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Detox Technologies

SSDLC Implementation Services

Your organization has everything to design, launch, and maintain functional software but not the exact thing to secure the software. It’s high time you do something to protect your Software Development Life Cycle (SDLC). With this, you will be able to manufacture and launch highly secured and sophisticated products in the market.

At Detox, our SSDLC cybersecurity services include installing diversified security activities, and tools within your systems. Security is quite an important part of any application that includes critical functionality. Security applies at every phase of SDLC and it is always at the forefront of our developer’s minds.

So, What Is Secure SDLC?

It is a fusion of best practices focused on adding security to your standard SDLC. Creating a secure practice needs dedicated effort at each phase starting from data collection, to deployment and maintenance.

The Software development lifecycle is not only important to make sure that your app is safe for both your customers and your business, but also supports the app after it is launched.

So, What Is Secure SDLC?

Step 1

Analysis And Research

SDLC process starts with collecting the information from all the stakeholders who will get the benefits of your new application. During as much information as required. the research phase, our cybersecurity provider tries to get

Step 2


After the research phase is finished and documented, our application developer designs the app layout and other codes to create the functionality of the app.

Step 3


Next, we move on to test your software and applications before your customers can access them. Our web penetration testing service providers assess your software whether it fulfills all its purposes or not.

Step 5


This is the final SDLC stage because app development doesn't end when it is launched. It is a must to take a step back and supervise your maintenance phase. In this stage, we look forward to reducing the resources to speed up the SDLC method.

Step 4


When the application and all the other infrastructure are perfect, we move on to install it. That is when we make the application available to the consumers. Much of the implementation process is automated. At this point, most of the SDLC process is finished.


Frequently Asked Questions

Not updating software poses significant security risks. Outdated software lacks the latest security patches and fixes, leaving vulnerabilities open for exploitation by hackers. This can result in unauthorized access, data breaches, malware infections, and system disruptions. Attackers target known vulnerabilities in outdated software, making it a prime target. Additionally, unpatched software can expose an organization to compliance violations and legal liabilities. Regular software updates are crucial as they close security gaps, enhance system stability, and ensure the protection of sensitive data. Ignoring updates compromises an organization’s cybersecurity posture, potentially leading to severe financial and reputational damage.

In the Secure Software Development Life Cycle (SSDLC), the identification of data leak entry and exit points typically occurs during the “Threat Modeling” phase. In this phase, potential threats and vulnerabilities are assessed by analyzing the application’s architecture, design, and functionalities. By examining how data flows through the application, security teams can pinpoint where sensitive information enters and exits the system. This identification helps in understanding potential weak points where data leakage could occur, facilitating the implementation of appropriate security controls and measures to prevent unauthorized data exposure. By addressing these entry and exit points early in the development process, the application’s security is enhanced and data leaks are mitigated effectively.

A Secure Software Development Life Cycle (SSDLC) is essential for organizations to systematically integrate security into their software development processes. It ensures that security considerations are incorporated from the very beginning of software design, reducing vulnerabilities and the risk of breaches. An SSDLC guides teams to identify potential threats, assess risks, and implement appropriate controls throughout development phases. This proactive approach minimizes the need for costly post-development fixes and patches, enhancing the overall security posture. Additionally, it fosters a culture of security awareness among developers, promoting collaboration between security and development teams. Ultimately, an SSDLC safeguards sensitive data, protects against cyber threats, and upholds the organization’s reputation by delivering secure software to users.

The main difference between traditional Software Development Life Cycle (SDLC) and Secure SDLC lies in their approach to security. While traditional SDLC primarily focuses on functional requirements and features, Secure SDLC places a strong emphasis on integrating security measures throughout the development process. Secure SDLC incorporates risk assessment, threat modeling, and security testing at every stage, ensuring that vulnerabilities are identified and addressed early. This contrasts with traditional SDLC, which often leaves security considerations for later stages, making software more susceptible to breaches. Secure SDLC aims to produce secure software by design, minimizing post-release security patches and enhancing the overall resilience of the final product against cyber threats.

About Detox

We, at Detox, provide cybersecurity solutions to give you more visibility and protect your data. Our solutions will set the highest standards for your privacy and security controls.

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“The application layer attack surface continues to grow in size and complexity, with nearly 30 percent of breaches analyzed in the most recent Verizon Data Breach Investigations Report (DBIR) involving an application layer attack. And since finding and retaining staff who possess the IT cybersecurity skills required to deal with these realities seems to be a universal problem for companies of all sizes.”