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PREEMPTIVE DEFENSE

Clone production. Let AI attack it.

Create identical copies of your infrastructure and run AI-powered penetration tests — without risking production.

Every security tool scans for vulnerabilities. None let you attack a real clone. Rediacc does.

Start Free See how it works → →
rdc term production security-scan
✓ Cloning production environment............... done (47s) ..
→ Snapshot: 380 GB (btrfs CoW: 2.1 GB used)
✓ Initializing AI pentest engine................ done ..
→ Engine: OWASP ZAP + Nuclei + custom rules
✓ Running attack simulation... ..
→ Port scan................................. 847 ports checked
→ Web application testing................... 12 endpoints
→ Authentication testing.................... 4 services
→ SQL injection probing..................... 186 queries
→ XSS detection............................. 94 vectors
→ CVE scanning.............................. 2,847 signatures
✓ ✓ Pentest complete: 7 vulnerabilities found
✓ Destroying test clone........................ done ..

Illustrative output; actual runs may include extra logs. CLI reference: rdc term

47s
Clone for testing
0
Production risk
2,847
CVE signatures scanned
THE PROBLEM

You can't pentest production without risk

Penetration testing on live systems is dangerous. It can crash services, corrupt data, or trigger false alarms. So most teams either skip it or test against outdated staging environments that don't reflect reality. The result: vulnerabilities sit unpatched for months — or until an attacker finds them first.

194 days average time to identify a breach IBM Cost of a Data Breach 2024 [1]
180% increase in vulnerability exploitation as initial breach vector Verizon DBIR 2024 [2]
$4.88M average cost of a data breach IBM Cost of a Data Breach 2024 [1]
TRADITIONAL PENTESTING
Month 1 Schedule pentest
Month 2-4 Wait for vendor
Week 1 Test staging
Week 2 Get PDF report
Reality Prod is different
WITH REDIACC
Run pentest
47s
7 vulns found
THE REAL COST

What's your vulnerability exposure costing?

Every day a vulnerability sits unpatched is a day your infrastructure is exposed. Calculate your risk window.

Security exposure calculator

WITHOUT REDIACC
Exposure per vuln197 days
Blind spot98%
Pentest cost$60,000
Annual security cost
$114,880
WITH REDIACC
Exposure per vuln14 days
Blind spot0%
Pentest cost$0
Annual security cost
$4,800
Model: Traditional pentest cost at ~$15K per engagement per ~10 servers. Blind spot = % of year without active scanning. Rediacc cost based on $20/server/month for continuous automated testing.
HOW IT WORKS

One command. Zero risk.

1

Clone

Create an exact btrfs snapshot of your production infrastructure in 47 seconds. Zero-copy, full fidelity.

2

Attack

Run AI-powered pentests against the clone — port scans, SQLi, XSS, CVE checks, auth probing. Real attacks, real data.

3

Fix

Get a prioritized vulnerability report. Patch before attackers find them. Destroy the clone — production never touched.

Production Live
🔒 GitLab :443
🔒 Nextcloud :443
🔒 Keycloak :8443
🔒 MariaDB :3306
380 GB · 4 services · untouched
btrfs CoW · 47s
Clone Under Attack
⚔️ Port scan · 847 ports
⚔️ SQLi probing · 186 queries
⚔️ XSS detection · 94 vectors
⚔️ CVE scanning · 2,847 sigs
2.1 GB CoW · disposable
Report · 7 found
Vulnerability Report 7 Found
CRIT: SQLi in auth endpoint
HIGH: Outdated OpenSSL
HIGH: CORS misconfiguration
MED: +3 medium, +1 low
Prioritized · actionable · exportable
UNDER THE HOOD

Why this works

Traditional penetration testing targets staging environments that drift from production within days of creation. Rediacc creates a btrfs copy-on-write snapshot of your actual production infrastructure — same data, same configs, same vulnerabilities — and runs automated attack simulations against it. The clone is destroyed after testing. Production is never touched.

Staging (weeks old, config drift)
Production clone (seconds old, 100% match)
High (if testing prod) or None (but inaccurate)
Zero — clone is disposable
Sanitized / synthetic data
Real production data (isolated)
Days to weeks for staging
47 seconds via btrfs CoW
1-2x per year (manual)
Continuous (automated, on every deploy)
$15,000-$50,000 per engagement
$0 marginal (automated)
WHY IT MATTERS

What you get

Zero production risk

Attack a disposable clone, not production. Crash it, break it, exploit it — your live infrastructure is untouched.

Real production conditions

Test against actual configs, real data, and live service versions — not a sanitized staging environment that drifted months ago.

Continuous, not annual

Run pentests on every deploy, every week, or every commit. No more waiting 6 months between manual engagements.

We ran our first automated pentest on a production clone and found 23 vulnerabilities — including 2 critical SQL injection vectors that had survived three manual audits. We patched all of them before our next compliance review, and we now run pentests weekly instead of annually.
→
Weekly automated pentests

Find vulnerabilities before attackers do

Start with the free Community edition. Run your first pentest in under 60 seconds.

$ rdc audit log --limit 200
Test any containerized workload
Databases, mail servers, CI/CD, CMS, monitoring, auth — if it runs in a container, Rediacc can pentest a clone of it.

Explore Other Solutions

Preemptive Defense

AI Pentesting

Clone production. Let AI attack it.

Current page Preemptive Defense

Continuous Security Testing

Test security continuously, not annually

→ Preemptive Defense

Vulnerability Management

Fix vulnerabilities before attackers arrive

→ Ransomware Survival

Immutable Backups

Backups that ransomware can't touch

→ Multi Cloud

Cloud Outage Protection

When AWS goes down, you don't

→ Verified Backups

Backup Verification

Every backup verified automatically

→ Encryption Control

Encryption You Control

Your keys. Your encryption. No exceptions.

→ Development Environments

Environment Cloning

Clone production in 60 seconds

→
Sources & References
  1. IBM Security, "Cost of a Data Breach Report," July 2024. "The global average cost of a data breach reached USD 4.88 million in 2024." "The global average data breach lifecycle hit a 7-year low of 258 days (194 days to identify, 64 days to contain)." newsroom.ibm.com
  2. Verizon, "2024 Data Breach Investigations Report," May 2024. "The exploitation of vulnerabilities as an initial point of entry almost tripled from the previous year, accounting for 14% of all breaches." www.verizon.com
Product performance claims are based on Rediacc's btrfs copy-on-write architecture. Calculator estimates use industry-standard cost models; actual costs vary by organization.