SECODE is an AI-native security enablement platform that trains developers on secure coding through gamified missions covering OWASP Top 10 and AI-specific attack vectors like prompt injection and MCP server vulnerabilities.

SECODE is designed for engineering teams at mid-size SaaS companies (Series A–C) and for MSSPs who need to deliver scalable security training to their clients.

How is SECODE different from other security training platforms?

SECODE is built by practitioners (former CISOs at PayPal, Kyndryl, ActiveFence) and focuses on AI-era threats like prompt injection and vibe coding risks that legacy platforms like Secure Code Warrior or Codebashing do not cover. Training is delivered through gamified samurai-themed missions, not passive video slides.

Does SECODE support SOC 2 compliance?

Yes. SECODE provides per-developer completion reports and audit trail exports aligned with SOC 2 Type II security awareness training requirements.

Is there an MSSP program?

Yes. SECODE offers multi-tenant white-label portals for MSSPs, with per-client reporting, custom branding, and flexible seat licensing.

Secure coding training for the AI era

Ship secure code —
even when AI writes it.

Name: SECODE
Author: SECODE

Hands-on labs that train your developers to beat prompt injection, the OWASP Top 10, and the new risks of AI-generated code.

Book a demo Explore the labs

No slideware — real exploits, real fixesOWASP Top 10 + AI-native missionsBuilt by ex-CISOs

developers writing
AI-assisted code today

GitHub Octoverse, 2024

of AI-assisted PRs ship
with a known vulnerability

Stanford / UIUC, 2023

$0M

average breach cost
for mid-size SaaS

IBM Cost of a Data Breach, 2024

SECODE — Mission: A01 Broken Access Control

Live

1234567

function checkAccess(user, resource) {

// Spot the vulnerability

if (user.role === 'admin') {

return true;

}

return resource.ownerId == user.id;

}

⚡SECODE caught it: loose equality (==) allows type-coercion bypass — CWE-697

✓ PASSEDPatched with strict check — 3 tests greenSkill unlocked: Access-control hardening

Real outcomes

−72%

vulnerabilities in PRs
after 6 weeks

Time to first fix

12 min

median, in-IDE
no context switch

Audit-ready

SOC 2

per-developer trail
exported in 1 click

Aligned with the frameworks security and engineering teams already trust

OWASP

Top 10 mapped

NIST

SSDF aligned

SOC 2

audit-ready trails

CWE

tagged missions

MITRE

ATT&CK enriched

ISO 27001

control mapping

70+

Languages & frameworks covered

OWASP

Top 10 — web, API & LLM

100%

Hands-on labs, zero lectures

AI-first

Prompt injection & MCP

The problem

AI writes the code.
Who's securing it?

Your team ships AI-generated code faster than anyone can review it — and the old training never covered these attacks.

New attack surface

Prompt injection, leaky MCP tools, and agent misuse don't show up in legacy AppSec courses.

Velocity outruns review

Copilot-speed commits mean vulnerabilities ship before a human ever reads the diff.

Training nobody finishes

Hour-long videos get skipped. Skills fade. Coverage you can't prove to an auditor.

Visual threat model

See the risks your developers are training to stop

Neon cybersecurity scene showing a prompt-injection warning around AI-generated code

AI attack surface

Prompt-injection and agent misuse become visible before they reach production.

Abstract neon data highways flowing through encrypted security gates

Secure flow by design

Abstract data paths show how risky commits move through guided defensive checkpoints.

Cyberpunk security lab showing vulnerable code being patched in a holographic sandbox

Fix it in the lab

Developers exploit, patch, and prove the fix inside realistic cyber-range missions.

The labs

Practice the attacks. Ship the fix.

Every lab is a real, broken app. Developers exploit it, patch it, and prove the fix — right in the browser.

AI ERA

Prompt injection & MCP

Defend agents and tool calls against the attacks legacy training ignores — built for how code is written today.

OWASP Top 10, hands-on

Web, API, and LLM. Find the flaw, write the patch, watch the tests turn green.

Beginner → advanced paths

Guided tracks that meet each developer where they are and level them up fast.

Coverage you can prove

Dashboards that turn training into audit-ready evidence for SOC 2, PCI & more.

How it works

From awareness theater to measurable security outcomes

One platform. Three steps. The same workflow your developers, security engineers, and auditors are already trying to run on five different tools.

Map your real risk

Connect SECODE to GitHub, GitLab, or your IDE. We surface the OWASP and AI-native gaps already living in your codebase — by team, by repo, by language.

Discovery in under 5 minutes

Train where developers ship

Hands-on missions with real, vulnerable code. Prompt injection, broken access, MCP server abuse — solved in a sandbox identical to your stack. No slides. No multiple choice.

Mastery — not memorization

Prove the outcome

Per-developer audit trails, CWE tags, framework alignment, and ROI dashboards your CISO and auditor can actually use. Export a SOC 2 evidence pack in one click.

Audit-ready by design

For AppSec & security leads

Roll out secure coding
across every team

Stand up a program your developers actually finish — and walk into audits with proof.

Talk to our team

Build a security-champions program that sticks
Per-team & per-developer coverage reporting
Audit-ready evidence for SOC 2, PCI, ISO 27001
SSO, role-based access & one-click assignments

Get Started

Run a real PR through SECODE

20 minutes. Bring a real repo. We'll show you what your team is shipping past — and how SECODE turns that signal into training, evidence, and ROI your CISO will sign off.

Walkthrough on your stack — Python, Go, Java, JS, .NET

Mission plan + ROI deck for your CISO

SOC 2 audit-trail sample, no commitment

Ship secure code —even when AI writes it.

AI writes the code.Who's securing it?

New attack surface

Velocity outruns review

Training nobody finishes

See the risks your developers are training to stop

AI attack surface

Secure flow by design

Fix it in the lab

Practice the attacks. Ship the fix.

Prompt injection & MCP

OWASP Top 10, hands-on

Beginner → advanced paths

Coverage you can prove

From awareness theater to measurable security outcomes

Map your real risk

Train where developers ship

Prove the outcome

Roll out secure codingacross every team

Run a real PR through SECODE

Ship secure code —
even when AI writes it.

AI writes the code.
Who's securing it?

Roll out secure coding
across every team