Cybersecurity has been a buzzword in recent years due to our rapidly digitizing world, but what exactly is it, anyway? And what role does it play in fields such as software development? To put it simply, cybersecurity is an umbrella term used to describe the protection one has against digital crimes and attacks. There are many different types of cybersecurity that deal with the many different ways a malicious actor might use to attack a software, system, or network.
In software development, cybersecurity often involves integrating protective measures, secure coding, proper encryption, and regular testing to safeguard against threats and breaches. Quite clearly, current software engineers seeking to upskill through a course such as an online masters software engineering degree should have the appropriate cybersecurity training, especially today when the costs of things such as breaches and attacks have only become bigger.
Protecting sensitive data
One of the most obvious roles of adequate cybersecurity measures is the protection of sensitive data. Software applications often handle large amounts of personal, financial, and confidential information, all of which we can deem as sensitive data.
This is not just a legal responsibility, but an ethical obligation too. It demonstrates to users (who are also a consumer of the software product) respect, integrity, and justice. Moreover, having this ethical practice in mind can inform other employees to enhance their ability to remain vigilant about potential cybersecurity incidents or activities that seem unusual.
Company reputation and user trust
According to a survey published in 2024, around 75% of U.S. expressed readiness to sever ties with a brand if it had a cybersecurity issue, while 66% would not trust a company that falls victim to a data breach with their data.
Of course, these numbers very much confirm the fact that when security measures are in place, organizations and businesses can preserve their reputation. But it is not just the company’s reputation that is at play here – there is also customer trust; a damaged reputation means losing previously loyal customers. Having an insecure software development process can, as such, result in severe ramifications for businesses, which then leads to financial losses.
Especially in our age, where the foundation of contemporary corporate operations is primarily made up of software applications, which all provide virtually everything from communication with clients to making financial transactions, cyber criminals still find them to be particularly attractive targets to steal data and money or interfere with services.
Regulation compliance
Strict adherence to industrial regulations and standards is imperative, and in the current digital age, many of these have expanded into cybersecurity. Complying with such not only protects companies and organizations from legal penalties but also is a pivotal aspect of safeguarding user data. Making the integration of cybersecurity into software development, therefore, ensures that organizations are wholly following industry standards, while also promoting a principle of adequate data management and privacy.
For example, the state of California has the California Consumer Privacy Act (CCPA), which regulates data belonging to individuals (e.g. internet activity, cookies IP addresses, biometrics, etc.) and stipulates consumers have the right to know what personal data is being collected or sold and for what purpose. Others also include the General Data Protection Regulation (GDPR), and the Health Insurance Portability and Accountability Act (HIPAA) which apply to certain conditions and industries you may be interacting with.
Having robust cybersecurity is integral in ensuring that the applications and systems you have been working on are complying with these regulatory standards.
Preemptive response to threats
Cyber threats and attacks are evolving rapidly – especially in their sophistication and pervasiveness – and inevitably there has been a growing need for cybersecurity strategies that identify, mitigate, and ultimately neutralize these potential risks before they become a whole security breach incident.
Inputting cybersecurity strategies into software development processes can be an enormous help for software engineers to identify and address potential vulnerabilities early on. In taking a productive approach to cybersecurity during the development processes, organizations and businesses can reduce the likelihood of successful cyberattacks. Contrarily, having no cybersecurity in a software or system serves as a carte blanche for attackers to freely hack and infiltrate, leading to losses and destruction.
Developers and engineers need to build software that is resilient and up-to-date to be able to withstand and handle the evolving threat landscapes. One of these ways can be by adopting a security-centric or security-first mindset, and this can be done through constant research and assessment of ever-changing threats, exploits, and vulnerabilities.
Maintaining software integrity
Software integrity usually refers to the quality of a software’s source code, and that code is essential to measure how safe, secure, stable and reliable it is for users. Modifications to software code and tampering by malicious actors can significantly compromise the functionality of an application or system.
Implementing cybersecurity measures such as security controls, best practices and version control can thus ensure the integrity of a software throughout its lifecycle, while providing user with a dependable and trustworthy product. Of course, maintaining software integrity is not just a one time thing as it requires ongoing tweaking and improvements to defend against changing threats.
Cybersecurity and software development are deeply intertwined – inextricably linked, even. Since technological advances (which has brought about software) has become an inseparable part of our daily lives, software developers and engineers need to be equipped with the skills needed in ensuring the security and integrity of their software for users.
