Simply Secure. Penetration Testing Tailored for Japan.

We're committed to delivering exceptional value and confidence in our security services. Our Double Your Money Back, No-Risk, Value Guarantee is straightforward: If we do not find at least one high-severity vulnerability in your system during our penetration testing (as determined by a CVSS Score), not only will you receive a full refund, but we will also pay you double the fee you paid for the test. This guarantee demonstrates our confidence in our team's ability to enhance your cybersecurity posture and provides you with a risk-free investment in protecting your critical assets.

We offer a range of specialized services designed to enhance the security posture of SaaS companies:

1. External Penetration Testing
   
   • Simulating Real-World Attacks: We emulate external threats to identify vulnerabilities in your publicly accessible systems, such as web applications, APIs, and network perimeter defenses.
   • Risk Mitigation: Our testing helps you address weaknesses before attackers can exploit them, ensuring robust protection for your critical assets.
     
     
2. Internal Penetration Testing
   • Insider Threat Assessment: By simulating scenarios involving compromised internal access, we evaluate the security of your internal systems, including network configurations, sensitive data storage, and internal applications.
   • Comprehensive Coverage: This testing identifies risks that could arise from malicious insiders, compromised user accounts, or exploited internal vulnerabilities.
     
     
3. Cloud Penetration Testing
   • Securing Cloud Environments: Our experts assess your cloud-based systems, including configurations, storage, and identity management, to uncover potential security gaps.
   • Cloud-Specific Focus: We ensure your cloud infrastructure aligns with industry standards and best practices, addressing threats unique to cloud environments such as misconfigurations or overly permissive access.
     
     
4. Web Application Penetration Testing
   • Application Security: We evaluate your web applications for vulnerabilities such as injection flaws, authentication bypass, and session management issues.
   • Tailored Testing: Our approach focuses on the critical functionality and unique architecture of your application to ensure comprehensive protection.
     
     
5. API Penetration Testing
   1. Protecting API Endpoints: We identify weaknesses in your APIs, including improper authentication, data exposure, and insecure integrations.
   2. Integration Security: Our testing ensures that your APIs are resilient against targeted attacks, safeguarding the communication between your applications.
      
      
6. Mobile Application Penetration Testing
   • Mobile Security: We evaluate your mobile apps for vulnerabilities in data storage, API usage, and code integrity.
   • Platform-Specific Insights: Our testing addresses risks unique to mobile platforms, ensuring secure experiences for your users.
     
     
7. Compliance-Driven Penetration Testing
   • Regulatory Alignment: We help your business meet industry-specific security requirements, such as APPI, PCI DSS, FISC, and HIPAA.
   • Audit Readiness: Our penetration testing supports compliance efforts by identifying and remediating security gaps that auditors typically scrutinize.

These specialized services ensure your systems are resilient, compliant, and capable of withstanding targeted attacks, enabling your business to operate securely in an evolving threat landscape.

Combining manual and automated testing methods is a highly effective approach to maintaining robust security across your applications and systems. Here’s how each type contributes to a comprehensive security testing strategy:

1. Automated Security Testing:
   • Broad Coverage: Automated tools, such as security scanners and static/dynamic analysis tools, are excellent for quickly covering large codebases and identifying common vulnerabilities like SQL injection, cross-site scripting, or security misconfigurations.
   • Speed and Efficiency: These tools can run tests much faster than human testers and can be integrated into your CI/CD pipeline, enabling regular and consistent testing throughout the development lifecycle.
   • Cost-Effectiveness: Automated testing reduces the manpower required for routine checks, making it a cost-effective solution for regular assessments.
2. Manual Security Testing:
   • Deep Dive Analysis: Manual testing is essential for complex security challenges where contextual understanding and expertise are required, such as business logic flaws or advanced privilege escalation issues.
   • Verification of Automated Findings: Not all vulnerabilities detected by automated tools are true positives. Manual testing helps verify these findings, assess their impact, and determine the necessary remediation steps.
   • Exploratory Testing: Manual testers can explore beyond predefined test cases, identifying issues that automated tools might miss, especially in complex user interaction scenarios or in areas with custom implementations.
3. Integrating Both Approaches:
   • Start with automated testing to quickly scan and identify obvious vulnerabilities.
   • Use manual testing to delve deeper into critical areas, verify automated findings, and explore aspects of the application that require nuanced judgment.
   • Ensure that both testing methods are aligned and inform each other, with insights from manual testing feeding back into improving automated tests and vice versa.

This layered testing approach ensures that your security testing is both comprehensive and efficient, leveraging the speed of automation and the depth of manual expertise. It's particularly effective in environments like yours, where security and compliance are critical to the operation and reputation of the business.

Testing both development and production environments is crucial, but they serve different purposes:

1. Development Environment: Testing in the development or staging environment allows you to catch and fix vulnerabilities early in the development cycle. This environment is where most of the aggressive testing should happen, including automated scans and penetration testing. It’s safer to test here because it doesn’t affect your live data or service availability.
2. Production Environment: While it’s riskier, testing in the production environment is also essential because it’s the only way to ensure that your security measures work under real-world conditions. However, this should be done carefully to avoid any disruption to services or data breaches. Typically, production testing is more controlled and may focus on less invasive tests unless there is a high degree of confidence in the robustness of the systems.
3. Gradual Increase in Production Testing: As you suggested, starting with thorough testing in development and gradually increasing the scope of testing in production is a prudent approach. This ensures that the majority of potential issues are resolved before reaching production, while also verifying that the security controls perform as expected in the live environment.
4. Tailored Approach: Depending on the specifics of your systems and business, the balance between development and production testing can vary. High-risk environments might require more frequent and rigorous testing in both areas.

Since every organization’s risk tolerance and operational requirements differ, discussing these strategies in detail on a call would allow for a more customized approach that aligns with your specific needs and risk management policies.

For businesses, especially those in high-risk or rapidly changing industries like finance and technology, the frequency of system testing should be tailored to the organization's risk profile and the sensitivity of the data involved. Here are a few guidelines:

1. Annual Testing: At a minimum, perform comprehensive system testing annually. This helps ensure compliance with industry regulations and standards.
2. After Significant Changes: Any major update, such as new system implementations, upgrades, or integrations, should be followed by thorough testing to ensure that no new vulnerabilities have been introduced.
3. Continuous Testing: The most robust approach is continuous testing, where systems are constantly evaluated as part of the development process. This includes integrating automated security testing tools into the software development lifecycle, enabling early detection of vulnerabilities.
4. Periodic Reviews: Apart from scheduled annual testing, it's beneficial to conduct periodic security assessments and reviews. Depending on the nature of your business, this could be quarterly or bi-annually.

This multi-layered approach ensures that your systems remain secure over time and adapt to new threats as they emerge. For businesses like yours, focusing on fintech and SaaS, staying ahead with proactive and continuous testing is particularly crucial given the high stakes involved with financial data and cloud-based services.