XenonStack Recommends
Prevent Code Vulnerabilities
Prevent code vulnerabilities by analyzing and scanning the lines of code and identify the weak hotspots.
Software Composition Analysis
Detecting deprecated dependencies, potential exploits, and vulnerabilities.
Continuous Testing of Code at Every Stage
Major Risks of Insecure Code
Insecure code easily invites hackers to get into the environment. The following are the security vulnerabilities associated with the code.
Injection
Allows an attacker to control an application's database and use unexpected SQL statements to access, delete, or modify data.
Cross-Site Scripting (XSS)
Allows an attacker to steal user’s identity data like cookies, session tokens and other information.
Buffer Overflow
It is a common type of DoS attack. It relies on sending an amount of traffic to a network resource that exceeds the default processing capacity of the system.
Broken Authentication
Broken Authentication has the potential to steal a user's login data, or forge session data, such as cookies, to gain unauthorized access to websites.
Inspect and Analyze the Application’s Code
Discover security vulnerabilities and cyber threats beforehand without executing the code
Continuous Delivery
Checking for the code in version control (like git), ensures that the code is reviewed and properly scanned for vulnerabilities.
Threat Modeling
Understanding the software design and detecting the loopholes where a hacker can compromise, so that appropriate defenses can be build.
Monitoring New Vulnerabilities
Continuously scans integrated projects code for new vulnerabilities and alerts the user for the same, so that remediation action can be taken on time.
How to Prevent Software Code Vulnerabilities
Conduct Regular VAPT
VAPT is a great approach to strengthen an organization's security posture by finding and preventing vulnerabilities in the software code. Also, educating employees by some KT sessions and making them aware about the importance of security.
DevSecOps Pipeline
Integrating the security practices in the DevSecOps pipeline to build, test and deploy the software securely and faster, with these security vulnerabilities can be identified earlier. Hence, improving the speed and agility of security teams and resulting in faster recovery of a security incident.
Best Practices for writing the Secure Code
Drafting the security best practices and it will behave as a secure coding kick-start tool that will help developers to quickly understand the secure coding best practices, which helps in mitigating the risks and vulnerabilities during the development process.
Cloud Security Assessment
Evaluate your organization's cloud infrastructure to ensure the organization is protected from a variety of security risks and threats.
GET ASSESSMENT
Platform
Leverage security from build to runtime and accelerate innovation at scale with confidence.
Compliance Management
Integrate the threat awareness culture with comprehensive visibility to reduce risks and meet compliance requirements.
Cloud Native Security
Embrace prevention, detection, and response automation across the entire application lifecycle to secure the supply chain, cloud infrastructure and running workloads.
Vulnerability Management
Continuous monitoring for detecting vulnerabilities, embedded secrets, and other security issues during the development cycle and minimize the attack surface.
Explore Other Solutions
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Kubernetes Security
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Application Security
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DevSecOps
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