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As software vendors are exposed to numerous risks hence software security becomes a prominent factor. Otherwise, malicious entities may put your company’s intellectual property at risk by deconstructing your software to imitate and distribute illegal copies of unlicensed software. Hackers are very smart and they don’t want their cyberattack to be public and this situation brings more danger as the attacks remain unidentified.  Almost every week, you hear about corporate and public-sector cyberattacks. Cyber attackers sneak into your network, steal or encrypt the data they’re seeking and sneak back out. And in the worst case, cyber attackers may sneak into your systems and keep their presence hidden and gradually gain the access to more privileged and sensitive data.


How do attackers compromise systems?

It is not in your hands to stop attacks. However, you can avoid being of victim if you have installed a well designed system that can anticipate attacks and secure you against them. To perform attack on a system, hackers find one that is not secured and trade on its weakness to leave it in compromised state.  To avoid be fall victim of cyber attacks and hacking attempts, give your system the robust protection even in the most challenging environment. It will be an unreasonable expectation to eliminate all the security defects, but your little awareness, focus on a few tactics, and efforts may help you in eliminating 80 percent of the consequences.

Below some points and development practices are discussed to reduce the application threat surface and help you in making your system more secure:

Training on secure coding practices for employees

It is one of the very important aspects of an organization’s security if it is a software vendor. Get all your engineers and employees trained on the security issues. Prioritize the areas which need security so that you they can know how to design a secure code as well as system and defend it. It is the responsibility of the management to trains the employees about the coding practices of the company and the project it is working on. Company needs to provide special training about secure coding and ethical hacking in order to get your technical staff up to speed on defensive programming techniques, security threats, and countermeasures.

Sanitize user input

Sanitizing and filtering user input will help you in going a long way toward stopping cross-site request forgery (XSRF) attacks and cross-site scripting (XSS). SQL injection targets Web servers and XSS/XSRF targets clients by tainting the HTML which is served to the browser.

Use only defined and mentioned process for database calls

Using only defined and mentioned process for database calls will help you in preventing SQL injection attacks. Instead of using parameterized procedures, SQL injection attacks abuse database statements sent as SQL command strings.

Embed source and dynamic application security testing into your development process

SAST and DAST solutions aren’t only the substitutes for secure coding practices, but these solutions can also catch what you might miss. These solutions not only catch latent security vulnerabilities, but also integrate source control solution. They give detailed information about how vulnerability manifests itself to assist developers. Application scanning solutions make it easy for you to focus on your training efforts as they can also identify chronic defects.

Deploy tools granular and meaningful events and errors

As organizations are not able of performing and practicing complete and timely forensics investigations, there are so many gray bubbles in the graphic on public disclosures. Every organization needs to practice strong security practices on its traditional server or workstation applications as well as mobile apps.

Make required alterations in development process

Don’t replace and rip out everything you currently do rather add some tools to detect security bugs automatically. Apply a coding policy in place, have a built-in threat model to know what mitigations you should use, and take some time to review your plan and code you have developed to stay more secure against attacks. Do some risk-based prioritizing.

Though, you may not build a completely secure system, but of course, you can build a system that is more secure against risks that digital environment include.  Build network system that is more secure from the outset.

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