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The platform

The context-aware security platform

ARROW builds a complete, abstracted model of your software — every function call and data flow — to find the deep, structural vulnerabilities traditional tools miss, and remediate them at the source.

Remediation

Fixes, not findings

  • Automated remediation

    Generate fixes modeled against your codebase and apply them everywhere they belong — no manual triage.

  • Force-multiply your team

    Explain how a vulnerability is exploitable, then supply the exact code to resolve it. Every engineer operates at senior level.

  • Offense or defense

    ARROW integrates into both offensive and defensive workflows — the same engine, whichever side of the problem you're on.

search_query.rb ARROW

14def build_query(params)

15 sql = "SELECT * WHERE name='#{params[:q]}'"

15 sql = sanitize_sql(["... name = ?", params[:q]])

16end

SQL injection remediated0 regressions
Accuracy

SAST you can finally trust

  • Unprecedented accuracy

    Dynamic analysis surpasses traditional scanners, surfacing real vulnerabilities with almost no false positives.

  • Foundational language support

    Identify vulnerabilities in low-level languages like C and assembly with industry-leading effectiveness.

  • Rapid coverage

    ARROW adds support for a new language or architecture in as little as two weeks.

scan: search_query.rb2 findings · 0 false positives
Depth

See what your scanners can't

Traditional tools match patterns. ARROW models the whole system — every call, every data flow, every reachable path — to surface the vulnerabilities that only exist in context.

How Arrow Works

From ingestion to deep dive

From complete code ingestion to vulnerability deep dive, ARROW provides unprecedented, end-to-end visibility.

01

Call graph generation

ARROW ingests your entire codebase and generates a comprehensive, abstracted model of the architecture — mapping every function call and data flow to expose complex, logical flaws.

requestcontrollerparse_paramssearch_svcauthorizebuild_querycachedb.execsink
02

Findings dashboard

Vulnerabilities are identified, contextualized, and categorized by severity. A drastic reduction in noise lets your team focus on the highest-risk structural flaws first.

Identified Vulnerabilitiesmastodon@stable · 3 issues
  • CRITICAL

    Improper Path Traversal via Filename

    app/controllers/media_controller.rb

    3m ago
  • HIGH

    SQL Injection in Advanced Query Builder

    app/models/search_query.rb

    30m ago
  • MEDIUM

    Improper Authorization on Read Endpoint

    app/controllers/api/v1/statuses.rb

    1h ago
03

Vulnerability deep dive

Investigate findings with full context — inspect the abstract syntax tree, trace tainted data flow, and review potential exploits without leaving the platform.

CWE-22 · PATH TRAVERSAL

The application fails to restrict the uploaded filename, letting an attacker write files outside the intended directory structure.

Remediation

Use File.basename(filename) to strip directory components, or validate the input against a strict allowlist before it reaches the system API.

def create
  filename = params[:file].original_filename
  # FLAGGED: user-controlled path reaches File.open
  File.open("./uploads/#{filename}", "wb") do |f|
    f.write(params[:file].read)
  end
end
Coverage

Deep coverage across the stack

From foundational low-level targets to modern smart-contract systems — with new languages and vulnerability classes added continuously.

Languages & architectures

Systems & low-level

  • C / C++
  • Rust
  • Objective-C
  • MIPS
  • x86
  • arm64

Application

  • Python
  • JavaScript / TypeScript
  • Java
  • Swift
  • Go
  • PHP
  • Ruby
  • C#
  • HTML

Smart contracts & HDL

  • Solidity
  • Move
  • Cairo
  • CASM
  • Verilog

Vulnerability classes

Web & application

  • Access Control Issues
  • SQL Injection
  • Cross-Site Request Forgery
  • Command Injection
  • Improper Authentication
  • Path Traversal

Memory safety

  • Buffer Overflow
  • Stack Overflow
  • Array Index Out of Bounds
  • Null Pointer Dereference
  • Use after Free
  • Integer Overflow
  • Memory Leak
  • Race Conditions

Cryptography & protocol

  • Improper Encryption
  • Bitstream Interception
  • Malicious POCs

Smart contracts

  • Reentrancy Attack
  • Flash Loan Attacks
  • Denial of Service (DoS)
Automation

Security without the overhead

ARROW reduces security burden while increasing engineering velocity.

Faster secure delivery

Release with confidence — no waiting on manual reviews or slow traditional scans.

Eliminate N-Day exposure

Continuously scan historical codebases to close known flaws before they're exploited in the wild.

Lower remediation cost

Catch complex issues early in the lifecycle, where they are far cheaper to resolve.

No dedicated reviewer

Embed rigorous security directly in the pipeline — no bottleneck on a single manual reviewer.

Bring ARROW to your organization

Talk to our team about deploying context-aware security across your environment.

Request a DemoContact Sales