VaLogic

Our VaLogic Doggie plushies have been exploring Annapolis to prepare for the upcoming Maryland Tech Council's CRC BBQ on the Bay event, held at the beautiful Chesapeake Bay Foundation Headquarters, the Philip Merrill Environmental Center.

Visit our table from 5:30 PM to 7:30 PM to meet Laura Guida, our Director of Business Development, and learn how VaLogic Bio can streamline your GMP compliance needs. Don’t miss out on taking home one of the VaLogic stuffed animals, because science and smiles go hand in hand!

See you by the Bay!

PROBLEM: A mid-size CDMO was experiencing recurring temperature excursions in their cold storage area. Three events in eight months, each documented and closed as a separate deviation.

INVESTIGATION: When the deviations were reviewed together as a pattern, a different picture emerged. Each excursion occurred during the same six-hour overnight window. The HVAC system was operating correctly. The alarm system was functioning. But the alarm response SOP assigned responsibility to a role that was unstaffed overnight.

ROOT CAUSE: The system worked. The process that connected the system to a human responder had a gap.

SOLUTION: The team rewrote the alarm response SOP to assign overnight responsibility to an on-call supervisor. They implemented a monthly test of the alarm-to-response chain and added a quarterly SOP review to the quality calendar.

OUTCOME: Zero temperature excursions in the following 12 months. The CAPA was cited by their next FDA inspector as an example of effective deviation management.

The lesson: Three individual deviations looked like bad luck. One pattern investigation revealed a systemic gap.

Are your deviations being reviewed for patterns, or just closed individually?

Is your facility monitoring system audit-ready 24/7?

With growing scrutiny on data integrity (ALCOA+) and Annex 1, manual checks and disjointed sensors just don't cut it anymore.

LogiPoint® is a GMP cloud-based SaaS for monitoring critical lab equipment and production environments, built for life sciences, ready for the strictest regulators.

Why LogiPoint®?

✅ 21 CFR Part 11 compliance out of the box (audit trails, e-signatures, role-based access)
✅ Real-time alerts for freezers, incubators, and production suites
✅ Cloud-native = no on-site servers, faster validation
✅ Scales from one lab to global manufacturing

Stop chasing data. Start trusting it.

👉 Set up a LogiPoint® consultation today: https://hubs.li/Q04jmLNk0

A well-structured CAPA form does more than capture information. It drives the investigation.

Here's what should be in every CAPA record, and why each element matters.

Problem Statement Specific, factual, and scoped. "Documentation error" is not a problem statement. "Batch record for Lot 2024-117 was signed by an unauthorized reviewer on March 4" is.

Immediate Containment Actions What was done right now to limit impact? This section protects product and patients while the investigation proceeds.

Root Cause The verified underlying cause, not the first plausible explanation. Root cause must be supported by evidence, not assumption.

Corrective Action Specific, time-bound, and assigned. "Retrain staff" is not a corrective action. A corrective action names who is being retrained, on what, by when, and how completion will be verified.

Preventive Action What systemic change prevents recurrence? This is the section most CAPAs skip, and the section most 483s cite.

Effectiveness Check How will you confirm the CAPA worked? Define the metric, the timeframe, and the threshold before you close the record.

Your CAPA form is a quality system in miniature. Design it like one.

There are three documents every validation protocol must contain, and most organizations are missing at least one.

1. A clear scope statement What is being qualified? What is explicitly out of scope? Ambiguity here creates audit findings later.
2. Pre-approved acceptance criteria Criteria defined after testing is completed are not acceptance criteria. They're post-hoc rationalization. Regulators know the difference.
3. A deviation handling procedure What happens when a test fails? Who decides whether to proceed? Protocols that don't answer this question create chaos during ex*****on.

Strong protocols don't just describe what you're testing. They describe what happens when things don't go as planned.

Which of these does your team struggle with most?

In observance of Memorial Day, VaLogic Bio will be closed on Monday, May 25, 2026.

This day serves as a solemn reminder of the courage and sacrifice made by the men and women of the U.S. Armed Forces who gave their lives for our freedom. We honor their memory and extend our deepest gratitude to their families.

Our offices will resume normal business hours on Tuesday, May 26.

Wishing our colleagues, partners, and community a reflective and safe holiday.

🇺🇸

"The goal of root cause analysis isn't to assign blame. It's to understand your system well enough to make failure less likely."

-VaLogic QA Director

Most CAPA programs treat root cause analysis as a documentation requirement.

The strongest programs treat it as organizational learning.

When a deviation recurs, the problem usually isn't that the team failed to write a CAPA. It's that the CAPA addressed the symptom and left the system unchanged.

True root cause analysis asks: What in our process, training, or design made this failure possible?

Answer that question, and your CAPA actually prevents the next event.

What's your team's go-to root cause analysis methodology?

MYTH: If it passed validation, it doesn't need to be validated again.

REALITY: Validation is a lifecycle commitment, not a one-time event.

Equipment ages. Processes drift. Software gets updated. Facilities change.

Any of these can invalidate your original qualification, even if nothing was formally changed.

Revalidation triggers your team should be tracking:
● Equipment moves or modifications
● Significant process changes
● Repeated failures or unexplained deviations
● Extended periods of non-use
● Changes to regulatory requirements

A passing validation report from five years ago is not proof of current compliance. It's a historical record.

How often does your team formally reassess validation status?

Most validation programs fail before the first protocol is written.

Here's what IQ, OQ, and PQ actually require - and where teams go wrong at each stage.

IQ (Installation Qualification) Confirms that equipment is installed correctly and matches design specifications. Common gap: Assuming vendor documentation is sufficient. It's a starting point, not a substitute for your own verification.

OQ (Operational Qualification) Verifies that equipment operates as intended across its defined range. Common gap: Testing only the "expected" operating parameters. Challenge the edges.

PQ (Performance Qualification) Demonstrates consistent performance under actual production conditions. Common gap: Treating PQ as a one-time event. Performance must be monitored over time.

The biggest validation mistake? Rushing through IQ to get to PQ. Each phase builds on the last. Skip steps, and you're not validated - you're just documented.

What phase causes the most rework in your validation programs?

A longer validation protocol is not a better one.

The most common documentation problems inspectors find are not about missing science. They are about missing structure: undefined scope, acceptance criteria that were written after results came in, test steps vague enough to execute differently every time.

There are eight elements that every effective validation protocol needs. When one is missing, the gap usually surfaces at the worst possible moment.

The latest VaLogic blog covers all eight, including the one most teams underestimate: a structured conclusion framework that leaves no ambiguity about validation status.

https://hubs.ly/Q04gwKkQ0