secure applications
7
Jan

Programmers thinking like hackers: Is this the new norm for secure applications?


Programming is a five-step task. It involves identification and defining the problem, planning a solution, coding, testing, and documenting the report. Every programmer must go through these steps and analyze security standards. A code written for a specific problem should ensure that it creates secure applications. The attacks on IT infrastructure and data are becoming more prevalent. This trend will most likely continue due to excess reliability on technology.

The use of the internet, computers, and software involves many security aspects. It is not enough for the programmers to produce anything that works. They should deliver outstanding work to compete and stand in the competitions. Many consumers are now growing aware of the need for secure applications. Hence, to gain their confidence, programmers should consider the element of security.

From identity theft to inserting malware, cyberattacks have resulted in devastating consequences. With programmers thinking like hackers, cyberattacks can reduce to a large extent. Unfortunately, developers are not inclined towards security when pursuing an IT degree.

Most organizations recognize the importance of an effective security policy and cybersecurity staff. Thus, they spend their resources to enhance security standards. To be more productive, programmers should hereon start behaving like a hacker. But, an ethical one.

Here are the following reasons why programmers should adopt the mindset of hackers –

1. Incomparable tenacity

Hackers are tenacious; they are self-taught. They do things with determination. To break a barrier, make attempts without hesitation. Cybercriminals need not have formal education or have learned formal techniques. They are self-learners and do not rely on others’ advice.

Programmers must match the same tenacity of self-learning and must write secure programs. As educated and trained professionals, they are less inclined to consider simple solutions. Programmers tend to rely on their other team members. This makes them less likely to experiment and evolve.

2. Learning by experience

According to Edgar Dale’s cone of experience:

  • People keep 5% of their knowledge that they get from formal lectures
  • 10% from reading
  • Almost 75% from doing things that they seek to learn (gaining experience)

Cyberattackers always learn from experience, and that is how they are self-driven. Developers must be ready to experiment and learn from new attempts. Rather than applying the knowledge obtained formally.

3. Willingness to break boundaries

The phrase “breaking boundaries” does not mean breaking ethical boundaries. It implies that programmers can outperform if conventions do not bind their performance.

Like hackers always lookout for new vulnerabilities, programmers should also spot vulnerabilities. Programmers should always learn and explore new ways to resort to felonious options.

4. Have fun

Any job, when considered a task, may not receive the best of efforts. A programmer writing to complete a task before a deadline may not be innovative. The pressure of working for the milestone can make one productive, but less efficient. As a programmer, one should always enjoy doing things to give the best of their programming skills.

Cyber attackers do not perform malicious acts with a deadline in mind. Instead, they do it to achieve something. They are goal-oriented and not deadline oriented. Programmers, when working in a similar environment, are more likely to perform better.

Cyber attackers are not role models. However, if programmers begin to think on the same lines, they can be useful when creating secure applications. Web applications face deadliest attacks that every penetration tester should be aware of.

Are you a secure application engineer? Take a look at the Certified Application Security Engineer (C|ASE). It offers comprehensive learning on web and software application security. The program covers all phases of the Software Development Life Cycle (SDLC).

get certified from ec-council
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