NowSecure vs OpenText Core Application Security comparison

NowSecure provides a comprehensive suite of mobile app security solutions that cater to businesses aiming to protect their applications from vulnerabilities, ensuring robust security and compliance.

NowSecure offers dynamic solutions designed to meet the needs of businesses prioritizing mobile app security. Its platform delivers automated mobile app security testing that focuses on speed and accuracy to identify vulnerabilities and secure mobile applications. Businesses trust NowSecure to ensure compliance with security standards and safeguard sensitive data across mobile applications.

• Automated Testing: Enhances security with automated analysis, reducing manual effort.
• Speed and Efficiency: Provides rapid results to quickly identify and fix vulnerabilities.
• Comprehensive Reporting: Offers detailed reports for compliance and security analysis.
• Compliance Assurance: Ensures adherence to leading compliance standards.

• Improved Security Posture: Strengthens app defenses by detecting and addressing security gaps.
• Time and Cost Savings: Automates processes that reduce time spent on manual security assessments.
• Enhanced Compliance: Supports adherence to industry regulations and standards.
• Data Protection: Safeguards sensitive information, minimizing potential breaches.

NowSecure is widely implemented across industries such as finance, healthcare, and retail. It provides these sectors with essential security assurances, offering tailored insights and reporting to meet regulatory and security requirements. Businesses benefit from its specialized focus on mobile app security, integrating seamlessly into existing workflows.

OpenText Core Application Security offers robust features like static and dynamic scanning, real-time vulnerability tracking, and seamless integration with development platforms, designed to enhance code security and reduce operational costs.

OpenText Core Application Security is a cloud-based, on-demand service providing accurate and deep scanning capabilities with detailed reporting. Its integrations with development platforms ensure an enhanced security layer in the development lifecycle, benefiting users by lowering operational costs and facilitating efficient remediation. The platform addresses needs for intuitive interfaces, API support, and comprehensive vulnerability assessments, helping improve code security and accelerate time-to-market. Despite its strengths, challenges exist around false positives, report clarity, and language support, alongside confusing pricing and package options. Enhancements are sought in areas like CI/CD pipeline configuration, report visualization, scan times, and integration with third-party tools such as GitLab, container scanning, and software composition analysis.

• Static and Dynamic Scanning: Offers thorough analysis to identify vulnerabilities during development.
• Real-time Vulnerability Tracking: Continuously updates and monitors potential security threats.
• Seamless Development Platform Integration: Enhances security processes without disrupting workflows.
• Cloud-Based Service: Provides flexible, on-demand security capabilities with accurate results.
• API Support: Allows smooth integration and automation within existing systems.

• Reduced Operational Costs: Optimizes resources by lowering costs associated with security management.
• Efficient Remediation: Speeds up the process of identifying and resolving vulnerabilities.
• Enhanced Code Security: Strengthens overall application security during the development lifecycle.
• Accelerated Time-to-Market: Streamlines development stages by integrating essential security tools.

Industries like mobile applications, e-commerce, and banking leverage OpenText Core Application Security for its ability to identify vulnerabilities such as SQL injections. Integrating seamlessly with DevSecOps and security auditing processes, this tool supports developers in writing safer code, ensuring secure application deployment and enhancing software assurance.