SECURITYCIPHER ยท INTERACTIVE TRAINING

Free Interactive Cybersecurity Labs

Practice injection flaws in guided exploit labs, or review cloud architecture diagrams and flag misconfigurations. Everything runs in your browser with fake data only.

Architecture review

Spot misconfigurations in cloud diagrams

Each scenario is a fixed architecture map. Click components, flag what looks wrong, and submit for a scored debrief with remediation notes. More cloud and platform diagrams will land in this section over time.

How it works

Exploit the flaw, understand it, then verify the defense

01

Follow a realistic objective

Work through a staged attack path with payload hints, a live inspector, and fake application data.

02

See the root cause

Watch untrusted input cross a trust boundary so the vulnerable query or instruction flow is clear.

03

Apply and retest the fix

Compare the defensive pattern with the vulnerable implementation and confirm the original attack no longer works.

Safe by design: every exercise runs locally in your browser. The labs do not send attack payloads to a server, target a real application, or store your inputs. Progress is optional and stays in local browser storage.

Planned lessons

More labs on the roadmap

These lessons are being refined before public release. Their direct URLs remain unavailable until each lab meets the same exploit, explanation, defense, and retest standard.

03 ยท ROADMAP

Cross-Site Scripting

Reflect XSS payloads in a fake greeting app - watch HTML and the sandboxed preview change live.

A03 Injection ยท Planned
04 ยท ROADMAP

Broken Authentication

Abuse weak sessions, predictable tokens, and missing lockout in a fake employee portal.

A07 Auth Failures ยท Planned
05 ยท ROADMAP

IDOR

Swap invoice IDs in a REST viewer and see when the API forgets to check ownership.

A01 Broken Access Control ยท Planned
06 ยท ROADMAP

SSRF

Steer a thumbnail proxy toward internal hosts, metadata endpoints, and file URLs.

A10 SSRF ยท Planned
07 ยท ROADMAP

Clickjacking

Layer invisible frames over a bank UI and learn why X-Frame-Options and CSP matter.

A04 Insecure Design ยท Planned
08 ยท ROADMAP

Open Redirect

Hijack post-login redirects in VaultLane and craft phishing-ready Location headers.

A01 Broken Access Control ยท Planned
09 ยท ROADMAP

Path Traversal

Walk ../ sequences through a download portal and read files outside the web root.

A01 Broken Access Control ยท Planned
10 ยท ROADMAP

Command Injection

Chain shell metacharacters through a ping utility and watch the command string mutate.

A03 Injection ยท Planned
11 ยท ROADMAP

XXE Injection

Upload malicious XML entities and exfiltrate secrets from a fake parser service.

A05 Security Misconfiguration ยท Planned
12 ยท ROADMAP

JWT Attacks

Forge JWT claims, flip algorithms, and bypass weak signature checks client-side.

A07 Auth Failures ยท Planned
13 ยท ROADMAP

CSRF

Simulate cross-site transfers with missing or weak anti-CSRF tokens on a wire form.

A01 Broken Access Control ยท Planned
14 ยท ROADMAP

SSTI

Inject template expressions into badge rendering and escalate to code execution paths.

A03 Injection ยท Planned
15 ยท ROADMAP

File Upload

Bypass extension and MIME checks to plant a web shell in a fake upload pipeline.

A04 Insecure Design ยท Planned
16 ยท ROADMAP

OAuth Misconfiguration

Exploit redirect_uri and state mistakes in a simulated OAuth callback handler.

A07 Auth Failures ยท Planned
Questions

Security lab FAQ

Are these labs safe to use?

Yes. They are browser-only simulations with fake users, secrets, databases, and responses. No payload is sent to a vulnerable server or external target.

Which security labs are live?

SQL Injection, AI Prompt Injection, and the AWS 3-Tier Architecture Review lab are public. Other exploit lessons and future architecture scenarios on this page are roadmap items until they are ready.

Do I need an account?

No. All live labs are free without a login. Exploit-lab progress can be saved locally in your browser; architecture reviews are scored per attempt in the session.

What will I learn?

Each lesson connects exploitation to the underlying trust failure, a defensive coding pattern, and a retest that verifies the fix.