Your First AI Security Hire
Stop wasting hours on security reviews. Orbis AppSec scans your code, understands context like a senior engineer, and delivers actionable fixes — not just alerts.
- Find vulnerabilities before hackers do
- AI-powered auto-fix suggestions
- Seamless GitHub integration
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SQL Injection in user.js:142
User input flows directly to query. High confidence.
Missing null check in api.js:89
Input validated upstream in middleware. False positive.
Outdated lodash dependency
Vulnerable method not used. Lower priority.
Everything you need to secure your code
From vulnerability detection to automated fixes, Orbis AppSec handles security so you can focus on building features.
Deep Code Analysis
Static analysis that goes beyond pattern matching. Understands data flow, control flow, and business logic.
AI-Powered Context
Our AI understands your codebase like a senior engineer, reducing false positives and prioritizing real threats.
Auto-Fix Magic
Get production-ready fix suggestions, not just alerts. Copy, review, and merge — security made easy.
Dependency Scanning
Full SCA coverage for npm, pip, maven, and more. Know exactly which packages put you at risk.
GitHub Native
PR comments, status checks, and automated scans. Security that fits your existing workflow.
Compliance Ready
Map findings to SOC 2, PCI DSS, HIPAA, and more. Generate audit-ready reports in one click.
How Orbis AppSec works
Get from zero to secure in four simple steps. No complex setup, no learning curve.
Connect
Link your GitHub repos with one click. We only request the permissions we need.
Scan
Orbis AppSec analyzes your code for vulnerabilities, misconfigurations, and dependency risks.
Review
Get prioritized findings with context. No more wading through false positives.
Fix
Apply AI-generated fixes directly or export to your issue tracker.
Not just another scanner. Your AI security teammate.
Traditional scanners blast you with alerts. Orbis AppSec thinks like a security engineer — understanding context, filtering noise, and delivering fixes you can actually use.
Contextual Understanding
Unlike pattern-matching tools, Orbis AppSec understands your code's intent and business logic.
90% Fewer False Positives
AI filters out noise so your team focuses on real vulnerabilities, not chasing ghosts.
Smart Prioritization
Findings ranked by actual exploitability, not just severity scores.
Instant Fix Generation
Production-ready code fixes generated in seconds, reviewed by AI for correctness.
Orbis AppSec AI Analysis
Processing findings...
SQL Injection in user.js:142
CriticalMissing null check in api.js:89
DismissedOutdated lodash dependency
MediumReal Vulnerabilities, Real Fixes
Learn from security vulnerabilities we've discovered and fixed in production code
How buffer overflow in memcpy happens in C SVG parsing (nanosvg.h) and how to fix it
A critical buffer overflow vulnerability was discovered in the nanosvg.h SVG parser where the `memcpy` call at line 913 copies gradient stop data using an attacker-controlled size (`nstops`) without validating buffer boundaries. A crafted SVG file with excessive `<stop>` elements could trigger heap corruption, potentially enabling arbitrary code execution. The fix adds a bounds check before the `memcpy` operation to prevent writes when no valid stops exist.
How buffer overflow happens in C memcpy() without length validation and how to fix it
A critical buffer overflow vulnerability was discovered in `src/script_engine/core/script_engine_core.c` at line 392, where `memcpy` copied an error message into a buffer without validating the source length against any maximum. The fix introduces a length cap of 4096 bytes and ensures proper null-termination, preventing heap corruption and potential remote code execution through crafted script error messages.
How heap buffer overflow via strcpy() happens in C frei0r plugins and how to fix it
A critical heap buffer overflow vulnerability was discovered in the frei0r video plugin `cairoaffineblend.c`, where `strcpy()` was used to copy user-controlled blend mode strings without any bounds checking. An attacker controlling plugin parameters could overflow the heap buffer, corrupt adjacent memory, and potentially achieve arbitrary code execution. The fix replaces `strcpy()` with bounded `memcpy()` operations and adds proper `realloc()` error handling.
How command injection happens in Python os.system() and how to fix it
A critical command injection vulnerability was discovered in the `data/xView.yaml` dataset download script, where `os.system(f'rm -rf {labels}')` constructed a shell command using an f-string with a path derived from user-controlled YAML configuration. An attacker supplying a crafted dataset YAML file could embed shell metacharacters in the path to execute arbitrary commands. The fix replaces the shell invocation entirely with Python's `shutil.rmtree()`, eliminating the attack surface by never i
How buffer overflow happens in C LZSS decompression and how to fix it
A high-severity buffer overflow vulnerability was discovered in `user/libprtos/common/lzss.c`, where the LZSS decompression routine failed to validate offset and length values decoded from compressed input before using them as indices into the `text_buf` ring buffer. An attacker supplying crafted compressed data could trigger out-of-bounds reads or writes, potentially leading to memory corruption, information disclosure, or arbitrary code execution. The fix introduces strict bounds validation on
How heap buffer overflow happens in C kconfig symbol.c and how to fix it
A heap buffer overflow vulnerability was discovered in `scripts/kconfig/symbol.c`, where `strcpy()` was used to copy a configuration symbol value into a heap-allocated buffer without verifying that the source string fit within the allocated size. This CWE-120 flaw could allow an attacker or malformed build configuration to corrupt heap memory, potentially leading to arbitrary code execution during the kernel build process. The fix replaces `strcpy()` with a bounds-aware `memcpy()` and replaces u
Compliance frameworks, covered
Map your security findings to industry standards. Generate audit-ready reports that satisfy your compliance team and auditors.
SOC 2
Type II Ready
PCI DSS
Level 1 Compliant
HIPAA
Healthcare Ready
OWASP
Top 10 Coverage
ISO 27001
Information Security
One-Click Reports
Export findings mapped to specific compliance controls
Evidence Collection
Automatic documentation for audit trails
Continuous Monitoring
Stay compliant with every code change
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