Your GRC System Holds Your Most Sensitive Information
A Governance, Risk and Compliance system is, by design, a map of everything that could go wrong in your organisation. Risk registers, incident reports, conflict of interest declarations, audit findings, board papers, whistleblower matters - it all ends up there. That makes the GRC platform one of the most sensitive systems you run, and one of the most attractive to anyone looking to cause harm.
Yet security is often the least examined part of a GRC software evaluation. Vendors tick "secure" and "encrypted" on the tender response, and buyers move on to the feature list. Having spent many years building and maintaining GRC software, I'd suggest looking harder. Here is what "secure GRC software" should actually mean, and the questions worth asking any vendor - including us.
1. A Complete, Tamper-Resistant Audit Trail
The audit trail is the heart of a GRC system. If you can't prove who changed a risk rating, who approved a policy, or who closed an incident - and when - the system isn't doing its job, however good it looks.
- Every action, not just some - creates, edits, deletions, approvals, logins and exports should all be recorded, with the user, time and before-and-after values.
- Not editable by users - including administrators. An audit log that an admin can quietly tidy up is not an audit log.
- Readable by people - auditors and regulators need to see the history of a record without asking IT to query a database.
Ask: "Show me the full change history of a single risk, including who viewed or exported it."
2. Role-Based Access That Matches Your Organisation
Most data breaches involve people seeing things they never needed to see. In a GRC system that might mean a staff member reading a confidential incident report, or a contractor browsing board-level risks.
- Least privilege by default - users should only see the functions and records relevant to their role.
- Record-level control - sensitive items such as complaints or investigations need tighter access than the rest of the register.
- Easy offboarding - when someone leaves, removing their access should be immediate and complete, and their history should remain intact.
Ask: "Can two users in the same department see different records? How is access removed when someone leaves?"
3. Strong Authentication
A username and password alone is no longer adequate for a system holding this kind of information. Look for multi-factor authentication (MFA), and ideally single sign-on (SSO) with your existing identity provider such as Microsoft Entra ID, so that your own password policies, MFA and account lockouts apply automatically.
Ask: "Is MFA available for every user? Can we use our own identity provider?"
4. Australian Hosting and Genuine Data Sovereignty
"Hosted in Australia" is not the same as "subject only to Australian law". If your vendor is a foreign company, or its cloud provider is, your data may be reachable under overseas legislation even while it sits in a Sydney data centre. Backups, support access and disaster recovery copies can also quietly leave the country.
- Where is the primary data stored? And where are the backups and DR copies?
- Who can access it? Are support staff onshore? Is any data processed by offshore services, including AI features?
- Which jurisdiction does the vendor answer to?
We have written more about this in Ensuring True Data Sovereignty in Australia.
5. Encryption - In Transit and at Rest
Encryption is table stakes, but it's worth confirming the detail. All traffic should use modern TLS (HTTPS everywhere, with older protocols disabled), and data should be encrypted at rest, including database backups and uploaded documents. Documents matter here: a GRC system's file store often contains more sensitive material than its database.
6. Backups, Recovery and Continuity
Security includes availability. Ransomware, accidental deletion and hosting failures all happen. A good vendor can tell you how often data is backed up, how long backups are kept, where they are stored, and - most importantly - when they last tested a restore.
Ask: "What are your recovery point and recovery time objectives, and when did you last test them?"
7. How the Software Is Built and Maintained
This is the question buyers rarely ask, and the one I'd weight most heavily. Security is not a feature you add once; it comes from how the software is engineered and looked after over years.
- Patching - how quickly are security updates to the underlying platform, libraries and servers applied?
- Testing - is the application independently penetration tested? Will they share a summary of the results?
- Development practice - is code reviewed? Are test and production environments separate, and is real client data kept out of testing?
- Longevity - who maintains the code base, and what happens if key people leave?
A vendor that answers these confidently and specifically is usually one that takes security seriously everywhere else too.
A Quick Vendor Checklist
- Is every action recorded in an audit trail that no one can edit?
- Can access be restricted by role and by individual record?
- Are MFA and SSO supported?
- Are data, backups and support all kept in Australia, under Australian jurisdiction?
- Is data encrypted in transit and at rest, including documents?
- Are backups tested, with clear recovery objectives?
- Is the software independently tested and actively maintained?
How GovMan Approaches Security
GovMan captures every action for audit purposes, so nothing falls through the cracks, and users only see the functions relevant to their role. The platform is hosted in Australia in data centres selected for their security, continuity and uptime, uses current web security and encryption standards, and can also be deployed in private clouds and data centres where an organisation needs it. You can read more on our platform page.
We are always happy to answer the questions above in detail. If you're evaluating GRC software, ask us - and ask every other vendor on your shortlist too.
