and reports aligned
21 CFR Part 11
Audit trails and e-signatures
EU Annex 11
Computerised systems controls
ALCOA+
Data integrity by design
GAMP 5
CSV and CSA validation packs
Human in the loop
AI does the work, scientists decide
Audit trail · VAL-2026-031
ImmutableProtocol v1.2 drafted from MOA-0417
who: Digital Scientistwhen: 2026-09-14 10:12 ISTwhy: Generated
Protocol approved
who: R. Mehtawhen: 2026-09-16 10:19 ISTwhy: Signature meaning: Approval
Area 1,204,331 captured from Empower
who: Digital Scientistwhen: 2026-09-18 10:26 ISTwhy: Instrument data
Report VAL-2026-031 approved
who: S. Iyer, QAwhen: 2026-09-20 10:33 ISTwhy: Signature meaning: QA release
Illustrative entries. The Digital Scientist is a named actor; only people carry signature meanings.
Industries
Wherever an analytical method has to be proven fit for use
Across life sciences QC and analytical development, from raw material to release and stability.
Pharmaceuticals
Assay, related substances, dissolution and cleaning methods for finished dose.
API manufacturers
Purity, impurity, residual solvent and nitrosamine methods at each synthesis step.
Biotechnology
Potency, identity and purity methods for biologics, under ICH Q2(R2) and Q14.
CROs and contract labs
Validations for many sponsors, each with its own protocol, data and report.
CDMOs
Method transfers and validations for each client product, kept apart.
Medical devices
Test methods for extractables, leachables and material release.
QA, CSV and IT ask
Straight answers
The questions every evaluation raises, answered before the first meeting.
Those systems digitise the workflow: tasks, approvals, versions. Useful, and MVS works alongside them. But who types the numbers out of Empower into the worksheet? That is still a person. That is where your cycle time sits and where transcription observations come from. MVS removes the typing, not the workflow.
The Digital Scientist reasons: it reads the method, designs the validation and judges the results, and records why. The scientist approves and signs every record. Every draft is traceable, versioned and audit-trailed, and templates are promoted from development to QA to production through an approval workflow. Nothing reaches a submission without a human signature. The trust is architectural, not a marketing word.
Quickflow provides a validation pack with IQ, OQ and PQ documentation and a computer software assurance rationale aligned with GAMP 5. Your CSV team reviews it before go-live.
One live method, one team, six to eight weeks. We agree the success metric up front, usually report cycle time and right-first-time rate, and measure it together. You decide on the evidence.
Deployment options, single sign-on and integration details are covered in an architecture note we share with your IT and infrastructure team during evaluation.
Hire a Digital Scientist for one validation.
A fixed-price pilot: one live method, one team, six to eight weeks, measured against a metric we agree up front, such as report cycle time and right-first-time rate.
Week 0
Agree the success metric
Weeks 1 to 6
One live method, one team
Throughout
Measure cycle time together
Week 8
You decide on the evidence