AppSecAI — Blamed for the breach? Deliver the fix.

Blamed for the breach?
Deliver the fix.

AppSecAI turns scanner findings into validated code fixes your team delivers as fast as they're found

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"We are Blamed for the Breach. We need to own preventing it."

Travis McPeak, Application Security Lead, Cursor

You set the standards

You review the fix

You decide what merges

Don't just report risk, retire it.

Trusted by software teams and AppSec service providers

IndustrialMind.ai

From findings to merged fixes.

All scanner findings, triaged

Run any or all of your code scanners at once. AppSecAI triages the combined output using exploitability analysis, removing false results with 97% measured accuracy in minutes.

Blackduck, Checkmarx, Fortify, Semgrep, Snyk, SonarQube and more scanners supported, including open-source tools and new LLM-based systems.

AppSecAI then consolidates and groups findings, so the deepest vulnerability coverage costs you no triage time and yields fewer, more effective fixes.

Scanners

Scanner availability, defaults, licenses, and prerequisites come from the backend catalog for the selected repository.

OpenGrep Default existing-default

Languages: python, javascript, typescript, java, go, ruby, php, csharp, kotlin, swift, rust, cppOutput: sarif

Bandit Default default-safe

Languages: pythonOutput: json

gosec Default default-safe

Languages: goOutput: sarif

ESLint security Default default-safe-when-project-toolchain-present

Languages: javascript, typescriptOutput: json

Psalm taint analysis Default default-safe-when-composer-present

Languages: phpOutput: json

PHPStan Default default-safe-when-composer-present

Languages: phpOutput: json

DevSkim Default default-safe

Languages: csharpOutput: sarif

Tailored code fixes you deliver

Every found vulnerability gets a complete documented analysis and code fix you can review and merge in minutes.

Fixes are tailored to the way your developers code and to your security standards, for quick acceptance. Each is automatically checked for fix quality, functionality, code quality, security and more, maximizing team productivity even before your team (optionally) validates them.

Fixes can be grouped, for example by source, so with a single PR you retire multiple vulnerabilities even faster.

src/auth/database_connection.py Security: Fix CWE-259 (hardcoded_password_funcarg)

              +10-12
              Ready to merge
            

...
@@ -1,30 +1,28 @@
1
 #!/usr/bin/env python3
1
 #!/usr/bin/env python3
2
 """
2
 """
3
-Database connection module with hardcoded credentials vulnerability.
3
+Database connection module.
4
-This represents an OWASP Top 10 A07:2021 - Identification and Authentication Failures.
4
+Credentials are loaded from environment variables per OWASP Top 10 A07:2021 guidance.
5
-The vulnerability can be fixed by using environment variables and libraries like python-dotenv.
 
6
 """
5
 """
 
6
+import os
8
 import mysql.connector
7
 import mysql.connector
9
 import logging
8
 import logging
11
 class DatabaseManager:
10
 class DatabaseManager:
12
     def __init__(self):
11
     def __init__(self):
13
-        # VULNERABILITY: Hardcoded database credentials (OWASP A07:2021)
 
14
-        # These should be stored in environment variables or secure configuration
 
15
         self.db_config = {
12
         self.db_config = {
16
-            'host': 'prod-db-server.company.com',
13
+            'host': os.environ['DB_HOST'],
17
-            'user': 'admin_user',
14
+            'user': os.environ['DB_USER'],
18
-            'password': 'SuperSecret123!@#',  # Hardcoded password
15
+            'password': os.environ['DB_PASSWORD'],
19
-            'database': 'customer_data',
16
+            'database': os.environ['DB_NAME'],
20
-            'port': 3306
17
+            'port': int(os.environ.get('DB_PORT', '3306'))
21
         }
18
         }
22
         self.connection = None
19
         self.connection = None
24
     def connect(self):
21
     def connect(self):
25
-        """Establish database connection using hardcoded credentials."""
22
+        """Establish database connection."""
26
         try:
23
         try:
27
-            # Direct use of hardcoded credentials
 
28
             self.connection = mysql.connector.connect(
24
             self.connection = mysql.connector.connect(
29
                 host=self.db_config['host'],
25
                 host=self.db_config['host'],
30
                 user=self.db_config['user'],
26
                 user=self.db_config['user'],
31
                 password=self.db_config['password'],
27
                 password=self.db_config['password'],

            Vulnerability flow diagram
            included with every fix
          
Hardcoded credential
Source Code / Git Repo
database_connection.py -15
password = 'SuperSecret123!@#'
Attacker Access
Reads RepositoryBinary/Config Inspection
Extracts Credentials
mysql.connector.connect()
with stolen password
Full Admin DB Access
customer_data compromised
After the AppSecAI fix
Secure Secret Store
Vault / CI Environment
os.environ['DB_PASSWORD']
database_connection.py -15
No credential in source
mysql.connector.connect()
runtime value only
Repository Exposure
Reveals Nothing

Across the whole portfolio

You're accountable for every application, not just the ones a scanner covers. AppSecAI extends security across the enterprise from a single system, including untested and legacy applications. Burn down legacy backlogs without the time and cost of manual triage and security coding.

We secure the vibe-coded applications nobody is watching, and the apps with no developer behind them.

Portfolio

Last 30 days

Remediation progress and priority across every repository under management.

Business Risk Analysis

8 repos

High + Critical▾

Business importance▾

WATCH LIST HIGHER RISK LOWER RISK VOLUME FOCUS

0112233

Business importance against open high and critical findings.

Remediation by repository

Fixes merged Awaiting fix

payments-platform

96

90

186

billing-legacy

128

80

208

orders-core

71

71

142

customer-portal

44

52

partner-gateway

37

81

118

vibe-storefront

52

40

0100200

Decouple AppSec from dev.

Development cycle

Build features → ship revenue

Sprint 1

Sprint 2

Sprint 3

Sprint 4

Remediation cycle

Find → Generate → Validate → Merge

              Week 1Week 3Week 5Week 7
            

Two cycles, running at the same time. Neither one waits for the other.

Generate security code fixes, give developers their sprint back and start owning security.

Developers ship features. AppSec ships fixes. No new developer tools, no training, no security tickets in the sprint, no agent in the IDE, and nothing blocking the pipeline.

Fixes arrive written, tested and ready. Developers review security validated fixes instead of struggling to code them. Developers keep building the features that earn revenue. Security protects it.

"Finally, let security do security."

— Dave Wichers, Co-founder, OWASP Top 10

Own the fix, not the finding.

Bring us the backlog and we'll show you how to burn it down in minutes.

Bring us your backlog

You pay for the fixes you keep. Nothing for the ones you reject.

Frequently asked questions

How is this different from my scanner's autofix button?

A scanner's autofix only fixes its own findings, so running three scanners means each button sees a third of your problem. AppSecAI ingests findings from every scanner you run, correlates them, and delivers one validated fix per real vulnerability.

Which scanners do you support?

Anthropic, Black Duck, Checkmarx, Fortify, Gemini, OpenAI, Semgrep, Snyk, SonarQube, and many more, individually or all at once. Beyond those, AppSecAI ingests any scanner that exports standard .SARIF format. Results from all scanners are triaged automatically and duplicates consolidated.

What access does AppSecAI need to our code?

Read-only. AppSecAI proposes a branch and a pull request; your pipeline, your CI checks, and your branch protection rules decide what merges.

Do developers have to change how they work?

No. There is no new tool to learn, no agent in the IDE, and no security tickets added to the sprint. Fixes that need a developer's eyes arrive as an ordinary pull request with the code written and the tests passing.

How does pricing work?

You pay per accepted fix, and $0 for fixes you reject. We can price this way because we know we work. You shouldn't have to pay for tooling that doesn't.

How long does it take to get started?

Minutes from install to first fix, even without a scanner configured. Your existing scanners stay where they are, and there is nothing to rip out. Run it from the console, drive it from the API or Git, or all three. Works with your existing processes.

How do we know the fixes are any good?

Every fix passes five validation checks before anyone sees it. Our technology validates that code fixes won't break the build before anyone sees it, and every fix carries complete reasoning and documentation. Accuracy measurements are open-sourced with 25,000+ examples you can read and metrics from the OWASP Benchmark.

Blamed for the breach?Deliver the fix.