THE LOOP

Continuous by design. The loop that closes itself.

Every commit kicks off the cycle. Every fix closes it. Nothing in between is manual — discovery, exploitation, remediation, verification, and proof run as one continuous loop on every deploy.

// STEP 01 — MAP

Your attack surface,
rebuilt on every deploy.

Vortex maps every endpoint, API, auth flow, and dependency the moment your code ships. Coverage never goes stale between releases.

// STEP 02 — PENTEST

Live exploit chains.
Not pattern matches.

SQL injection, auth bypass, SSRF, privilege escalation, business-logic flaws. If it doesn't execute, it never reaches your team.

// STEP 03 — FIX

A pull request,
not a PDF.

A stack-aware patch for every confirmed exploit — scoped to your code, ready to merge. The CI gate blocks any vulnerable build until it's resolved.

// STEP 04 — VERIFY

Closed means closed.

A real adversarial rerun of the original exploit against the patched build. If it regressed, your team hears about it before production does.

// STEP 05 — PROOF

One click,
not one quarter.

Every closed loop generates a timestamped evidence record — mapped to SOC 2, ISO 27001, PCI DSS, NIST, and CMMC.

Map

Attack surface

Vortex maps every endpoint, API, auth flow, and dependency the moment your code ships. Coverage never goes stale between releases.

Pentest

Real exploit chains

SQL injection, auth bypass, SSRF, privilege escalation, business-logic flaws. If it doesn't execute, it never reaches your team.

Fix

Auto-generated patch

A stack-aware patch for every confirmed exploit — scoped to your code, ready to merge. The CI gate blocks any vulnerable build until it's resolved.

Verify

Exploit rerun

A real adversarial rerun of the original exploit against the patched build. If it regressed, your team hears about it before production does.

Proof

Compliance evidence

Every closed loop generates a timestamped evidence record — mapped to SOC 2, ISO 27001, PCI DSS, NIST, and CMMC.

CAPABILITIES

One system. Find, fix, and prove —
on every commit.

Graph-native analysis guides the AI. Graph-theoretical validation proves the fix. The loop closes itself.

Graph-guided. Graph-proven.

Models your code as a Code Property Graph. AI writes the fix. Graph reconstruction proves every tainted path is closed — from untrusted source to dangerous sink, and from the result to every downstream consumer.

01 · Code property graph

Tainted input reaches sink · tainted result escapes downstream

LLM fix

02 · Reachability proof

0 tainted paths · upstream and downstream proven clean

Closed loop: graph analysis feeds the LLM prompt · graph reconstruction validates both directions — every tainted path in and every tainted result out.

Proof, not pattern match.

Every finding backed by a reproducible exploit chain — and re-verified after the fix.

Request

POST /api/v2/userspayload: id=1' OR 1=1--

Response

200 OK · 4.2 MB50,134 rows returned

Verdict

SQL injection confirmedunauthenticated · CVSS 9.1

Verified

Patch re-tested on graph0 source→sink paths remain

147 alerts. 3 root causes.

Graph clustering collapses duplicate symptoms into shared root causes. Fix once, close everywhere.

Before

raw findings

→

After

root causes

A pull request, not a PDF.

Every finding arrives as a graph-validated PR. Scoped to your stack. Ready to merge.

Fix SQLi in users endpoint via parameterized query

#892

bestdefense:fix/sqli-users → main

api/v2/users.ts+8 −3

lib/db/query.ts+4 −1

tests/users.spec.ts+12

✓ CI passing ✓ Graph-validated ✓ 0 source→sink paths

Every finding, a full advisory.

Technical detail for engineering. Business impact for the board.

CVE-2026-40811 CRITICAL · 9.1

SQL injection in /api/v2/users

CWE-89 AV:N/AC:L/PR:N/UI:N Unauthenticated

Exposure

50,000 user records · full read/write

Regulatory

GDPR Art. 33 · 72h notification

Remediation

PR #892 · est. 2h to merge

Evidence, automatically.

Every fix maps to SOC 2, PCI DSS 4.0, and FedRAMP controls. Audit-ready in one click.

SOC 2

PCI DSS 4.0

FedRAMP

ISO 27001

NIST 800-53

audit-bundle-2026-04-15.pdf

42 pages · signed · SHA-256 verified

Download

Your attack surface, rebuilt on every deploy.

Vortex rediscovers endpoints, APIs, and services automatically — so the pentest always runs against what's actually shipped, not last quarter's scope.

847

endpoints tracked

+12

new since last deploy

signatures changed

// deploy @ 2026-04-15 14:22 live

GET /api/v2/users tracked

POST /api/v2/auth/login changed

POST /api/v2/billing/webhook new

GET /api/v2/orders/{id} tracked

DEL /api/internal/debug new

PUT /api/v2/users/{id}/roles changed

Queued for pentest in next cycle · 3 new, 3 changed

Developer-native integrations.

Inside your stack, not alongside it.

GitHub

GitLab

Jira

Jenkins

SonarQube

Slack

AWS

Azure

Feature	Vortex	Manual Pentest	Legacy SAST / Scanner
Code-level fix delivery	✓ Auto-generated PRs	~ Guidance only	✗ None
Fix confirmation	✓ Automatic retest	~ Re-engagement fee	✗ None
Compliance proof	✓ Continuous audit log	~ Point-in-time report	✗ Not applicable
Validated findings	✓ 100% confirmed exploitable	✓ Manually verified	✗ High false-positive rate
Test frequency	✓ Every commit	✗ Quarterly	~ On CI trigger only
Full-stack coverage	✓ Code, API, CI/CD	~ Scoped engagement	✗ Source only
Cost model	✓ Monthly subscription	✗ $30k–$80k/engagement	~ Per seat / per repo

“

BestDefense.io helped us find critical vulnerabilities and helped to drastically reduce the amount of time to resolve them through their automated workflows. This allowed us to secure enterprise customers who required we had a 3rd party audit.

Thariq Kara

BiteData.io

“

BestDefense.io helped us validate our blockchain under real-world stress and accelerated our SOC 2 compliance. A true top-tier cybersecurity partner.

RJ Randall

NCOG

“

After implementing BestDefense, we cut our vulnerability detection time by 60% while keeping our deployments on track. I'm finally able to focus on strategic security initiatives instead of constant firefighting.

Glen Jacinto

Hyacinth BPO

Automated security that fixes
as fast as AI attacks.

The security gap that ships vulnerabilities
to production every sprint.

SAST scanners pattern-match. They don't reason.

Manual pentests deliver a PDF. The code moved on.

Finding it is easy. Proving it's closed is the hard part.

Finding vulnerabilities is table stakes.
The fix is the product.

Continuous by design. The loop that closes itself.

One system. Find, fix, and prove —
on every commit.

Measurable results: faster remediation, fewer alerts, automatic compliance.

How Vortex compares: continuous pentesting vs manual pentest vs scanner.

What security teams say after replacing their annual pentest.

See your first confirmed vulnerability and fix in under 10 minutes.

Automated security that fixes as fast as AI attacks.

The security gap that ships vulnerabilitiesto production every sprint.

SAST scanners pattern-match. They don't reason.

Manual pentests deliver a PDF. The code moved on.

Finding it is easy. Proving it's closed is the hard part.

Finding vulnerabilities is table stakes. The fix is the product.

Continuous by design. The loop that closes itself.

One system. Find, fix, and prove —on every commit.

Measurable results: faster remediation, fewer alerts, automatic compliance.

How Vortex compares: continuous pentesting vs manual pentest vs scanner.

What security teams say after replacing their annual pentest.

See your first confirmed vulnerability and fix in under 10 minutes.

Automated security that fixes
as fast as AI attacks.

The security gap that ships vulnerabilities
to production every sprint.

Finding vulnerabilities is table stakes.
The fix is the product.

One system. Find, fix, and prove —
on every commit.