“Project Management Software Security Checklist”

What should a project management software security checklist cover?

A project management software security checklist should cover eight domains: data location and encryption, identity and access, audit logging, backup and recovery, vendor assurance, contracts and privacy, integrations and API access, and AI or analytics data use. Each domain gets a weight and a score, which produces a defensible decision instead of a yes/no argument.

The weights are a starting point, not a universal answer. A regulated healthcare team should push vendor assurance and contracts higher; a small agency can weight identity and exit above everything else.

Where does your project data actually live?

Ask for the hosting region, subprocessor list, and encryption model in writing. “Cloud-hosted” is not an answer, and neither is a page that says “bank-level security”.

Four specific questions get you past the brochure:

1. Which region stores the data, and which regions process it? Storage and processing are different. A European data centre with support staff in three countries is a cross-border transfer, and it needs a lawful mechanism.
2. Who are the subprocessors? Every SaaS product depends on others: hosting, email delivery, error tracking, analytics, support chat. Ask for the list and the notification process when it changes.
3. Is encryption at rest per-tenant or shared? Encryption with a shared key protects against a stolen disk. It does not protect against a misconfigured query in the application.
4. Is encryption in transit enforced, or merely supported? Look for TLS 1.2 as a floor and TLS 1.3 preferred, with HSTS and no fallback to plain HTTP.

> Important note: a project management tool often stores attachments, and attachments are where the real data lives. Ask separately about file storage: which provider, which region, whether files are scanned, and whether download links expire.

Key management deserves its own line. If customer-managed keys are offered, ask what happens when the key is unavailable and whether the product keeps working. If the failure mode cannot be explained, the feature is decorative.

Which access controls are non-negotiable?

Single sign-on, enforced multi-factor authentication, role-based permissions at project level, a documented offboarding SLA, and scoped API tokens are the minimum for any team above about ten people. Everything else is a trade-off between control and usability.

The “SSO tax” hurts small teams most. Charging extra for single sign-on pushes organisations onto local passwords, which is the control that fails first in an incident. If SSO is unaffordable, enforce MFA and short session lifetimes as compensating controls and write the residual risk down.

Guest access is the other frequent gap. A workspace shared with clients, contractors, and agencies needs per-guest scoping, expiry dates, and visibility of what each guest can see. Otherwise a former contractor keeps a live login because nobody owned the removal.

What should the audit log capture?

An audit log should record authentication events, permission changes, data exports, deletions, and administrative actions, with actor, timestamp, source IP, and the affected object. Without those five fields, an export of the log answers almost nothing after an incident.

Two questions decide whether the log is usable: can a customer access it without asking support, and how long is it retained. Cost arguments appear on the second, and they are usually wrong.

Example: what a year of audit events actually costs to store

Take a 400-person organisation generating 60 auditable events per user per day. That is 24,000 events a day, or roughly 8.76 million a year. At about 1 KB per event in structured storage, that is under 9 GB per year.

A 30-day retention window holds about 720,000 events, or 0.7 GB. The difference between 30 days and 12 months is a rounding error against the cost of the subscription. So when a vendor caps audit retention at 30 days, that is a product decision, not an economic necessity, and it is fair to say so in the evaluation.

How do you test backup, export, and exit?

Test them before you buy, on a trial workspace, with real data. Backup and exit are the two areas where vendors can answer “yes” in a questionnaire and still fail you in practice.

Ask for four numbers and a demonstration:

• RPO (recovery point objective): how much data can be lost? Fifteen minutes of work and four hours of work are very different promises.
• RTO (recovery time objective): how long until the workspace is usable again? A backup that takes three days to restore is not a business continuity plan.
• Backup frequency and retention: nightly, hourly, and how far back.
• Restore test cadence: when did they last restore a real backup and verify it? Untested backups are files, not backups.
• The demonstration: export a project as CSV or JSON, reopen it elsewhere, and check whether comments, attachments, custom fields, and history survive the round trip.

> Common mistake: accepting “full data export available” without checking what is excluded. Exports routinely omit attachments, audit history, automations, and custom field definitions, which means the exported file is a skeleton rather than a copy.

Deletion matters just as much. Ask how long deleted data persists in backups, whether deletion propagates to subprocessors, and what happens to your data after contract termination. A defensible answer names a number of days and a verification process. “Deleted from production immediately” says nothing about the three backups behind it.

What vendor evidence should you accept?

Accept a SOC 2 Type II report for operational controls, an ISO 27001 certificate for an information security management system, and a recent penetration test summary for external attack surface. Request all three for anything holding sensitive client data, and read the exceptions rather than the cover page.

Three habits separate a review from a document collection:

• Check the audit period. A SOC 2 Type II report dated two years ago covers a system that may no longer exist.
• Read the exceptions section. Every report has carve-outs; the useful question is whether any of them touch access control, change management, or monitoring.
• Ask what changed after the report. New features, acquisitions, and AI additions often land outside the audited boundary.

The VSA questionnaire, SIG, and CAIQ are useful for structuring questions, but they are self-assessments. Treat them as a starting point that saves typing, not as assurance.

What must the contract and DPA say?

The contract must name the processing purpose, the subprocessors, the breach notification window, the audit rights, the deletion timeline, and the liability associated with each. If those six items are missing, the security review is describing a relationship that does not legally exist.

For teams processing personal data under GDPR, four obligations are worth checking explicitly:

• Article 28: a written processor agreement with documented instructions, confidentiality, subprocessor authorisation, assistance with data subject rights, and deletion or return on termination.
• Article 32: appropriate technical and organisational measures, which is where encryption and access control move from nice-to-have to contractual.
• Article 33: notification of a personal data breach without undue delay, and within 72 hours where required. Your vendor’s notification window must be shorter than your own, or you cannot meet yours.
• International transfers: Standard Contractual Clauses or an adequacy decision, named in the DPA rather than assumed.

Add three commercial terms: an incident notification window measured in hours rather than business days, a named security contact, and a right to terminate without penalty after a material breach. A DPA without a remedy is a statement of intent.

What does the checklist look like when scored?

Score each domain from 1 to 5, multiply by the weight, and sum. Here is a worked evaluation of a mid-market tool for a 400-person company.

Example: scoring eight domains

The arithmetic is simple: a weight of 20 with a score of 4 contributes 16 points; a weight of 15 with a score of 3 contributes 9. The total of 57 out of 100 is below an approval threshold of 60, which makes the decision “remediate before rollout” rather than “no”.

Two conditions close most of the gap. Requiring SSO enforcement and a 12-month audit log would lift identity to 5 (20 points) and logging to 4 (8 points), taking the total to 73. That is an approval with conditions, and each condition is written into the contract rather than promised in a call.

Example: what an expected-loss model adds

Risk scoring tells you where the gaps are. An expected-loss calculation tells you whether closing them is worth the money, and it forces the assumptions into the open.

Assume a 2% annual probability of a breach affecting this workspace and the IBM-reported global average breach cost of $4.44 million from the 2025 *Cost of a Data Breach Report*. Expected annual loss is 0.02 × $4,440,000 = $88,800.

Now price a control at $30,000 a year that plausibly halves that probability to 1%. Expected loss falls to $44,400, so the control saves $44,400 and costs $30,000, a net gain of $14,400. At a 0.5% baseline probability, the expected loss is $22,200 and the same control destroys value.

The model is not a prediction. It is a way to argue about probability and effectiveness instead of about whether security matters. Adjust both numbers before quoting them to a CFO.

What are the common mistakes?

• Treating the questionnaire as the goal. A completed form is not a control. The useful output is a list of conditions with owners and dates.
• Weighting everything equally. Identity and exit deserve more attention than analytics preferences. Flat checklists hide that.
• Ignoring the integrations. A workspace connected to your CRM, identity provider, and a dozen automations is a data flow, not a silo. Review OAuth scopes and webhook destinations.
• Skipping the configuration review. The same product can be safe for one tenant and exposed for another. Guest settings, sharing defaults, and link permissions are your responsibility.
• Letting the security review end at signature. Permissions drift, guests accumulate, and integrations multiply. Schedule a re-review at renewal.
• Over-restricting to the point of workarounds. If the approved tool cannot do the job, people will use a personal account, and shadow IT is worse than a reviewed workspace.

How does Doitify fit into this?

Doitify is our platform, so read this section as disclosure rather than independent review. It is built for project, team, and goal management: tasks and sub-tasks with owners and dates, checklists, WBS dependencies, sprints and backlogs, roadmaps, Gantt and calendar views, workload and resource management, work and performance reports, project documents, meeting notes, risks and constraints, and CRM and finance modules.

For a security review, the features that matter most are the ones that control exposure: task ownership and per-project membership, guest access, import and export, and the reporting layer that shows who is working on what. We expect buyers to run this checklist on us and to ask for the current security documentation, the subprocessor list, and the data processing agreement before signing. If an answer is not available, that is a legitimate reason to delay, not to assume the best.

Conclusion

A security review of project management software is not a compliance ritual. It is the process of deciding how much of your operational memory you are willing to hand to a vendor, and on what terms.

Score the eight domains. Push hardest on identity, audit logging, and exit, because those three determine how quickly you notice a problem and how cleanly you can leave. Read the audit report’s exceptions, not its cover. Put the notification window and the deletion timeline in the contract, where they have consequences.

Then write the conditions down, assign owners, and set a date to check again. A checklist ending in a signed PDF produced paperwork; one ending in four dated conditions produced security.

If this post on project management software security was helpful, you might also enjoy Free Change Request Template and Project Timeline vs Gantt Chart: Key Differences (When to Use Each).