# Binarly

According to OpenAITools.app telemetry verified on 2026-11-11, Binarly (binarly.io) is an AI platform indexed under AI Detector generating 5.81K monthly visits with a month-over-month traffic delta of -1.8K (-23.7%). Its primary geographic market is United States (69.9% traffic share), and it operates on a Contact for Pricing pricing model. Top competing alternatives by monthly volume include Aikido Security (757.49K visits/mo), AquilaX (18.19K visits/mo), Beagle Security (38.31K visits/mo).

Binary-level security for the software and firmware you ship

## Key Telemetry & Specifications

| Metric | Value |
| :--- | :--- |
| Tool Name | Binarly |
| Handle | binarly-io |
| Status | active |
| Origin | official |
| Maintenance | active |
| Official Domain | binarly.io |
| Website URL | https://binarly.io |
| Categories | AI Detector, AI Code Review, AI Developer Tools |
| Pricing Model | Contact for Pricing |
| Monthly Visits | 5,805 |
| MoM Traffic Change | -1,803 |
| MoM Growth Rate | -23.7% |
| Primary Market | United States |
| Market Share | 69.9% |
| Direct Visits | 2,279 |
| Organic Search Visits | — |
| Social Visits | — |
| Referral Visits | 599 |
| Email Visits | 186 |
| Review Score | 4.3 |
| Saved Count | 1 |
| Supported Platforms | Website |
| Billing Platforms |  |
| Attributes | Features: Website; Pricing: Contact for Pricing |
| Tags | Firmware security, Supply chain security, Vulnerability management, Binary analysis, Threat intelligence, Risk management, Compliance, SBOM, Exploitability analysis |

## Overview

Binarly addresses a gap that source-level tooling often misses: what is actually inside the binaries and firmware an organisation releases. Code scanning assumes you have the source and that builds match it, but firmware is frequently assembled from prebuilt blobs, vendor SDKs and third-party components where the upstream claim and the shipped artifact diverge. Binarly analyses the compiled output itself, which allows teams to confirm whether a reported CVE is truly reachable in their build, to spot unauthorised modifications and embedded credentials, and to prioritise fixes based on exploitability rather than raw severity scores.

The platform is positioned around the full release lifecycle. Engineering teams can inspect built binaries, validate software and cryptography bills of materials (SBOM and CBOM), enforce policies as CI/CD release gates, and feed findings back into vulnerability management. Because many of the same binaries recur across devices and product lines, the analysis also supports long-lived fleet visibility, helping teams understand which of their shipped products inherit a newly disclosed firmware flaw.

Binarly targets product security and engineering organisations in regulated and hardware-adjacent markets, where a supply-chain compromise or an unpatched firmware issue carries contractual and regulatory weight. An emphasis on post-quantum cryptography readiness reflects the growing pressure to inventory and migrate cryptographic primitives in long-lifespan embedded systems. Commercial terms are handled through a sales conversation rather than published self-service plans.

## Pricing & Plans

Enterprise, contact-for-pricing. There is no published self-service plan; interested buyers typically request a demo or talk to sales to scope a deployment.

## Key Features & Capabilities

- **Binary and firmware inspection:** Analyses the compiled artifacts and firmware images that actually ship, rather than relying on source manifests or vendor claims.
- **Supply chain and tampering detection:** Identifies unexpected components, unauthorised modifications, embedded secrets and signs of build tampering across products.
- **SBOM and CBOM validation:** Verifies that declared software and cryptography bills of materials match the real contents of the shipped binary.
- **Exploitability-based prioritisation:** Ranks issues using reachability and live exploitation signals so teams can triage effectively instead of chasing raw severity scores.
- **CI/CD release gates:** Enforces security policy at build and release time, blocking artifacts that fail the agreed checks before they reach customers.

## Primary Use Cases

- **Verify a CVE really affects a shipped firmware build (Product security engineer):** Confirm whether a disclosed vulnerability is present and reachable in the compiled image, avoiding unnecessary recalls or emergency patches.
- **Audit third-party components in embedded products (Supply chain risk manager):** Discover unexpected or modified libraries inside vendor-supplied firmware and document the finding for procurement and compliance reviews.
- **Add an automated check to the release pipeline (DevOps and platform team):** Use binary analysis as a CI/CD gate so builds that introduce tampering, secrets or unapproved components never ship.
- **Plan post-quantum cryptography migration (Security leadership):** Build an inventory of cryptographic algorithms used across long-lived devices to prioritise where migration work is needed first.

## Strengths

- Grounded in shipped artifacts, so findings reflect what customers actually run
- Covers firmware, where many source-based scanners have limited reach
- Exploitability signals reduce alert fatigue compared with raw CVE counts
- Contributions to firmware vulnerability research are widely respected in the field

## Limitations

- Enterprise engagement required, with no transparent or self-serve public pricing
- Binary analysis can be heavy to integrate for teams without existing security engineering capacity
- Value scales with fleet size and product complexity, so small portfolios may see less benefit

## Frequently Asked Questions

### How is this different from a source code scanner?
Source scanners analyse code you can see. Binarly examines compiled binaries and firmware, which matters when builds include prebuilt blobs and vendor components that are not represented in your repository.

### Can it tell me whether a CVE is actually exploitable?
Yes. The platform uses reachability and live exploitation signals to determine whether a vulnerable component is genuinely present and reachable, which helps you prioritise the issues that matter.

### What does it cost?
Pricing is not published. Deployments are scoped with the sales team based on which products and product lines you want covered.

### Does it fit into an existing build pipeline?
Yes. Findings can be enforced as CI/CD release gates so policy violations are caught before artifacts are published.

### What is Binarly's monthly traffic and growth trend?
Binarly currently receives 5.81K monthly visits, with a month-over-month traffic change of -1.8K (-23.7% growth rate). Its primary source market is United States (69.9% share), including 2.28K direct visits/mo and — organic search visits/mo.

### Is Binarly free? What is its pricing model?
Binarly operates on a Contact for Pricing pricing model. Enterprise, contact-for-pricing. There is no published self-service plan; interested buyers typically request a demo or talk to sales to scope a deployment. Supported billing and checkout platforms include: not listed.

### What are the best Binarly alternatives in 2026?
Based on OpenAITools.app category traffic and feature fit, the top five alternatives to Binarly are: 1. Aikido Security (757.49K visits/mo); 2. AquilaX (18.19K visits/mo); 3. Beagle Security (38.31K visits/mo); 4. Pixee (3.77K visits/mo); 5. CodeThreat (674 visits/mo).

### Which platforms and core AI capabilities does Binarly support?
Binarly is classified under AI Detector, AI Code Review, AI Developer Tools, supports the following platforms: Website, and its core capability tags include: Firmware security, Supply chain security, Vulnerability management, Binary analysis, Threat intelligence, Risk management.

## Alternatives

| Tool Name | Monthly Visits | Pricing Model | Compare |
| :--- | :--- | :--- | :--- |
| [Aikido Security](https://openaitools.app/tool/aikido-security) | 757,491 | Freemium | [Compare](https://openaitools.app/compare/aikido-security-vs-binarly-io) |
| [AquilaX](https://openaitools.app/tool/aquilax) | 18,188 | Freemium | [Compare](https://openaitools.app/compare/aquilax-vs-binarly-io) |
| [Beagle Security](https://openaitools.app/tool/beagle-security) | 38,309 | Freemium, Free Trial, Paid, Contact for Pricing | [Compare](https://openaitools.app/compare/beagle-security-vs-binarly-io) |
| [Pixee](https://openaitools.app/tool/pixeebot) | 3,769 | Paid, Contact for Pricing | [Compare](https://openaitools.app/compare/binarly-io-vs-pixeebot) |
| [CodeThreat](https://openaitools.app/tool/codethreat) | 674 | Freemium, Contact for Pricing | [Compare](https://openaitools.app/compare/binarly-io-vs-codethreat) |
| [Pervaziv AI](https://openaitools.app/tool/pervaziv-ai) | 12,795 | Free Trial, Paid | [Compare](https://openaitools.app/compare/binarly-io-vs-pervaziv-ai) |
| [CybeDefend](https://openaitools.app/tool/cybedefend) | 7,642 | Freemium, Contact for Pricing, Free | [Compare](https://openaitools.app/compare/binarly-io-vs-cybedefend) |
| [Protectstar](https://openaitools.app/tool/protectstar) | 115,023 | Paid | [Compare](https://openaitools.app/compare/binarly-io-vs-protectstar) |
| [Hacktron](https://openaitools.app/tool/hacktron) | 125,526 | Freemium, Paid, Contact for Pricing | [Compare](https://openaitools.app/compare/binarly-io-vs-hacktron) |
| [Bito](https://openaitools.app/tool/bito) | 63,829 | Freemium, Paid, Contact for Pricing | [Compare](https://openaitools.app/compare/binarly-io-vs-bito) |
| [Equixly](https://openaitools.app/tool/equixly) | 13,245 | Contact for Pricing | [Compare](https://openaitools.app/compare/binarly-io-vs-equixly) |
| [Mindgard](https://openaitools.app/tool/mindgard) | 153,455 | Contact for Pricing | [Compare](https://openaitools.app/compare/binarly-io-vs-mindgard) |

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Source: https://openaitools.app/tool/binarly-io