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Software Composition Analysis (SCA)
Ditch SCA, Fix Instead
Introducing
Stop Managing Vulnerabilities. Start Fixing Them.
Deterministic Upgrade Intelligence
Heeler replaces the prioritization-first model with a deterministic, fix-first approach that safely upgrades dependencies, eliminates noise, and scales remediation across your organization.
Breaking Change Detection
Deep dependency analysis predicts downstream effects so teams understand upgrade impact before code changes are made.
Safest Upgrade Path
Recommends the lowest-risk upgrade that solves the most vulnerabilities for each vulnerable dependency based on your environment.
Complete Dependency Visibility
Heeler builds a full dependency graph across direct, transitive, bundled, and first-party libraries to understand how software actually runs.
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Automated Remediation That Developers Trust
Heeler turns deterministic analysis into validated pull requests that integrate directly into developer workflows.
Fixability Analysis First
Only vulnerabilities proven to be safely remediable are eligible for automation.
Validated Pull Requests
Every PR is tested through compilation checks, CI checks, and validation workflows before developers review and merge.
Traceable Remediation Workflow
Remediation tickets link findings, upgrade paths, and PRs together for full auditability.
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Noise Reduction Through Context
Heeler eliminates the alert overload that makes traditional SCA programs unmanageable.
Unified Remediation Tickets
Related vulnerabilities are grouped into a single remediation ticket instead of scattered alerts.
Clear Ownership and Impact
Issues are mapped back to the correct repositories, projects, services, and teams.
Risk Based on Exploitability
Heeler analyzes runtime context, including exposure, reachability, and service relationships, to identify which vulnerabilities represent real business risk.
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Security Teams Are Drowning in Alerts They Can’t Fix
Traditional SCA tools generate vulnerability lists without understanding upgrade feasibility, code impact, or runtime risk—leaving developers with work they often cannot safely complete.
Alert Overload Without Context
Most SCA tools detect vulnerabilities but cannot determine whether a remediation is realistic or safe. Teams receive thousands of alerts without understanding which upgrades will work or how much effort they require.
Prioritization Only Approaches Create Permanent Backlogs
Security programs spend more time ranking vulnerabilities than fixing them. Because teams lack insight into remediation complexity, prioritization becomes guesswork and technical debt grows over time.
Blind Automation Breaks Developer Trust
Many tools generate automated PRs that blindly bump versions. Without validating compatibility or dependency interactions, these upgrades frequently break builds and are ignored by developers.
Benefits
Turn Open Source Security Into an Automated, Scalable System
Massive Backlog Reduction
Heeler automatically resolves the majority of fixable vulnerabilities through safe, validated upgrades. This allows security teams to eliminate years of accumulated dependency debt in days instead of quarters.
High-Confidence Remediation
Every remediation is backed by deterministic analysis and validated through build checks before reaching developers. Teams gain confidence that upgrades will work before they merge them.
Continuous Dependency Hygiene
Heeler prevents new security debt from forming. Agent Skills, CLI and policy enforcement at the pull request level stop risky dependencies from entering the codebase while allowing developers to maintain velocity.
What experts are saying about us
"Heeler redefines AppSec with a secure-by-design approach, providing contextual insights to prioritize high-impact risks while seamlessly embedding security into developer workflows for resilient, continuous code protection."
“As innovation accelerates cloud and application complexity, Heeler’s ProductDNA provides a scalable and simplified approach to maintaining a holistic, real-time view of SDLC security and lineage with quickly actionable ownership, integrity, and security risk context.“
"Modern software development moves fast, forcing security and engineering teams to constantly reassess application threats. Heeler maps deployments back to source code in real-time creating a contextualized application model. With boundary awareness, Heeler detects material changes, like new APIs, and uses a groundbreaking prioritization model to focus teams on the most urgent, business-critical vulnerabilities."
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“Imagine having the precise DNA of every application in production, allowing you to instantly identify which systems are affected when new vulnerabilities emerge and eliminate false positives that waste valuable time. This visibility transforms security from a reactive fire-fighting exercise into a proactive risk management program.”
Explore our Use Cases
Build customer trust by shifting security left for faster, safer software delivery.
Who is Heeler built for?
Heeler is designed for CISOs, Application Security, Product Security, DevSecOps, and software developers seeking to integrate security into the development process. It offers insights that bridge security and development, helping all stakeholders make faster, risk-informed decisions for cloud-based applications.
Is Heeler suitable for companies of all sizes?
Heeler is ideal for companies of all sizes that run applications in public cloud environments. It’s particularly suited for organizations looking to integrate security into their development process without compromising speed or flexibility.
What environments and tech stacks does Heeler support?
Heeler is optimized for cloud-first environments and supports applications running on AWS, GCP and Azure, using source control management systems like GitHub or GitLab, and development languages like Python, Java, Go, JavaScript and TypeScript. Learn more about our integrations here.
