OX Security Sign Up: The Complete Guide to Getting Started with Enterprise Application Security

If you’re looking to sign up for OX Security, you’re probably tired of juggling multiple security tools. You want one platform that covers everything from code to cloud. Good news: OX Security delivers exactly that.

This guide walks you through the OX Security registration process step by step. We’ll cover what makes OX different from other platforms on the market. You’ll learn about pricing considerations, setup requirements, and how to get your team onboarded quickly.

We’ll also dig into OX Security’s core features. Things like Application Security Posture Management (ASPM), Software Supply Chain Security, and their new runtime protection capabilities. By the end, you’ll know exactly what to expect when you create your OX Security account.

What is OX Security and Why Should You Care?

OX Security is an enterprise-grade platform. It secures applications from code to runtime. The platform embeds real-time protection directly into AI editors and IDEs.

Here’s what makes OX stand out. Most security tools only catch problems after they happen. OX finds vulnerabilities at their exact point of creation. Then it helps you fix them at the source.

Recognition in the Industry

OX Security earned a big win in 2026. They were named a Leader in the First-Ever Gartner® Magic Quadrant™ for Software Supply Chain Security. That’s not a small achievement.

Gartner doesn’t hand out these recognitions lightly. Being named a leader in a brand-new category shows OX is doing something right. It also shows the market trusts them with serious enterprise workloads.

The Problem OX Solves

Security teams face a real challenge today. They’re drowning in alerts from dozens of different tools. Each tool sees a piece of the puzzle but none see the whole picture.

OX calls this “fragmented visibility” and “platform drift.” It happens when:

• Your SAST tool doesn’t talk to your SCA tool
• Cloud security findings are disconnected from code-level issues
• Developers can’t trace runtime problems back to their source
• Security teams spend more time correlating data than fixing problems

OX Security provides one platform that does it all. From AI coding to runtime and beyond. One UI covering every test from code to cloud.

Who Uses OX Security?

OX Security serves security and engineering leaders at mid-size to large enterprises. Companies that care about application security posture. Organizations with complex development environments and multiple teams.

One customer put it this way:

“OX is essential to our AppSec strategy. It streamlines security with early issue detection in the CI pipeline and valuable insights.”

Another early adopter from Upstream Security shared:

“As one of OX Security’s first customers, I was searching for an effective solution to upscale Upstream Security’s application security stack.”

These aren’t small companies running basic workloads. They’re enterprises with serious security needs.

Understanding OX Security’s Core Platform Before You Register

Before you begin the OX Security sign up process, you should understand what you’re getting. OX isn’t just another scanner. It’s a complete platform with multiple integrated capabilities.

From Code to Cloud Coverage

OX Security covers your entire software development lifecycle. Here’s what that means in practice:

At the Code Level:

• Static Application Security Testing (SAST)
• Software Composition Analysis (SCA)
• AI-generated code security
• Real-time protection in your IDE

In the Pipeline:

• CI/CD security integration
• Pipeline enforcement
• Automated policy checks
• Build-time vulnerability detection

At Runtime:

• Cloud Security Posture Management (CSPM)
• Kubernetes security monitoring
• Runtime vulnerability detection
• Attack path visualization

OX Security’s ASPM Approach

ASPM stands for Application Security Posture Management. OX calls their platform “The ASPM Platform That Filters the Noise and Fixes Real Risk.”

That tagline matters. Most security tools generate thousands of alerts. Developers ignore most of them because they can’t tell what’s actually dangerous. OX takes a different approach.

The platform uses what they call Evidence-Based Prioritization. It doesn’t just flag every possible issue. It ranks findings based on:

• Real exploitability in your specific environment
• Business context and asset importance
• Attack path analysis
• Runtime exposure data

This means fewer false positives. Developers actually pay attention to the alerts they receive.

Root Cause Consolidation

Here’s something clever OX does. Multiple findings often trace back to a single root cause. A vulnerable library might trigger alerts in five different places. Fixing it once solves all five.

OX consolidates these findings automatically. Instead of fixing five things, your team fixes one. That’s a huge time saver.

They call this Root Cause Consolidation. It’s one of the features that makes OX “operational, not observational.”

No-Code Remediation

Finding problems is one thing. Fixing them is another. OX includes no-code remediation capabilities. That means security teams can suggest fixes without writing code themselves.

The platform can generate pull requests automatically. Developers review and merge them. It removes friction from the fix process.

The OX Security Sign Up Process: Step by Step

Now let’s talk about actually creating your OX Security account. The process is straightforward but there are some things worth knowing upfront.

Starting Your OX Security Registration

To begin, head to ox.security. You’ll find options to request a demo or start a trial. Most enterprise customers begin with a demo conversation.

OX Security is enterprise software. That means you probably won’t find self-service pricing on their website. Expect to talk with their sales team to get specific numbers.

During the initial conversation, OX will want to understand:

• Your current security tool stack
• Number of developers on your team
• Types of applications you’re building
• Cloud providers you’re using
• Compliance requirements you need to meet

What Information You’ll Need to Provide

When you sign up for OX Security, prepare to share some details about your organization. They need this information to configure your account properly.

Company Information:

• Company name and size
• Industry vertical
• Primary contact details
• Billing information

Technical Environment Details:

• Source code management systems (GitHub, GitLab, Bitbucket)
• CI/CD platforms (Jenkins, CircleCI, GitHub Actions)
• Cloud providers (AWS, Azure, GCP)
• Container orchestration (Kubernetes, ECS)
• Existing security tools to integrate

Account Setup and Initial Configuration

Once your account is created, you’ll need to set up integrations. OX Security connects to your existing tools. This is where the unified view comes together.

The setup process typically involves:

1. Connecting source code repositories: OX needs access to scan your code
2. Integrating CI/CD pipelines: For pipeline enforcement and build-time checks
3. Connecting cloud accounts: For runtime visibility and CSPM capabilities
4. Setting up user accounts: Adding team members with appropriate permissions
5. Configuring policies: Defining what matters to your organization

OX Security Trial Options

Many enterprises want to try before they buy. OX Security typically offers proof-of-concept engagements. During a POC, you can:

• Connect a subset of your repositories
• See real findings in your actual code
• Test integrations with your workflow
• Evaluate the user experience firsthand

This gives you concrete data to justify the investment. You’ll see exactly how many findings OX discovers. You’ll understand the time savings from consolidated findings.

OX Security Pricing: What to Expect

Let’s talk money. OX Security doesn’t publish pricing publicly. That’s normal for enterprise security platforms. But we can discuss the general structure and factors that influence cost.

Pricing Model Factors

Enterprise security platforms typically price based on several factors:

Number of Developers: OX Security mentions “Savings per 100 Developers Annually” in their materials. This suggests developer count is a pricing factor. More developers usually means a higher license cost.

Feature Tiers: Different capability sets at different price points. You might pay more for runtime security than basic SAST scanning.

Asset Volume: The number of repositories, applications, or cloud resources you’re protecting. Larger environments cost more to secure.

Support Level: Enterprise customers often want dedicated support, SLAs, and professional services. These add to the total cost.

ROI Considerations

When evaluating OX Security pricing, consider the return on investment. The platform claims to deliver real savings in several areas:

Tool Consolidation: If OX replaces three or four separate tools, you save those license costs. You also save on the integration and maintenance overhead.

Developer Time: The “Dev and Security teams alignment” benefit means developers spend less time on security tasks. That’s productive time returned to building features.

Reduced Risk: Finding and fixing vulnerabilities earlier is cheaper. A bug caught in development costs far less than one found in production.

Compliance Efficiency: If you need SBOMs, vulnerability reports, or audit trails, OX generates these automatically. That saves manual documentation effort.

Getting a Custom Quote

To get actual pricing for your organization, you’ll need to talk with OX Security’s sales team. Request a demo through their website. Come prepared with details about your environment size and requirements.

Tips for the pricing conversation:

• Know your developer headcount
• Have a list of current security tools and their costs
• Understand which features you need immediately vs. later
• Ask about payment terms and discount opportunities
• Request customer references in your industry

OX Security’s Application Security Posture Management Features

Let’s go deeper into OX Security’s ASPM capabilities. This is the core of what makes OX valuable. Understanding these features helps you decide if the platform fits your needs.

Scanning and Traceability

OX Security provides comprehensive scanning across your SDLC. But scanning alone isn’t special. Every security tool scans. What matters is what you do with the results.

OX adds traceability to every finding. You can trace a runtime vulnerability directly to its originating code line. You see exactly where the problem started and who can fix it.

This traceability spans:

• Code repositories and commits
• Build pipelines and artifacts
• Container images and layers
• Cloud deployments and configurations
• Runtime instances and behaviors

Evidence-Based Prioritization in Detail

We mentioned prioritization earlier. Let’s dig deeper into how OX does this.

Traditional vulnerability scanners use CVSS scores. A critical CVE gets flagged regardless of context. But a critical vulnerability in a library you never execute isn’t actually critical to you.

OX combines multiple data sources to prioritize:

The result is a prioritized list where the top items actually matter. Security teams can focus their limited time on real risks.

Native Pipeline Enforcement

Finding problems is only useful if you can prevent bad code from shipping. OX Security includes native pipeline enforcement capabilities.

This means you can set policies that block deployments. If a pull request introduces a critical vulnerability, the merge gets blocked. If a build contains banned licenses, it fails.

Pipeline enforcement works with popular CI/CD platforms:

• GitHub Actions
• GitLab CI
• Jenkins
• CircleCI
• Azure DevOps
• And others

The enforcement is policy-driven. You define the rules. OX applies them automatically. No manual review needed for standard cases.

Software Bill of Materials (SBOM) Generation

Regulatory requirements increasingly demand SBOMs. OX Security generates these automatically as part of its scanning process.

An SBOM lists every component in your software. Open source libraries, their versions, and their licenses. This information is valuable for:

• Vulnerability response when new CVEs emerge
• License compliance audits
• Supply chain risk assessment
• Customer due diligence requests

OX goes beyond basic SBOM generation. They also provide CBOM (Cloud Bill of Materials) for cloud infrastructure. You get visibility into every component across your entire stack.

Software Supply Chain Security with OX

Supply chain attacks are a growing threat. The Gartner Magic Quadrant recognition specifically called out OX’s supply chain security capabilities. Let’s explore what that means.

The Supply Chain Problem

Modern applications contain hundreds of dependencies. Each dependency is a potential attack vector. A compromised npm package can affect millions of applications downstream.

Recent incidents have shown how dangerous this is. Attackers don’t need to breach your systems directly. They can compromise a library you depend on and get in through the front door.

OX Security addresses supply chain risk through multiple mechanisms:

Third-Party Component Analysis

OX maintains a unified view across the software supply chain. This includes all third-party tools and components your applications use.

The platform analyzes:

• Direct dependencies: Libraries you explicitly include
• Transitive dependencies: Libraries your dependencies depend on
• Development dependencies: Tools used in build but not shipped
• Container base images: The foundation of your containers
• Infrastructure as Code: Terraform, CloudFormation templates

AI Supply Chain Risks

OX Security has been talking about AI supply chain risks. Their materials mention “Lessons for Security Leaders From the AI Supply Chain Crisis” and discuss vulnerabilities in AI tooling.

One specific example they cite is:

“The Mother of All AI Supply Chains: Critical, Systemic Vulnerability at the Core of Anthropic’s MCP”

MCP (Model Context Protocol) is emerging infrastructure for AI applications. OX is ahead of the curve in identifying security risks in these new components.

Securing AI-Generated Code

Developers increasingly use AI coding assistants. GitHub Copilot, ChatGPT, and similar tools generate code suggestions. But that generated code can contain vulnerabilities.

OX Security addresses this directly. Their platform “Automatically prevent vulnerabilities in AI-generated code, ensuring security from the first line.”

This protection embeds into AI editors and IDEs. Before a developer accepts an AI suggestion, OX checks it for security issues. Bad code never enters the codebase.

They’ve published “The 2026 Guide to Securing AI-Generated Code at Scale” covering this topic in depth. If your teams are using AI coding tools, this capability matters.

OX Cloud: Runtime Security and CSPM Capabilities

OX Cloud extends the platform’s protection into runtime environments. This is where code becomes live infrastructure. And where many security tools lose visibility.

Cloud Security Posture Management

CSPM monitors your cloud infrastructure for misconfigurations. Things like:

• S3 buckets exposed to the public internet
• Security groups with overly permissive rules
• IAM policies granting excessive access
• Encryption disabled on sensitive data stores
• Logging and monitoring gaps

OX Security’s CSPM inventories cloud resources. It maps vulnerabilities and misconfigurations. And it connects these findings back to code.

This last point is what makes OX different. A misconfigured security group isn’t just a cloud problem. It likely came from a Terraform template somewhere. OX traces the misconfiguration to its source code origin.

Kubernetes Security Monitoring

Many organizations run containers on Kubernetes. K8s brings its own security challenges. Pod security policies, network policies, secrets management, and more.

OX Security monitors Kubernetes security risks in depth including:

• Cluster misconfigurations
• Policy compliance violations
• Vulnerable container images
• Privileged container usage
• Network segmentation gaps

Runtime Vulnerability Detection

Some vulnerabilities only become apparent at runtime. Code paths that weren’t visible during static analysis. Environment-specific configurations that create exposures.

OX Cloud provides runtime vulnerability detection. It watches your live infrastructure and identifies risks as they emerge.

The platform prioritizes cloud infrastructure risk through full-stack context. It correlates:

• Runtime vulnerabilities
• Misconfigurations
• Asset relationships

Then it traces every issue to its point of creation. You don’t just know what’s wrong. You know where to fix it.

Attack Path Visualization

Security isn’t about individual vulnerabilities. It’s about how vulnerabilities combine into attack paths. A low-severity finding might become critical if it leads to a high-value asset.

OX Security visualizes attack paths across:

• Code repositories
• APIs
• Cloud environments

This visualization helps security teams understand real risk. Not just theoretical vulnerability counts but actual paths attackers could exploit.

Integrations: Connecting OX Security to Your Tool Stack

No security platform works in isolation. OX Security needs to connect with your existing tools. Let’s look at the integration landscape.

Source Code Management Integrations

OX integrates with major SCM platforms:

CI/CD Pipeline Integrations

OX’s pipeline enforcement works with:

• GitHub Actions: Native workflows and checks
• Jenkins: Plugin integration for build gates
• CircleCI: Orb integration for scanning
• GitLab CI: Built-in pipeline stages
• Azure Pipelines: Task integration
• Bitbucket Pipelines: Pipe integration

Cloud Provider Integrations

For runtime visibility, OX connects to major cloud providers:

• Amazon Web Services (AWS)
• Microsoft Azure
• Google Cloud Platform (GCP)

These integrations enable CSPM, resource inventory, and runtime vulnerability detection.

Existing Security Tool Integration

OX doesn’t require you to rip and replace everything. It can ingest findings from existing tools. This helps during transition periods and for tools you want to keep.

Common integrations include:

• Existing SAST tools
• SCA scanners
• Container security tools
• Secret detection tools
• DAST solutions

OX normalizes findings from these tools into its unified view. You get one dashboard instead of many.

Ticketing and Workflow Integrations

Security findings need to reach developers. OX integrates with:

• Jira: Create and track security tickets
• ServiceNow: Enterprise workflow integration
• Slack: Notifications and alerts
• Microsoft Teams: Team notifications

These integrations ensure findings don’t get lost. They flow into existing developer workflows.

The Developer Experience with OX Security

Security tools often create friction for developers. Alerts interrupt flow. False positives waste time. OX Security explicitly addresses developer experience.

Built for Security, Translated for Developers

OX uses this phrase: “Built for Security, Translated for Developers.” It means the platform speaks two languages. Security teams see security metrics. Developers see actionable fixes.

The translation includes:

• Clear explanations: What the vulnerability is and why it matters
• Specific remediation: Exactly what to change in the code
• Automated fixes: Pull requests ready to merge
• Context: Which applications are affected and how

IDE Integration

OX embeds protection directly into development environments. This means developers see security feedback while they code. Not days later when a scan runs.

IDE integration catches issues like:

• Vulnerable dependencies before they’re committed
• Insecure code patterns as they’re written
• Secret exposure before it reaches version control
• AI-generated code vulnerabilities before acceptance

Reducing Alert Fatigue

Alert fatigue is real. When developers see thousands of security alerts, they stop paying attention. OX’s approach specifically targets this problem.

Through evidence-based prioritization and root cause consolidation:

• Fewer alerts overall
• Higher signal-to-noise ratio
• More actionable findings
• Less time wasted on false positives

Developers actually engage with security findings when the findings are worth their time.

Security and Engineering Alignment

OX claims “Dev and Security teams alignment” as an outcome. This alignment comes from shared visibility and shared workflows.

Both teams see the same data. Both teams use the same platform. There’s no finger-pointing about whose findings are correct. One source of truth for security posture.

Compliance and Regulatory Considerations

Many organizations evaluate security tools through a compliance lens. OX Security supports common compliance requirements.

SBOM Requirements

US Executive Order 14028 increased SBOM requirements for software sold to the federal government. Similar requirements are emerging in other sectors.

OX Security generates SBOMs automatically. This meets requirements like:

• NTIA minimum elements for SBOMs
• SPDX format support
• CycloneDX format support

Framework Mapping

Security findings often need mapping to compliance frameworks. OX can help with frameworks including:

• SOC 2
• ISO 27001
• PCI DSS
• HIPAA
• GDPR
• NIST Cybersecurity Framework

Audit Trail and Reporting

Compliance audits require evidence. OX maintains audit trails of:

• Scans performed and their results
• Vulnerabilities found and remediated
• Policy violations and resolutions
• User actions and configuration changes

Reports can be generated for auditor review. This simplifies the audit process.

Comparing OX Security to Alternatives

OX Security competes in a crowded market. How does it compare to other options?

vs. Point Solutions

You could buy separate tools for SAST, SCA, CSPM, and runtime security. Many organizations do exactly this. The problem is integration.

vs. Other ASPM Platforms

OX isn’t the only ASPM platform. Competitors include Apiiro, Legit Security, Cycode, and others. Key differentiators for OX include:

• Gartner Leader recognition: Third-party validation
• Runtime security: Not all ASPM platforms extend to runtime
• AI code security: Specific focus on AI-generated code risks
• Supply chain depth: Comprehensive dependency analysis

vs. Cloud-Native Application Protection Platforms (CNAPP)

CNAPPs like Wiz, Orca, and Prisma Cloud also provide application security. They typically focus on cloud-native environments.

OX Security differentiates by:

• Deeper code-level integration
• Developer workflow focus
• SDLC coverage from IDE to runtime
• Stronger SAST and SCA capabilities

The Right Fit

OX Security fits best for organizations that:

• Have complex development environments
• Want to consolidate security tools
• Need code-to-cloud traceability
• Care about developer experience
• Are using or planning to use AI coding tools

If your needs are simpler, a point solution might suffice. If cloud security is your only concern, a CNAPP might fit better. OX is built for comprehensive application security.

Getting the Most Value After Your OX Security Account Setup

Signing up is just the beginning. Here’s how to get maximum value from OX Security after you create your account.

Phase 1: Initial Discovery

Start by connecting your key repositories and environments. Let OX scan and build its baseline understanding. Don’t try to fix everything at once.

During this phase:

• Connect your most important applications first
• Review the initial findings without acting
• Understand OX’s prioritization logic
• Identify quick wins vs. longer-term efforts

Phase 2: Policy Definition

Define what matters to your organization. OX’s policies determine what gets flagged and blocked. Work with stakeholders to set appropriate thresholds.

Consider policies for:

• Severity levels that block builds
• License types that are banned
• Compliance requirements that must be met
• Exceptions for known acceptable risks

Phase 3: Developer Enablement

Bring developers into the platform. Train them on the interface. Show them how to interpret and act on findings.

Key training areas:

• How to read OX findings
• How to apply suggested fixes
• How to request exceptions
• How to use IDE integration

Phase 4: Continuous Improvement

Security posture improves over time. Track metrics to demonstrate progress:

• Mean time to remediation
• Open vulnerability count trends
• Policy violation rates
• Developer engagement levels

Regularly review and refine policies. As your security posture matures, you can raise the bar.

Common Challenges and How to Address Them

Implementing any security platform has challenges. Here are common issues and how to handle them with OX Security.

Challenge: Initial Finding Volume

First scans often reveal thousands of findings. This can feel overwhelming. The fix: don’t try to address everything immediately.

Solution approach:

• Focus on critical and high-severity findings first
• Use OX’s prioritization to guide effort
• Set realistic remediation timelines
• Celebrate incremental progress

Challenge: Developer Resistance

Developers may see security tools as obstacles. They slow down shipping. They add work.

Solution approach:

• Emphasize OX’s developer-friendly design
• Show how prioritization reduces noise
• Demonstrate automated fix generation
• Include developers in policy decisions

Challenge: Integration Complexity

Connecting all your tools takes time and effort. Some integrations may be smoother than others.

Solution approach:

• Start with highest-value integrations
• Use OX’s professional services if available
• Document integration configurations
• Plan for iterative expansion

Challenge: Measuring ROI

Proving security tool value can be difficult. Avoided breaches are hard to count.

Solution approach:

• Track tool consolidation savings
• Measure developer time saved
• Document compliance improvements
• Compare before/after vulnerability metrics

OX Security Events and Community

OX Security participates in industry events. They engage with the security community. This engagement matters for staying current with threats and best practices.

Industry Events

OX Security attends and sponsors events like AppSec Village. These events provide opportunities to:

• See demos of new features
• Meet the OX team
• Learn from other customers
• Understand roadmap direction

Educational Content

OX produces educational content including:

• Webinars on topics like AI supply chain security
• Guides like “The ASPM Complete Guide”
• Research on emerging threats
• Blog posts on security practices

Customers benefit from this content beyond the platform itself.

Customer Community

Enterprise customers often form communities around shared tools. OX facilitates customer connections through:

• Customer advisory boards
• User groups
• Reference customer programs

Future Roadmap and Where OX Security is Heading

Security is a fast-moving space. Understanding OX’s direction helps you assess long-term fit.

AI Security Focus

OX is clearly investing in AI security capabilities. Their focus on AI-generated code and AI supply chain risks suggests continued development here.

Expect future features around:

• More sophisticated AI code analysis
• Better AI assistant integration
• AI supply chain monitoring
• Model security assessment

Runtime Expansion

OX Cloud is relatively new. Expect continued investment in runtime capabilities:

• Deeper Kubernetes integration
• Additional cloud provider support
• More runtime context in prioritization
• Expanded attack path analysis

Developer Experience Improvements

Developer adoption drives security tool success. OX will likely continue improving:

• IDE integrations
• Automated remediation
• Workflow integrations
• User interface refinements

Conclusion

OX Security offers a comprehensive platform for application security from code to cloud. The sign up process leads to a unified view across your entire software supply chain. Whether you need SAST, SCA, CSPM, or runtime protection, OX delivers it in one platform. The Gartner Leader recognition validates their approach. If you’re ready to simplify your security tool stack while improving your security posture, OX Security deserves serious consideration.

Frequently Asked Questions About OX Security Sign Up