When a business team builds its own application, the security questions do not go away. The same customer records, contract values and staff details end up in it. No-code application security depends less on how carefully each builder configures things and more on what the platform guarantees underneath, so the right place to start is a checklist you can hold every platform to.
Use the list below in two ways: as a builder, to know what to expect from your platform, and as a security reviewer, to decide whether a no-code application can hold real business data.
Identity: single sign-on, not separate passwords
Every separate username and password is another credential to phish, reuse or forget to revoke. A business application should sign people in through the identity provider your organisation already runs.
Check that:
- SSO is available over SAML and OIDC, so it works with the identity provider you use today.
- SSO is available on every plan, not reserved for the most expensive tier.
- Leavers lose access when their account is disabled in the identity provider, without anyone remembering to remove them from each application.
- External users, such as contractors or customers, can be handled without weakening the rules for staff.
Access: roles on every entity and action
Screen-level permissions are not enough. A procurement tracker may be open to the whole operations team, while supplier bank details should be visible to finance only, and approving a payment should be restricted further still.
Look for:
- Role-based access on every entity and action: read, create, update, delete and workflow steps such as approve or close.
- Rules enforced by the platform, not only by hiding a button. If someone calls the application's API directly, the same rules should apply.
- Access that is easy to review. A reviewer should be able to see who can do what without reading every screen.
- Least privilege by default, so new roles start narrow and are opened deliberately.
Evidence: audit logging and change history
Sooner or later someone will ask who changed a record, who granted a permission or when a rule was altered. The answer should come from a log, not from memory.
Check for:
- Audit logging of data changes, recording who, what and when.
- Audit logging of administrative actions, such as role changes and configuration edits.
- Versioned application changes, so every change to the data model, screens or workflow is recorded and can be reversed.
Our article on audit trails and compliance covers how this evidence supports regulatory and internal audit requirements.
Data protection: encryption, backups and export
Data must be protected both while it moves and while it is stored, and it must be recoverable when something goes wrong.
- Encryption in transit and at rest for all application data.
- Point-in-time backups, so you can recover to the moment before a mistake rather than to last night.
- Tested restores. Ask when a restore was last tested and how. A backup nobody has restored is an assumption.
- Secret rotation, so the keys and credentials the application uses do not stay the same forever.
Security also includes being able to leave. If a platform holds your data in a format only it can read, you have a continuity risk. Check that data can be exported on any plan, that the application itself can be exported too, and that the export is usable without the vendor's help.
Operations: patching, environments and rollback
Many security incidents start with something that was simply not updated. With a self-hosted tool, patching competes with everything else on someone's list. With a managed platform, it should be the provider's job.
Check that:
- Operating systems, runtimes and dependencies are patched by the provider as a routine, not on request.
- Changes go through staged environments before they reach live users, so a mistake is caught before it affects real data.
- Rollback is one step. If a release causes problems, reverting should be immediate and not a project.
- Logs, metrics and traces are collected, so unusual behaviour can be spotted and investigated.
This is where no-code on a managed platform can be stronger than a custom build: every application inherits the same operations, instead of each one depending on how diligent its builder was. The hidden costs of self-hosting internal apps explains why this work is so often skipped.
How Vibe answers the checklist
Vibe was designed so that these controls come with the platform rather than with each application:
- Single sign-on over SAML and OIDC.
- Role-based access on every entity and action.
- Audit logging of data changes and administrative actions.
- Encryption in transit and at rest.
- Every change to an application versioned and reversible.
- Infrastructure run by bizapps.io, with deployment pipelines using staged environments and one-step rollback, patching, dependency updates, secret rotation, and logs, metrics and traces.
- Point-in-time backups with tested restores.
- Data and generated code exportable on any plan.
The platform controls page describes these in more detail, and the FAQ on passing a security review explains the evidence available to your reviewers. For a short answer, see is my data secure.
Bring your security team in early
The fastest route to an approved application is to involve your security reviewers at the start, with this checklist in hand, rather than presenting a finished application for sign-off. If you are comparing platforms, the broader guide to choosing a no-code platform puts security alongside the other criteria. If you would like to go through the checklist against a real workflow, talk to us about the design partner programme.