{"id":180101,"date":"2025-10-28T01:21:10","date_gmt":"2025-10-28T01:21:10","guid":{"rendered":"https:\/\/teknomers.com\/en\/during-your-job-interviews\/"},"modified":"2025-10-28T01:21:12","modified_gmt":"2025-10-28T01:21:12","slug":"during-your-job-interviews","status":"publish","type":"post","link":"https:\/\/teknomers.com\/en\/during-your-job-interviews\/","title":{"rendered":"During your job interviews."},"content":{"rendered":"\n

The Hidden Dangers of Technical Job Interviews in the Tech Industry<\/h2>\n

Every time a developer participates in a \u00a0job interview\u00a0, they must pass a \u00a0technical test\u00a0; the routine seems clear: demonstrate their programming skills and advance in the selection process. However, behind these common dynamics lies a risk that many may not have considered: \u00a0cyber attacks\u00a0 that exploit the context of these interviews with developers to \u00a0steal sensitive data\u00a0. Criminals have perfected their techniques<\/a>, using seemingly legitimate recruitment processes to trick the most savvy individuals and gain access to a valuable trove of data.<\/p>\n

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Deception in the Job Offer<\/strong>. By now, most people have received a call from platforms like \u00a0InfoJobs\u00a0, \u00a0Indeed\u00a0, or any other supposed employment channel claiming their resume was selected for a position. These are often scams that the platforms themselves have denounced<\/a>. This method, known as “trawling,” aims to broaden the pool of potential victims for data theft.<\/p>\n

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This is where software developer David Dodda<\/a> alerts us to a more sophisticated form of attack. In a recent blog post, he described a \u00a0selective assault\u00a0 on computer experts camouflaged under the guise of a technical test during a job interview. He recounts, “I was 30 seconds away from running malware on my machine.”<\/p>\n

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A Semblance of Normality<\/strong>. Dodda, a freelance programmer with extensive experience, received an unexpected offer on \u00a0LinkedIn\u00a0 for a part-time position at a startup focusing on software development. “It seemed legitimate, so I accepted the call,” he stated. The company’s LinkedIn profile appeared credible, featuring past posts, employees, and recent activity.<\/p>\n

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After scheduling the interview, Dodda’s contact assigned him a technical test \u201cto get ahead\u201d before their meeting. This practice is routine for developers, particularly when practical skills are being evaluated. The benign appearance of the offer and the acceptance of the technical test reinforce the sense of trust\u2014an element heavily exploited in social engineering tactics targeting candidates.<\/p>\n

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Code Hidden in Plain Sight<\/strong>. The technical material for the test did not raise any red flags for Dodda. He meticulously reviewed the code, correcting minor defects with ease. Yet, just as he was about to run it, a wave of \u00a0paranoia\u00a0 struck\u2014a common instinct among seasoned developers. He decided to ask his AI assistant, \u00a0Cursor\u00a0, to review the code instead. What he discovered was shocking.<\/p>\n

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\u201cIntegrated between legitimate administrative functions and set to run with full server privileges,\u201d Dodda described the malware, which was primed to execute on his computer.<\/p>\n

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Free Access to All Your Data<\/strong>. The initial phase of the malware was designed to extract \u00a0critical information\u00a0: passwords, personal files, system credentials, and even access to cryptocurrency wallets.<\/p>\n

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The attack’s scope extended far beyond Dodda’s personal data. According to a report from consulting firm \u00a0Unit 42\u00a0, development teams often handle data from third-party servers and projects, vastly increasing the potential value of a successful fraud attempt. In analyzed cases, the malicious code employed seemingly legitimate programming tactics and Python backdoors, ensuring the attackers maintained unrestricted remote access.<\/p>\n

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