CODE
Find and fix what runtime confirms
SAST, SCA, DAST and secret scanning that don't just hand you a list. ByteHide Code connects every finding to what's actually running in production, so you fix what's exploitable instead of triaging noise.
Free to start. Upgrade when you're ready.
- 20,000+ developers protect their applications with ByteHide every month
- Built for every modern language and CI/CD platform
- Runtime-correlated findings, not generic severity scores
- Fix straight from your IDE and pull requests
- 20,000+ developers protect their applications with ByteHide every month
- Built for every modern language and CI/CD platform
- Runtime-correlated findings, not generic severity scores
- Fix straight from your IDE and pull requests
Most findings are noise
Traditional scanners flood your team with thousands of alerts and leave the hardest question unanswered: which of these can an attacker actually reach? Developers burn hours triaging issues no one could ever exploit, while the few that matter get buried. The result is alert fatigue, slower releases, and real risk hiding in plain sight.
Use of broken or risky cryptographic algorithm
Improper neutralization of special elements in SQL
Path traversal via untrusted input
HTTP/2 rapid reset denial of service
Hardcoded credentials in source
Server-side request forgery in image proxy
Cross-site scripting via unescaped output
Untrusted deserialization in dependency
Insecure default configuration in framework
RegreSSHion remote code execution
Use of broken or risky cryptographic algorithm
Improper neutralization of special elements in SQL
Path traversal via untrusted input
HTTP/2 rapid reset denial of service
Hardcoded credentials in source
Server-side request forgery in image proxy
Cross-site scripting via unescaped output
Untrusted deserialization in dependency
Insecure default configuration in framework
RegreSSHion remote code execution
Use of broken or risky cryptographic algorithm
Improper neutralization of special elements in SQL
Path traversal via untrusted input
HTTP/2 rapid reset denial of service
Hardcoded credentials in source
Server-side request forgery in image proxy
Cross-site scripting via unescaped output
Untrusted deserialization in dependency
Insecure default configuration in framework
RegreSSHion remote code execution
Use of broken or risky cryptographic algorithm
Improper neutralization of special elements in SQL
Path traversal via untrusted input
HTTP/2 rapid reset denial of service
Hardcoded credentials in source
Server-side request forgery in image proxy
Cross-site scripting via unescaped output
Untrusted deserialization in dependency
Insecure default configuration in framework
RegreSSHion remote code execution
Improper authorization on admin route
Weak random number generation in token
OCI runtime container breakout
CGI argument injection in PHP
Terminal escape sequence injection
Out-of-bounds write in libc
Missing input validation on user form
Open redirect via crafted query string
Linux kernel netfilter use-after-free
Stored XSS in markdown renderer
Improper authorization on admin route
Weak random number generation in token
OCI runtime container breakout
CGI argument injection in PHP
Terminal escape sequence injection
Out-of-bounds write in libc
Missing input validation on user form
Open redirect via crafted query string
Linux kernel netfilter use-after-free
Stored XSS in markdown renderer
Improper authorization on admin route
Weak random number generation in token
OCI runtime container breakout
CGI argument injection in PHP
Terminal escape sequence injection
Out-of-bounds write in libc
Missing input validation on user form
Open redirect via crafted query string
Linux kernel netfilter use-after-free
Stored XSS in markdown renderer
Improper authorization on admin route
Weak random number generation in token
OCI runtime container breakout
CGI argument injection in PHP
Terminal escape sequence injection
Out-of-bounds write in libc
Missing input validation on user form
Open redirect via crafted query string
Linux kernel netfilter use-after-free
Stored XSS in markdown renderer
Catch vulnerabilities before they ship
One platform to find security issues across your code and your dependencies, from your IDE to your pipeline.
SAST
Find vulnerabilities in your own code as you write it, across every major language your team ships in.
SCA
Know which open-source dependencies put you at risk.
DAST
Test your running app from the outside, the way an attacker would.
Secret Scanner
Catch hardcoded keys and tokens before they ever reach a repo.
AI Application Security
Secure the code your AI assistants generate.
The differentiator
Not just findings. Answers.
Prioritized by what's actually exploitable.
ByteHide Code doesn't stop at finding issues. Through Code-to-Runtime Correlation, it connects each finding to your running application, so you can tell which vulnerabilities are reachable and exploitable in production and which are only theoretical. That's the line between a scanner that hands you a list and a platform that tells you where to act first.
Comparison
ByteHide Code vs Traditional scanners
Traditional SAST and SCA tools were built for a world where humans wrote all the code. ByteHide Code is built for today: AI-generated code, faster release cycles, and vulnerabilities that need runtime context to prioritize.
ByteHide Code
AI-Powered Code Security
ByteHide Code
AI-Powered Code Security
Traditional scanners
Legacy Approach
Legacy scanners find vulnerabilities. ByteHide Code finds, prioritizes, and fixes them.
With runtime context that eliminates noise.
AI code security
Secure the code your AI writes
Your team ships code from Cursor, Claude Code and Copilot every day, and not all of it is secure. ByteHide Code checks AI-generated code the moment it lands and plugs into your AI coding workflow, including over MCP, so vulnerabilities are caught before they ever reach a pull request.
- Scans code from any AI coding tool
- Detects AI-specific vulnerability patterns
- AI Autofix understands AI-generated code context
- MCP server for direct IDE integration
ByteHide Code
SAST · SCA · DAST · Secrets
AI Autofix
Create PR
Triage
Prioritize
Dashboard
+ Alerts
MCP Server integration
Scan code directly from your AI coding tool without leaving your IDE.
AI Autofix
Fix it without making it a project
For many findings, Code proposes a fix you can review and merge as a pull request, so remediation is a click, not a research task.
See it in a demoDeveloper workflow
Built for the way developers work
Security shouldn't pull you out of your flow. Code surfaces findings in context, right where you're already working, with the runtime exposure attached and the noise stripped out. AI Autofix proposes the change in the same place, so there's no separate dashboard to babysit and nothing that blocks the merge.
- GitHubPR openedfix: parameterised SQL on getUserAI Autofix · ready to merge
- SlackAlertCritical CVE in lodash@4.17.20#security · just now
- JiraIn reviewPatch path-traversal in /api/filesSEC-218 · platform-team
- EmailDigest12 findings fixed this weekWeekly Code report
Compatibility
Works with your stack
Code is polyglot: it scans the languages your team already ships in, and runs inside the tools you already use. Plug it into your IDE, your Git provider and your CI/CD, with no new workflow to adopt.
IDEs
Git and CI/CD
Setup
Up and running in minutes, not weeks
Connect repository
Connect your repository
Link your Git provider in a couple of clicks.
feat: add payment flow
#142 · 3 files changed
Code scans every push and pull request
Findings appear automatically, in context.
AI Autofix proposes the fix
Review the pull request, merge, done.
One platform, three jobs
Built for your whole team.
USE CASES
Who uses ByteHide Code
From AI-first startups to regulated enterprises, teams use Code to secure software before it reaches production.
AI-first teams
Shipping fast with AI assistants, and need the code they generate checked before it goes out.
Teams shipping AI-generated code with Cursor, Copilot, Claude Code, or Bolt.
DevSecOps and CI/CD
Security gates in the pipeline that don't slow releases or drown the team in false positives.
SaaS companies and platform teams with CI/CD maturity.
Enterprise and compliance
Code-level evidence for SOC 2, ISO 27001 and PCI audits.
Financial services, healthcare, and regulated industries needing SOC 2, ISO 27001, PCI DSS, or GDPR evidence.
Open-source-heavy stacks
Know which dependencies actually put you at risk, not just which ones have a CVE.
Projects with 100+ dependencies across npm, PyPI, Maven, or NuGet.
COMPLIANCE
Built for Code Security and Compliance
SOC 2, ISO 27001 and PCI DSS all require secure development and vulnerability management. Code gives you continuous SAST, SCA and secret scanning, plus the evidence you need when the auditor asks. Full reporting and forensics live in Audit.
What Code automates:
One engine. Apps and agents.
Code is one of six products in the ByteHide platform, all built runtime-first. What Code finds, App Runtime confirms in production. Secrets connect to Vault. Everything stays traceable in Audit. One engine across your apps and your AI agents.
Code
Find and fix
SAST, SCA, DAST, secret scanning, and AI application security. The module on this page.
App Runtime
Detect and respond
The runtime engine that confirms which findings are reachable in production and powers Code-to-Runtime correlation.
Code
SCA · SAST · DAST
Secrets
Vault
Shield
Code shielding
ADR
Runtime
Agentic
AI agents
Logs
Audit
Secrets sync to Vault
Detect → secure
Every secret Code finds in your repos and dependencies is automatically synced to ByteHide Vault. No copy-paste, no orphaned credentials. Detection and rotation live in the same loop.
Shared dashboard
One platform, one account
Code, App Runtime, Shield, Vault, and Audit share the same account, the same console, and the same engine.
Start with Code. Grow into the platform.
Start finding what
actually matters
Free to start. Upgrade when you're ready. One platform for SAST, SCA, DAST, secret scanning, and AI application security, prioritized by what runtime confirms.