CEO and Board

Your developers use AI tools. What they share stays on disk.

Every day, engineers paste passwords, API keys, and configuration into AI coding assistants. Those credentials sit in unencrypted log files on laptops, outside the repositories your secret scanners read. Skarn makes this visible. Nothing leaves the machine.

$4.67M
Average cost of a credential-based breach (IBM Cost of a Data Breach 2025)
246 days
Average time to detect and contain a credential breach (IBM 2025)
1-3 days
Typical time to deploy Skarn across a team - no infrastructure change
13
AI coding assistants whose session logs Skarn reads on the developer's machine

The business risk, in plain terms

A blind spot in every current security stack

Claude Code, Gemini CLI, Antigravity, Codex CLI, Cursor, GitHub Copilot, Kimi Code CLI, Grok Build, Grok Bot, OpenCode, Cline, Cowork, Claude Enterprise all write every session to disk, unencrypted: every file read, every command run, every credential pasted in. Secret scanners read git repositories, and a session log is never committed. Skarn reads the session logs.

Regulations now hold you personally accountable

NIS-2, DORA, and GDPR create direct personal accountability for executives and board members when cybersecurity obligations are not met. This is not only corporate risk - it reaches individuals. See the legal view.

Your exposure exists today.

First scans routinely find live, unrotated credentials in AI session logs, on machines already in use. A 30-minute live demo shows you exactly what has leaked, with nothing uploaded anywhere.

Personal accountability, in one line each

NIS-2

Management bodies are personally accountable for approving and overseeing cybersecurity measures. Corporate fines reach EUR 10M or 2% of global turnover for essential entities.

DORA

For financial entities, the board's ownership of the ICT risk framework is non-delegable; individual management-body members can face personal liability under national implementation. Enforceable since January 2025.

GDPR

A credential leak that reaches personal data triggers breach notification and fines up to EUR 20M or 4% of global turnover.

This accountability is personal as well as corporate. Full law-by-law detail, including national criminal provisions that vary by member state, is on the Legal and DPO view, and is a conversation for counsel.

How it works, no technical background required

1
A single file on a developer's machine, in under an hour

No server installs, no cloud accounts, no IT project. One binary on Windows, macOS, or Linux, Intel or ARM.

2
It reads logs the AI tools already write

Claude Code, Gemini CLI, Antigravity, Codex CLI, Cursor, GitHub Copilot, Kimi Code CLI, Grok Build, Grok Bot, OpenCode, Cline, Cowork, Claude Enterprise already write session logs to disk. Skarn reads them. Developers work exactly as before.

3
You receive a redacted report - nothing leaves the machine

Every credential masked. The report shows what leaked, in which session, with a risk score. Nothing is sent to Skarn or any external system.

4
Add the paid controls once you know what is there

Policy-as-code, baselines, and a tamper-evident audit log, run in your own CI pipeline - a permanent, auditable control for NIS-2 and DORA evidence.

More for your team: CISO and CSO, CFO and Finance, Legal and DPO

Start with a 30-minute live demo

On a single developer machine. You watch it run, nothing leaves the laptop, and you keep the redacted report. Most organisations find something on the first scan. The free tier includes the scanner under a registered license, for individuals and organisations alike; the paid controls are licensed per developer, and Team adds the organisation around them.

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