Software Composition Analysis
for Custom Applications

Our Custom-Built Patent-Pending, Red Hawk SCA & Remediation Service



Every custom application is built on a foundation of third-party libraries and open-source components, often hundreds of them. Most organizations can't say with confidence which ones are running in production, let alone which carry known vulnerabilities, until an incident forces the question. Red Hawk's Software Composition Analysis service closes that gap, giving engineering teams continuous visibility into their dependencies, automatic documentation of the system, and a clear path to remediation. The result is less time spent investigating and more time spent building.

Automated SBOM and Vulnerability Detection

Automated SBOM & Vulnerability Detection

Every dependency in your application is scanned and mapped against known vulnerabilities, generating a complete Software Bill of Materials (SBOM) with visibility into components in use, upgrade paths, and open-source licensing obligations.

AI-Assisted Vulnerability Remediation

Beyond identifying issues, Red Hawk SCA identifies upgrade paths, updates dependencies, and prepares pull requests for engineering review, turning a multi-hour remediation task into a fraction of the effort.

Technical Documentation

Living Technical Documentation

System architecture, project structure, API references, configuration requirements, and deployment instructions are generated directly from source code and updated automatically as the codebase changes. Teams inheriting undocumented systems get clarity in minutes instead of weeks.

Red Hawk SCA & Remediation Typical Use Cases

Strengthen Cybersecurity Posture

Identify vulnerable open-source components before they become security incidents.

Maintain Software Investments

Monitor dependency health over time and reduce the accumulation of technical debt.

Understand Complex Systems

Generate architecture documentation for inherited or undocumented applications without weeks of manual investigation.

Improve Engineering Efficiency

Cut the time engineers spend investigating vulnerabilities and maintaining documentation by hand.

Provide Context for AI Engineering

Generate documentation that AI software engineering agents can use as reliable context.

Support Compliance Initiatives

Maintain ongoing SBOM visibility and license compliance for regulated or security-sensitive systems.

120,000+ open-source components under continuous watch, with new CVEs flagged within 15 days of disclosure. Scale plus speed.

Trust Our Technology Stack

The technologies we work with on a regular basis so you don't have to.

Frontend

  • Blazor
  • Nativescript
  • Typescript
  • Vue.js
  • Flutter
  • HTML
  • CSS
  • JavaScript
  • jQuery
  • Maui
  • Unity
  • Xamarin

Backend

  • .NET Framework
  • .NET Standard
  • .NET Core
  • PHP
  • MSSQL Server
  • MySQL
  • Firebase
  • Puppeteer
  • Node.js
  • Blazor
  • Laravel

Dev Languages

  • C#
  • C++
  • Cobol
  • Google Apps Script
  • Java
  • JavaScript
  • Kotlin
  • Perl
  • PHP
  • Python
  • Swift
  • VB
  • VB.Net
  • VBA
  • Objective-C

AI Platforms

  • AI-Enabled IDEs
  • Gemini
  • ChatGPT
  • Claude
  • Copilot
  • Pieces

CMS

  • DotNetNuke
  • Magento
  • OctoberCMS
  • Wix
  • WordPress
  • nopCommerce

UX Design

  • Miro
  • Adobe
  • Figma
  • Sketch

Project Management

  • Azure DevOps
  • Jira

Mobile Platforms

  • Android
  • iOS

BI Platforms

  • Google Data Studio
  • Microsoft Power BI

Cloud Infrastructure

  • Azure
  • AWS
  • Google Cloud

Payments

  • Bill.com
  • Payrix
  • Stripe

Containers

  • Docker
  • Kubernetes

HCM

  • Paycor
  • ADP

RPA

  • OpenRPA
  • UiPath

CRM

  • Dynamics CRM
  • HubSpot
  • Salesforce

API Technologies

  • GraphQL
  • REST
  • SOAP

ERP

  • Dynamics AX
  • Epicor
  • SAP

Messaging Services

  • Firebase
  • SendGrid
  • Twilio / MessageBird

Frequently Asked Questions

How is Software Composition Analysis different from Code Evaluation?

Code Evaluation assesses the quality, structure, and maintainability of code your team has written. SCA focuses specifically on the third-party and open-source components your application depends on, identifying what's in use, where vulnerabilities exist, and how to remediate them. The two are complementary: Code Evaluation looks at your code, SCA looks at what your code depends on.

Does a Red Hawk SCA subscription replace the need for a security team?

No. Red Hawk SCA is built to reduce the manual investigation and remediation workload that comes with securing a custom application. Findings and proposed fixes are routed through Red Hawk's QA process before anything is deployed, so your team gets vetted remediation work, not just a list of alerts to act on.

How is this different from traditional vulnerability scanning tools?

Most scanning tools stop at reporting a vulnerability and leave the team to figure out the architecture, the upgrade path, and the fix. Red Hawk SCA also generates living documentation of the system and uses AI to propose and prepare the remediation itself, closing the gap between detection and fix.

Does Red Hawk SCA work with applications we didn't build?

Yes. It's frequently used on inherited or undocumented applications, where the generated architecture documentation and dependency map give teams a fast way to understand a system they didn't originally build.

Is this a one-time scan or ongoing monitoring?

Ongoing. New open-source vulnerabilities are disclosed daily, so SCA is designed as continuous monitoring integrated into existing CI/CD workflows rather than a point-in-time audit.

Can Red Hawk SCA integrate with our existing development pipeline?

Yes. Red Hawk SCA integrates with CI/CD pipelines and supports remediation workflows within existing DevOps tooling, so it fits into how your team already ships code.