Cyber security Career

What does a Information Security Developer Do?

Cyber Security Career

As a security software developer, your role will include designing and testing cyber security applications and tools, being involved with full IT project lifecycle implementation and making sure source code adheres to secure coding practices.

Developers already possess many of the skills necessary for transitioning into cybersecurity careers. According to CyberSeek’s career tracker, some of the most sought-after feeder roles include networking, software development, systems engineering, financial and risk analysis as well as IT support services.

Design and Implementation

Cyber security is an ever-evolving field where experts develop programs to keep devices and information secure from hacking, malware, viruses and data breaches. They must design computer security systems that thwart hacking attempts as well as develop safeguards against hacking attempts such as hackers stealing credentials through hacking software or viruses that appear online. Cyber security specialists require both technical knowledge and software development skills for developing effective computer security systems that protect against threats like hacking. Furthermore, professionals may be expected to collaborate closely with security personnel as well as other stakeholders throughout their design processes.

Security software developers work with various organizations and computer systems. For instance, they may be contracted by car companies to ensure their in-car computers remain unhackable or by video game companies to minimize vulnerabilities in their software. Some cybersecurity specialists may even work for IT firms dedicated solely to developing cyber security solutions for clients.

One of the primary duties of this position is to ensure that an organisation’s systems source code abides by current coding standards for programming languages, thereby protecting sensitive company data from being exploited by hackers and gaining entry to confidential company systems or information.

Security software developers may also be called upon to devise mechanisms to authenticate and authorize users of a company’s system resources, including creating password policies and procedures to safeguard safe usage, entry, retrieval of their company’s data and software assets. It is imperative that security developers can detect any signs of illegal use of company data or system resources on an ongoing basis so as to inform stakeholders quickly if any issues arise.

As part of their cybersecurity software developer duties, cybersecurity software developers may also need to establish procedures for the secure creation and storage of system backups – an essential task for companies seeking to manage risks while maintaining continuous operations.

Professionals offering this service also create threat models. A threat model is a document which describes all the vulnerabilities present in an IT system and the planned response to potential threats that may emerge, providing developers with a powerful tool during project design to identify risks early and address them before becoming serious problems.


Software developers must regularly evaluate and validate their work as well as certifying that their code is secure, which includes assessing third-party components like open source code that may be included in an application and determining their risk. In addition, this verification process should also serve to assess whether all design & requirements have been fulfilled and that their software is ready for deployment – this typically means using automated tools like CI/CD pipelines for control verification and release.

Development and testing of security software typically takes place on an individual developer level rather than by teams or groups of developers. Testing measures the success of security programs at detecting and preventing cyber attacks; testing also serves as a useful way for security developers to work closely with IT specialists on effective solutions that integrate seamlessly into existing computer systems.

While security software developers primarily create and test security software, they also take on other important responsibilities, including creating and testing trusted component lists; assessing risks; designing integration of hardware and software solutions; developing system access control policies and policies related to security system access control policies; as well as keeping abreast of latest cyber-attacks/threats to stay abreast of potential issues that might arise; as well as being on top of new cyber threats in their field to stay ahead of any potential issues that may arise.

Implementing a secure SDLC can be one of the toughest challenges facing security software developers, as this involves incorporating security into every stage of development so it becomes part of the process rather than an additional task. To accomplish this goal, developers can establish action checklists, use appropriate tools, and develop training programs for new developers.

Cyber security Career


Information security developers are responsible for testing and analyzing software while monitoring for ways in which hackers could breach computer networks, systems and data. Working closely with their company’s IT team, these professionals devise strategies to combat cyber threats such as data breaches, identity theft, service losses or malware attacks while also helping with integration of security solutions to ensure seamless functioning.

An Information Security Developer career demands knowledge of computer programming languages, the ability to read and interpret complex documents, as well as an in-depth knowledge of cyber attacks. They may work in various industries that use computers for sensitive data management such as banks, hospitals and government agencies; minimum educational requirements include a bachelor’s degree in computer science or closely related field and additional specialized training for cyber security.

Professional development courses and conferences to stay abreast of emerging security threats; code reviews to ensure programs they create are free from vulnerabilities; technical support services provided to users of their software (troubleshooting/advising etc). They could also develop encryption algorithms or other secure means of data protection.

Based on their employer, these professionals may be required to design and implement security policies within a company. Furthermore, they’re accountable for training other IT employees regarding best practices for developing secure source code; some also train programmers on application teams on developing secure code.

Security software developers are employed by an array of organizations to develop programs to protect computers and connected devices from hackers. Automotive companies employ them to reduce hacker vulnerabilities in car computers; video game developers use them to minimize vulnerabilities within their games; while dedicated IT security firms contract them to find innovative ways of combatting cyberattacks.

Due to the nature of their job, cyber security software developers often work remotely as their role requires complete confidentiality and strict adherence with protocols. However, on occasion some security engineers must be present at certain projects on site.


Ideal candidates possess a bachelor’s degree in computer science, IT or cyber security related fields and possess expertise in programming languages such as Java. Security Software Developers should possess strong analytical abilities as well as working closely with systems they’re protecting and possess a keen analytical mind to identify and rectify weaknesses in their code written, so as to prevent hackers from exploiting data or resources of a company or system they protect.

Security software developers require high levels of self-motivation to keep up with the latest advances in IT Security, which often means attending refresher courses regularly – especially as new technologies and vulnerabilities emerge. Training that offers quick access and consumption, while offering ample opportunities for practice and testing skills should be prioritized when selecting training providers.

As demand for security software developers increases, salaries should as well. Top performers in this area could earn as much as $107,000 annually – though those with more experience and the appropriate certifications could achieve even greater earnings.

security software engineers who want to enhance their job prospects, increase remuneration levels or secure better benefits might seek a professional development opportunity, such as taking an online course or attending in-person classes related to their current skillset and career goals.

Security software developers who are employed by an organization should make sure their employment contracts reflect its requirements and meet them accordingly. Such agreements should address such aspects as working arrangements, ownership of work product ownership and use of external IT staffing staffing as possible.

Attaining professional qualifications like CSSLP or CISM can help security software developers advance their careers and demonstrate expertise in areas that matter to employers – integrating security practices throughout software development life cycles and understanding how to design, implement and test secure systems are among the primary considerations for employers. In addition to professional qualifications, security software developers should strive to obtain relevant skills such as agile methodologies or security testing tools in order to succeed at their roles.