Food safety compliance software — one platform for HACCP, FSMA 204, and your next GFSI audit.
V5 runs your HACCP plan as live execution, captures every FSMA 204 Key Data Element at the source, and assembles the records your SQF/BRCGS/FSSC 22000 auditor wants — without binders, spreadsheets, or end-of-shift catch-up.
What breaks without this.
HACCP plans live in a binder — execution lives in heads
The plan says monitor every two hours. The reality is whatever the operator remembers to write down. Auditors see the gap immediately.
FSMA 204 KDEs aren't captured at the source
Lot codes, harvest dates, growing-area IDs, transformation events — if they're transcribed at end-of-shift, half are wrong by the time the recall hits.
Each GFSI scheme audit is a fire drill
SQF, BRCGS, FSSC 22000 — the same records, reformatted three different ways, pulled together the week before the audit.
Records-by-execution. Compliance, by design.
HACCP as live execution
Every CCP monitoring event is scheduled, signed at the kiosk, and time-stamped. Missed checks escalate in real time — not at the next audit.
FSMA 204 KDEs captured at the moment of the event
Receive, transform, ship — V5 captures the seven KDEs at the scan, not later. The Traceability Lot Code follows the food through every step.
GFSI-ready records by default
Pre-built record sets for SQF, BRCGS, and FSSC 22000. The auditor asks; V5 produces. No reformatting.
Supplier approval and incoming inspection
Supplier COAs, allergen statements, and approval status linked to every receipt. Non-conforming material is blocked at the dock, not found at use.
What to look for when you're buying.
Food safety software is a crowded category and most products are checklist apps with a HACCP veneer. These criteria separate a system that executes food safety from one that documents it after the fact.
CCP monitoring in real time
What it tests: Are critical control points monitored continuously from the sensor — not by an operator with a clipboard?
Why it matters: If CCP data is hand-entered hourly, you have a documentation system, not a monitoring system. FSMA 117 expects monitoring with sufficient frequency to ensure control.
V5: Temperature, pH, metal detection, x-ray, sieve integrity stream into V5 at sensor cadence. Excursions fire alerts and corrective actions automatically.
FSMA 204 KDEs at the source
What it tests: Does the system capture every Key Data Element on the FTL list at the Critical Tracking Event — without a second data-entry pass?
Why it matters: January 2026 is real. Hand-keying KDEs into a separate trace system is the most common reason §204 projects slip.
V5: KDEs emit from receiving, transformation, and shipping events as they happen. The §204 sortable spreadsheet is a derived report, not a re-keying exercise.
Allergen control by code
What it tests: Does the system enforce allergen sequencing, dedicated tooling, and cleaning verification — or rely on operator memory?
Why it matters: Undeclared allergens remain the #1 cause of Class I food recalls (FDA Reportable Food Registry).
V5: Allergen profiles attach to material, equipment, and line. Sequencing is enforced; cleaning verification is gated before changeover.
GFSI-ready records
What it tests: Are records structured to satisfy SQF, BRCGS, and FSSC 22000 without reformatting?
Why it matters: Multi-scheme sites cannot afford three record formats.
V5: One record set, three audit views. SQF Edition 9, BRCGS Issue 9, and FSSC 22000 v6 dashboards run off the same data.
Supplier approval linked to receiving
What it tests: Does the system block receiving from a supplier whose approval has lapsed or whose COA is missing?
Why it matters: FSMA Preventive Controls §117.410 makes supplier verification a hazard control. A lapsed approval is a finding.
V5: Receiving refuses lapsed suppliers and missing COAs at the dock. The control is structural, not procedural.
Environmental monitoring trending
What it tests: Are EM swab results trended by zone, organism, and date — with corrective action triggered by adverse trend?
Why it matters: Listeria root-cause programs require trended EM data. A binder of swab certificates is not a program.
V5: EM results trend live by zone and organism. Adverse trends open investigations automatically; positives quarantine the affected production window.
Mock recall in under 4 hours
What it tests: Can the system produce a forward and backward trace — every customer who received affected lots — in the GFSI 4-hour window?
Why it matters: If a mock recall takes a day, a real recall is a disaster.
V5: Forward and reverse genealogy from any lot are one query. Mock recalls in minutes; documentation auto-generated.
Auditor-ready in any week
What it tests: Could you host an unannounced audit on Monday and not need a prep week?
Why it matters: Prep weeks are the tell. They mean the records aren't what's on the floor.
V5: Records are continuous and inspection-ready by default. There is no prep week because there is nothing to assemble.
Spreadsheet vs legacy QMS vs V5.
How V5 compares to paper-and-binders, or a checklist app like SafetyChain / Icicle / TraceGains.
| Capability | Spreadsheet | Legacy QMS | V5 Ultimate |
|---|---|---|---|
| CCP monitoring | Hourly clipboard rounds | Manual entry to app | Sensor stream, real-time alerts |
| FSMA 204 KDEs | Reconstruct from paper | Second data-entry pass | Emitted at the source event |
| Allergen sequencing | Memorized by line lead | Checklist | Enforced; cleaning gated |
| Supplier approval at receiving | Posted list on wall | Separate vendor module | Blocked at dock if lapsed |
| EM trending | Quarterly Excel | Monthly PDF | Live by zone and organism |
| Mock recall time | 1-2 days | 4-12 hours | Minutes |
| GFSI scheme coverage | Reformat for each | Often single-scheme | SQF / BRCGS / FSSC 22000 in one data set |
| Time to deploy | Day 1 | 4-9 months | 7-14 days |
The clauses, verbatim — and how V5 answers each.
The clauses FDA, USDA FSIS, and GFSI auditors actually open the binder to.
You must identify and evaluate, based on experience, illness data, scientific reports, and other information, known or reasonably foreseeable hazards…
V5: Hazard analysis is structured data in V5, linked to ingredient, process step, and control. Updates re-trigger preventive control review automatically.
Preventive controls must be implemented to provide assurances that any hazards requiring a preventive control will be significantly minimized or prevented.
V5: Preventive controls are executable steps with gates: CCP monitoring, sanitation, supply-chain, allergen — each carries verification and corrective-action linkage.
Supply-chain program for the receiving facility must include using approved suppliers, determining appropriate supplier verification activities, and conducting them.
V5: Approved Supplier List is live data tied to receiving. Verification activities are scheduled and evidence-gated.
Persons who manufacture, process, pack, or hold foods on the Food Traceability List must maintain records containing Key Data Elements associated with specific Critical Tracking Events.
V5: KDEs emit at receiving, transformation, and shipping for any FTL material. The §1.1455 sortable spreadsheet is a one-click export.
The site shall conduct a mock recall at least annually to verify the effectiveness of the recall program.
V5: Mock recall is a guided workflow producing forward and reverse genealogy, customer ship list, and timing log.
The company shall be able to identify all raw material lots… and to which finished product lots they have been used in.
V5: Lot genealogy is continuous in V5. Any raw material lot links forward to every finished lot, every customer shipment, and every signed release.
Step by step on the floor.
Food safety on V5 across one production day.
- 1Pre-op
Sanitation verified
Pre-op sanitation checks are scan-gated by zone. Cleaning verification (ATP, visual, allergen swab) attaches to the line and blocks start-up if missing or out of spec.
- 2Receiving
Supplier and COA gated
Inbound lot scan reveals supplier status. Lapsed approval or missing COA refuses receipt at the dock. KDEs emit for FTL materials.
- 3Production
CCPs streaming
Temperature, metal detection, x-ray, sieve integrity stream live. Excursions fire alerts, open a deviation, and quarantine the affected window automatically.
- 4Changeover
Allergen sequencing enforced
Allergen profile change locks the line until cleaning verification passes. Sequencing rules block illegal transitions before they happen.
- 5Shipping
KDEs and signed release
Outbound lots emit shipping KDEs. Release signature requires CCP completeness, deviation closure, and COA on file.
- 6End-of-day
EM and trending
EM swab results post to live trending. Adverse trends open investigations the next morning, not at next quarter's audit.
- 7Audit week
Inspection-ready
SQF, BRCGS, FSSC 22000 dashboards open with current data. There is no prep — the records are continuous.
The math, with the assumptions visible.
Food safety ROI is dominated by avoided recalls, audit prep collapse, and labor recovered from clipboard rounds.
Mock recall time
Genealogy is continuous; the recall report is a query, not a reconstruction.
CCP excursion catch time
Sensor stream means the excursion is detected and contained before downstream product is at risk.
GFSI audit prep
Records are inspection-ready by default; the auditor walks live dashboards, not assembled binders.
Recall scope precision
Forward genealogy gives the exact customer ship list. Recalls cost what they should — not 10x.
For a site running 3 production lines and 1 GFSI audit per year, labor savings alone typically pay back V5 in under 9 months. One avoided over-broad recall pays back many years.
What changed on the floor.
Setting
A regional ready-to-eat food manufacturer (2 plants, ~400 employees, SQF-certified) using clipboards plus a vendor checklist app.
Before
Mock recalls took a full day. The 2024 SQF audit produced 3 minor non-conformances around EM trending and CCP record completeness. Allergen changeover relied on memory and produced one labeling deviation per quarter on average.
After
Within 90 days of V5: mock recalls under 25 minutes; SQF re-audit produced zero non-conformances; allergen labeling deviations dropped to zero over six months. FSMA 204 readiness completed without a separate trace project.
Proof points
- CCP monitoring drift triggers an alert before the next batch starts
- FSMA 204 sortable traceability report in under 24 hours — federal requirement met
- One record set, three audit formats — SQF, BRCGS, FSSC 22000
- Allergen changeover gates locked to cleaning verification
Built to satisfy
- 21 CFR 117 (Preventive Controls for Human Food)
- 21 CFR 1.1300–1.1495 (FSMA 204 Food Traceability)
- 21 CFR 120 (HACCP — juice)
- 9 CFR 417 (HACCP — meat & poultry)
- Codex Alimentarius HACCP principles
Frequently asked questions
What is food safety compliance software?+
It's the system of record for HACCP execution, FSMA 204 traceability, supplier approval, and GFSI audit evidence. Instead of separate binders, spreadsheets, and disconnected logs, one platform captures every CCP check, lot code, and signature as the work happens.
Does V5 cover FSMA 204?+
Yes. V5 captures all seven Key Data Elements at receive, transform, and ship events, maintains the Traceability Lot Code through every step, and produces the sortable electronic record FDA requires within 24 hours.
Which GFSI schemes does V5 support?+
SQF, BRCGS, and FSSC 22000 record sets are built in. The same underlying execution data is presented in each scheme's required format — no reformatting work the week before audit.
How does V5 handle allergen changeovers?+
Cleaning verification — ATP swab, visual check, e-signature — is gated to the line clearance. The next batch cannot start until verification is signed by a trained operator.
See V5 on your own line.
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