Why SecureOne?

Open & Flexible Security Platform

SecureOne supports a broad ecosystem of tools — not just a closed, proprietary stack:

• Open-source security tools
• Commercial security tools
• Custom security integrations

This gives teams the freedom to:

• Reuse existing investments
• Avoid vendor lock-in
• Standardize security workflows
• Centralize visibility and remediation

Unified Application Security Coverage

SecureOne provides centralized scanning and management for the full AppSec spectrum:

• SAST — Code Security
• SCA — Open Source Security
• Secret Protection — Credential Leakage
• DAST — Runtime Security

All findings can be automatically tracked through integrated JIRA workflows for faster remediation and better collaboration between developers and security teams.

Powered by SecureGrep

SecureOne includes SecureGrep, a modern code scanning engine developed on top of OpenGrep — enhancing speed, flexibility, and enterprise-grade rule management.

What SecureGrep brings:

• Faster rule execution
• Flexible detection capabilities
• Custom rule support
• Developer-friendly scanning
• Scalable enterprise workflows
• Open ecosystem compatibility

Benefits:

• Lightweight and extensible
• Easy onboarding
• Improved detection accuracy
• Open ecosystem compatibility

AI-Powered Security Coming Soon

SecureOne is evolving into an intelligent AppSec platform with upcoming AI-driven capabilities designed to reduce manual effort and accelerate secure software delivery:

• Auto Fix
• Auto Audit
• AI Risk Prioritization
• Smart Root Cause Analysis
• AI Security Assistant
• Policy Recommendations

10+ AI-powered AppSec use cases are planned to help organizations reduce manual effort and accelerate secure software delivery.

Deployment & Compliance

SecureOne supports both local (on-premise) and SaaS-based scanning, giving organizations full flexibility in how they run application security.

It is designed to meet major compliance and security standards, including SOC 1, SOC 2, HIPAA, and ISO 27001 (as applicable to organizational requirements).

Unlike cloud-only security platforms, SecureOne is deployed within the customer's own infrastructure. Organizations retain full control over their code, data, and security findings — nothing needs to be shared externally.

Built to Scale With You

SecureOne supports organizations of all sizes — from individual developers and small teams to large enterprises. It is designed to scale with your needs, whether you're starting with a single project or managing security across a complex, distributed organization.

Developer-First Scanning — Run Locally in Docker

Developers can install SecureOne directly in their own Docker environment and scan their code before merging it into the main branch. This puts security in the hands of developers at the earliest possible moment, reducing the risk of vulnerabilities ever reaching a shared or production codebase.

How it works

• Pull the SecureOne Docker image and run it locally — no cloud dependency required.
• Point it at any local repository or working branch to scan code on demand.
• Review findings immediately in the SecureOne panel before opening a pull request.
• Fix issues in your own environment without affecting other team members.

GitHub Event-Triggered Scanning

SecureOne integrates natively with GitHub to trigger automated security scans based on real developer activity — no manual intervention required.

Supported trigger events

• Repository creation — a scan is automatically initiated when a new repository is created, establishing a security baseline from day one.
• Code commit — every push triggers a scan so vulnerabilities are caught immediately as code is written.
• Pull request opened — scans run automatically when a PR is opened, ensuring all incoming code is reviewed for security issues before merge.

Automatic results

Scan results are automatically generated and uploaded to the SecureOne panel as each event fires. Teams get a real-time, always-current view of their security posture across every repository and branch — without having to trigger scans manually.

Why SAST?

SAST (Static Application Security Testing) helps you find security vulnerabilities early — before your application is run or deployed. Instead of waiting for issues to appear in production, SAST analyzes your source code, dependencies, and logic during development, when problems are cheapest and easiest to fix.

Key Benefits

• Catches insecure coding patterns, injection risks (SQL injection), hardcoded secrets, and unsafe functions before production.
• Lets developers fix problems immediately during their normal workflow (e.g., during a pull request).
• Reduces cost and risk — fixing a vulnerability in code is fast and low impact vs. fixing it in production.
• Supports compliance requirements in standards like SOC 2, ISO 27001, and others.

Why SCA?

SCA (Software Composition Analysis) is critical because most modern applications are built heavily on open-source libraries — and those dependencies often introduce security risk without developers realizing it. Instead of only checking your own code, SCA looks at everything your application depends on and identifies known vulnerabilities in those third-party components.

Key Benefits

• Detects known CVEs in open-source libraries — a single vulnerable dependency can expose the entire application.
• Identifies license risks — important for legal and compliance reasons.
• Provides full visibility into your software supply chain, including nested (transitive) dependencies.
• Helps teams prioritize fixes based on reachability and exploitability.

Why Secret Detection?

Secret detection prevents sensitive information — passwords, API keys, tokens, encryption keys, and private credentials — from being accidentally exposed. Many real-world data breaches start with something as simple as a hardcoded API key pushed to GitHub.

Key Benefits

• Automatically scans code, commits, and CI/CD pipelines to catch credential exposures early.
• Supports compliance requirements under GDPR, HIPAA, SOC 2, and more.
• Reduces blast radius — quick detection means fast credential rotation before attackers can exploit.
• Acts as a safety net for human error in fast-moving development environments.

Why DAST?

DAST (Dynamic Application Security Testing) finds security vulnerabilities in a running application — testing the system the same way an attacker would, without needing access to source code. It scans the live application (web or API) to detect real exploitable weaknesses.

Key Benefits

• Detects runtime vulnerabilities: SQL injection, XSS, authentication flaws, and insecure configurations.
• Reflects real-world attack conditions — tools like OWASP ZAP and Burp Suite simulate attacker behavior.
• Complements SAST — validating security after deployment to close blind spots in the pipeline.
• Works in CI/CD pipelines, catching vulnerabilities before production release.

Why Penetration Testing?

Penetration testing proactively simulates real cyberattacks to find security weaknesses before malicious attackers do. It is a controlled, ethical hacking exercise where security professionals try to break into systems using the same techniques as real attackers.

Key Benefits

• Reveals real-world exploit paths — shows how multiple small weaknesses can chain together to compromise a system.
• Validates security controls — checks whether firewalls, authentication, and encryption hold up under attack.
• Uncovers overlooked issues: misconfigurations, logic flaws, privilege escalation paths, and insecure APIs.
• Supports risk prioritization — shows which issues are truly exploitable and high-impact.
• Required for compliance standards like PCI DSS, SOC 2, and ISO 27001.

OWASP Top 10 — The Most Critical Web Application Risks

The OWASP Top 10 is the industry-standard awareness document for web application security risks, maintained by the Open Web Application Security Project. It represents the most critical and commonly exploited vulnerabilities found in real-world applications — and forms the foundation for most compliance and security testing requirements.

Current OWASP Top 10 Risks

• A01 — Broken Access Control: Failure to enforce what authenticated users are allowed to do, enabling unauthorized access to data or functions.
• A02 — Cryptographic Failures: Weak or absent encryption exposing sensitive data such as passwords, credit cards, or health records.
• A03 — Injection: Untrusted data sent to an interpreter (SQL, OS, LDAP) causes unintended commands or data access. Includes SQL injection and XSS.
• A04 — Insecure Design: Fundamental design flaws that cannot be fixed by correct implementation alone — requires threat modelling and secure design patterns.
• A05 — Security Misconfiguration: Missing hardening, unnecessary features enabled, default credentials, overly permissive cloud permissions.
• A06 — Vulnerable & Outdated Components: Using libraries, frameworks, or OS components with known vulnerabilities — addressed directly by SCA.
• A07 — Identification & Authentication Failures: Weak authentication, session fixation, credential stuffing, and missing MFA.
• A08 — Software & Data Integrity Failures: Insecure CI/CD pipelines, auto-update mechanisms, and deserialization vulnerabilities.
• A09 — Security Logging & Monitoring Failures: Insufficient logging and alerting that allows breaches to go undetected.
• A10 — Server-Side Request Forgery (SSRF): Forcing the server to make requests to unintended internal or external resources.

How SecureOne addresses OWASP Top 10

• SAST — detects injection flaws, insecure coding patterns, and authentication logic issues in source code (A03, A04, A07).
• SCA — identifies vulnerable and outdated third-party components (A06).
• Secret Detection — catches hardcoded credentials before they reach production (A02, A07).
• DAST — validates access control, misconfiguration, and SSRF risks in the running application (A01, A05, A10).

Security Matters at Every Scale

Security matters for both individuals and large organizations. The core reason is the same: protecting information, systems, and trust from misuse, theft, or disruption. In cybersecurity, security is about reducing risk — whether that risk affects one person or millions of users.

For Individuals

Personal data is highly valuable. Passwords, banking details, identity documents, and private messages can be used for fraud, identity theft, or financial loss if exposed. Even a single compromised account can lead to long-term problems. Good security habits — like strong passwords and multi-factor authentication — help prevent that.

For Organizations

The stakes are much higher. A single breach can affect thousands or millions of customers, disrupt services, and cause major financial and reputational damage. Companies store sensitive data — customer records, intellectual property, payment information — making them attractive targets. They also run many systems, cloud services, third-party vendors, and APIs, all of which expand the attack surface.