Findings, never fixes
A 400-line vulnerability report with no guidance is busywork, not security. You're left reverse-engineering what the scanner even meant.
For developers
Security that ships at the speed of code.
Findings without fixes are just guilt. S-Security wires SAST, DAST, secrets, and API security straight into your pipeline — with clear, actionable remediation in the PR where you already work. Secure by default, not by overtime.
Why devs tune security out
Security tools that fight your flow
Most app-sec tooling was built for auditors, not builders. It blocks merges, drowns you in noise, and never tells you how to actually fix the thing. Here's what we refuse to do to you.
False-positive fatigue
When 90% of alerts are noise, you learn to ignore all of them — including the one that mattered. Trust in the tool evaporates fast.
Leaked secrets
An API key in a commit lives forever in git history. By the time a quarterly scan catches it, a bot already has it.
Blocked merges
A gate that fails the build on a low-severity, unexploitable finding doesn't make you secure — it makes you disable the gate.
Unguarded APIs
Broken object-level auth, missing rate limits, over-exposed endpoints — the OWASP API Top 10 hides in code that "works fine" in tests.
Vulnerable dependencies
Your app is mostly other people's code. One transitive package with a known CVE quietly inherits its risk into production.
How S-Security helps you
Shift left without slowing down
Security that lives where you do — in the IDE, the PR, and the pipeline — and earns its place by being fast, accurate, and genuinely helpful.
SAST & DAST in CI
Static and dynamic analysis run on every pull request — catching injection, XSS, and logic flaws before merge, with results inline next to the offending line.
Fix, not just find
Every finding ships with a one-line explanation, the exploit path, and a suggested patch — often an auto-generated fix you can accept right in the PR.
Secrets caught at commit
Pre-commit and pre-push hooks block credentials before they ever reach the remote, and continuous scanning sweeps history so nothing slips through.
API security built in
We test against the OWASP API Top 10 — broken auth, excessive data exposure, missing rate limits — and flag risky endpoints from your schema, not guesswork.
Dependency & supply-chain SCA
Continuous SCA flags known CVEs in your direct and transitive dependencies, prioritizes by reachability, and suggests the safe upgrade path.
Native to your workflow
GitHub, GitLab, Bitbucket, Jenkins, and your IDE — we meet you in the tools you already use. Low false-positive rates mean the gate stays on because devs trust it.
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Faster remediation with inline fixes
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Fewer false positives vs. legacy SAST
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Added to your average CI run
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Commits scanned for secrets
Go deeper
Services that harden what you build
Penetration Testing
Manual app-sec experts probe the logic flaws scanners can't reach — and pair with your team on the fix.
Explore Pen TestingCloud & Workload Security
Catch the misconfigured bucket and over-privileged role your IaC introduced — before it reaches prod.
Explore Cloud SecurityZero Trust Architecture
Identity-first access patterns and short-lived credentials your services can adopt by design.
Explore Zero Trust"The difference is the fix suggestions. Our old scanner threw a wall of findings over the fence; S-Security tells me exactly what's wrong and hands me the patch in the PR. My team stopped disabling the security gate — that says everything."
Hannah BeckerCISO · Vantage Health
FAQ
Developer FAQ
Will this slow down my CI pipeline?
No. Scans run incrementally against your diff and execute in parallel, typically adding under ten seconds to an average run. Full-repo deep scans run on a schedule out of band, so day-to-day pull requests stay fast.
How do you keep false positives low?
We combine data-flow analysis with reachability and exploitability scoring, so a vulnerable function that no input can actually reach won't fail your build. You can tune severity gates per repo, and findings learn from your triage decisions over time.
Which languages and platforms do you support?
All the major ecosystems — JavaScript/TypeScript, Python, Go, Java/Kotlin, C#, Ruby, PHP, and Rust — plus IaC (Terraform, CloudFormation) and container images. We integrate with GitHub, GitLab, Bitbucket, Jenkins, and your IDE.
Do the auto-fixes actually work?
For common, well-understood vulnerability classes — like unsanitized inputs, weak crypto defaults, and outdated dependencies — we propose a concrete patch as a suggested change you can review and accept. You always stay in control; nothing merges itself.
Build secure by default
Put security in the pull request, not the post-mortem
Connect a repo in minutes and watch S-Security scan, prioritize, and fix on your next PR. Bring your messiest codebase — we like a challenge.