Continuous security, verified
ZprotectZ finds the known security holes in your servers, container images and code dependencies, warns you the moment something shows signs of compromise, proposes a fix you approve — and only marks it fixed when an independent retest of the deployed version proves it.
Read-only by default. Nothing changes without your approval.
Findings close only after a retest of exactly what you deployed.
An unreachable server shows as stale, never as clean. A failed scan never counts as a pass.
Scanning, approvals and verification all work with AI switched off.
What it protects you from
Attackers rarely need something new. They use published vulnerabilities in software that was never updated, on systems nobody was watching. ZprotectZ closes that gap, and proves it stays closed.
Outdated packages on your Linux servers, in your container images and in your code's dependencies — the published CVEs attackers scan the internet for.
The server nobody owns, the repository nobody checks. Everything you connect stays on the list, and anything that goes quiet is flagged, not assumed safe.
A patched branch is not a patched server. Findings close only when the version actually running is retested clean — and reopen if the problem comes back.
Repairs arrive as pull requests. Nothing changes until a named person approves that exact change with two-factor sign-in.
Know early when something has already gone wrong: system or website files changed without a deployment, new user accounts or SSH keys, new open ports, unusual outbound connections or logins. Every signal arrives with its evidence, in the same audited workflow — and works alongside your existing antivirus and firewall.
How it works
A small Linux agent and a read-only GitHub connection build your inventory. Outbound connections only.
Sandboxed scans of images and dependencies, recording target digest, scanner version and data age.
Each finding gets context: what's affected, how exposed it is, and the evidence behind every claim.
A proposed change as a pull request. You approve the exact diff, with MFA. Your pipeline deploys it.
An independent retest of the deployed version closes the finding — or reopens it.
Verification
Security by design
Tenant isolation is enforced by the database itself, and tested on every build with real roles.
Privileged roles always use two factors. Approving a change asks you to confirm again.
Every decision — allowed or denied — is recorded in a hash-chained log that shows any tampering.
Start with visibility. Repair permission is separate and only used for changes you approve.
Scanners run isolated, with pinned and signature-checked versions, and never inside your network's trust.
See what is covered, what is stale and what failed — separately from what is vulnerable.
ZprotectZ sits alongside the scanners, firewalls and backups you already have, and closes the loop between finding a problem and proving it's gone.
Repositories, images and the servers they run on, in one view.
Evidence you can show customers when they ask how you handle vulnerabilities.
Many servers, many owners — every one accounted for, none silently stale.
Getting started
Start small: one server and one repository. Add more when you've seen what it finds.
Inventory, scanning, evidence and verified repairs.
Adds AI investigation within your budget, and evidence exports.
Dedicated deployment, your region, contract retention and support terms.