Cloud Security Management
Cloud security management reduces what your infrastructure exposes to the internet and controls exactly who can reach it — network rules, access control, secrets handling and patching applied at the infrastructure layer.
Common Exposure Patterns We Find
- Administrative ports left reachable from the open internet rather than a controlled access route
- A single shared login used for the cloud console by everyone who needs any access at all
- Database credentials or API keys committed alongside application code where anyone with repository access can read them
- Operating system and database patches left unapplied because there is no agreed window to test and apply them
Closing the Network and the Front Door
Network and Firewall Rules
Databases placed on private networks, administrative access closed to the public internet and routed through a controlled path instead.
Access Control and Multi-Factor Authentication
Named, least-privilege accounts for everyone with access, with multi-factor authentication required on the cloud console.
Handling Secrets, Patches and the Audit Trail
Secrets and Key Management
Credentials and keys stored outside the application code, with the ability to rotate them without a code change.
Patch Policy
A schedule for testing and applying operating system and database security updates, rather than leaving them until an audit asks.
Audit Logging
A record of who accessed or changed what, retained for a period you choose.
Where This Boundary Sits
This is infrastructure-layer security: what is exposed, who can reach it, and how access is controlled and logged. Vulnerabilities inside your application's own code, and formal penetration testing, are a different discipline; we will tell you plainly when that is the gap you actually need to close.
Frequently asked questions
How is this different from the monitoring and backup services you offer?
Monitoring watches for problems and backups protect against data loss; cloud security management is about preventing unauthorised access in the first place — closing exposed ports, controlling who has keys, and applying patches. The three overlap in practice and are often run together.
What drives the cost of a cloud security review?
How many servers, accounts and services are in scope, and how much needs correcting versus confirming is already sound. An environment with shared logins and exposed admin ports takes more work to bring in line than one with a reasonable baseline already in place.
What drives the timeline for tightening security?
Rotating credentials and tightening access without disrupting a live application takes care and is usually scheduled in stages rather than all at once, which is what determines how long the work takes more than the review itself.
Will tightening access disrupt our team's current workflow?
Some change is expected — a shared login being replaced by named accounts, for instance — but changes are staged and communicated in advance so nobody is locked out mid-task.
Does this include testing our application code for vulnerabilities?
No, that is application-level security and penetration testing, a distinct discipline from the infrastructure controls covered here. We can point you to what that work would involve if your infrastructure review surfaces a need for it.
Who holds the keys and credentials afterwards?
You do. Secrets are stored in a vault or secrets manager within your own cloud account, with our access scoped to what ongoing work requires and revocable at any time.
What do you need from us to start the review?
Administrative access to review current accounts and network configuration, a list of everyone who should retain access going forward, and a maintenance window for changes that require a brief service interruption.
Tell us what you need.
Send a short brief and one of our engineers will come back to you — usually the same day.
- No obligation
- We reply the same working day
- Your details stay private