A data breach
Student, staff or client records leaking — and the GDPR fine, notification and loss of trust that follow.
CyDrakk inspects your websites, your access and — as soon as you grant us read-only access — your entire infrastructure, exactly like a hacker would, and tells you what is truly dangerous — not a list of 500 alerts — and hands you a clear report every week. Nothing to install, and no data ever leaves your organization.CyDrakk maps your external exposure, correlates it daily with global exploitation intelligence, and proves what is actually exploitable — without any data ever leaving your infrastructure.
Think of it as the mandatory safety inspection for your digital exposure.
The first hunt typically surfaces 7 actively-exploited CVEs no one was watching.
No active packet without proof of control and a signed mandate. Every action is logged.
Jargon? Hover a term: CVEA known entry point for attackers (a documented flaw). KEVA flaw being actively exploited right now. EPSSThe probability (%) a flaw will be exploited. attack surfaceEverything of yours that can be reached from the Internet. safe-modeWe only observe — we never modify anything.
In plain terms: the three bad days CyDrakk is built to prevent.
Student, staff or client records leaking — and the GDPR fine, notification and loss of trust that follow.
One exposed service, and your whole organization is frozen for days — teaching, admin, payroll, all stopped.
Being caught off guard at a NIS2 or Qualiopi review because no one had a clear, up-to-date view of the exposure.
Instant passive preview. Then, after proof of control, a full active scan + AI remediation.
From discovery to proof, a deterministic chain. AI augments the analyst and prioritizes; sensitive actions stay behind human validation gates.
Recursive passive recon: subdomains, DNS, IPs, services, forgotten assets — rebuilt into a "who talks to what" graph.
Every tech/version is linked to CVEs, KEV, EPSS and exploit availability. Ranking follows real risk — never raw CVSS.
A deterministic validator only concludes "exploitable" with replayable proof. Strict safe-mode, never any post-exploitation.
One run, an executive summary and a technical annex. Attack paths, prioritized remediation, PDF export — white-labeled.
Product principles embodied in the code — not just the pitch.
Hosted on your own infrastructure. The only outbound flows are public intel feeds. Air-gap mode with a local feed mirror.
The rules-of-engagement engine allows, limits or denies every action — and logs it to a tamper-evident audit trail.
A flaw only becomes "exploitable" with reproducible proof. No more 4,000 theoretical CVEs to triage.
KEV › EPSS › exploit availability › exposure › business criticality. An actively exploited medium outranks a dormant critical.
Link exposure + flaw + leaked credential into a proven attack path with impact — not a flat list.
SoonMSSP / host reselling: per-tenant theme, domain and reports, with strict isolation verified at the database level (RLS).
Every module activates per tenant — the console grows as you enable them.
New asset, service, finding or leak? Instant alerts to Slack, Teams, webhook or email — plus an inventory diff between scans.
Consent, proof of control (DNS TXT) and signed mandate per asset, with a global and per-campaign kill-switch. The guardrail no other offensive platform shows.
Each proven flaw carries a timestamped, cryptographically signed, audit-grade proof — safe-mode, nothing modified.
Emerging KEV/EPSS and public exploits filtered to your assets, plus credential-leak correlation (Have I Been Pwned).
Prioritizes and explains findings in safe-mode — a sovereign AI analyst, hosted in Europe, zero-retention. No raw data ever leaves; PII minimized; never a decision-maker.
Executive + technical reports as signed PDF, and an interactive web portal via an expiring, revocable link with client↔analyst comments.
Group findings into projects with owner, SLA and verification re-scan — push to Jira / ServiceNow / webhook in one click.
Fortinet, Microsoft 365 / Entra, GitHub, AWS, SNMP — credentials in a sovereign vault, each connector an activatable module.
Start free in 60 seconds. Scale to continuous, then to your own sovereign instance.
Instant passive preview + one full active scan after proof of control (DNS). Clear report with CVE + AI fix suggestions.
Scan nowContinuous offensive testing (the snake), multi-layer active scanning, CVE correlation KEV/EPSS, change detection + alerts, signed PDF reports + shareable portal, sovereign AI analyst.
StartYour own self-hosted multi-tenant instance: ROE engine + signed mandates, local+Entra SSO, internal VPN assessment, read-only connectors, reverse engineering, white-label, air-gap, compliance mapping.
Talk to usIn France, unauthorized access to a system is a criminal offense. A written mandate and proof of control are the only protection — CyDrakk enforces them automatically, per asset type.
| Asset type | Passive | Active scan | Validation |
|---|---|---|---|
| Asset you ownproof + mandate | ✓ Allowed | ✓ Non-destructive | ✓ Safe-mode |
| M365 / SharePoint tenantshared service | ✓ Allowed | ⚠ Config / exposure | ⚠ Identification only |
| Unmandated third-party asset | ⚠ Public OSINT | ✕ Denied | ✕ Denied |
Native understanding of the M365 / SharePoint / Entra surface, with GDPR and security-policy requirements built in. NIS2 requires knowing your IT estate: CyDrakk keeps a living Technical Architecture Document up to date.
4 actually exploitable flaws this week, 2 of them on critical services. Priority: 72 h.
CVE-2021-41773 — RCE, KEV, proof attached
CVE-2023-27997 — FortiOS, EPSS 0.94
CVE-2024-21413 — ransomware campaign
CyDrakk shares its foundation (CVE ingestion, asset model, report engine) with OpenVault, the self-hosted SOC agent. A red + blue suite, 100% sovereign.
External attack surface, exploitability correlation, safe-mode validation, chaining and reporting. Coming: internal bot and breach-and-attack simulation (BAS) without breaking anything.
Self-hosted SOC agent. Detection and response on the same asset model and intel — closing the loop between what is exposed and what is monitored.
Connect one or more VPNs per client and assess the information system from within: inventory, flow mapping, hybrid AD/Entra — under explicit authorization and a signed internal mandate, fully logged.
No destructive action, no data exfiltration — the platform proves, it never pushes further.
Authenticated, read-only scanning of business applications (CRM, ERP, SaaS, M365, web apps) with a test account provided by the client — stored in Vault. Strict safe-mode: never a write, never another account's data.
IDOR, broken authentication, missing server-side session control — proven with fictitious accounts and objects whenever possible.
Over-permissive roles, exposed debug endpoints, overly open CORS, missing security headers.
Never writes or changes state, never touches another user's data, and never adds or modifies rights autonomously — that stays a human-validated admin action.
On mutualized services (M365 & co.), the ROE caps validation at identification — per Microsoft's policy, no exploitation of shared services.
CISA KEV feed, ingested daily by the platform — what attackers are exploiting right now.
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Connect your authorized domains and get, from the very first week, the map of what is actually exploitable.
Open the consoleA demo, a question? contact@cydrakk.io