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According to Gartner, 20 percent of organizations have experienced at least one attack on IoT tech in the past three years. Unsecured network connections with Internet access compromise data privacy. Through them, third parties can gain remote control over the device.

The only constant you can count on in technology is change. From microprocessors to PCs to smartphones to software, technology continues to become faster, smarter, and more sophisticated. But make no mistake: what’s changed the most in the world of technology over the past few decades is the hacker. Hackers are highly motivated to stay ahead of the latest security trends. It’s how they keep from getting caught, and how they keep the fun and profit rolling.

Creating and running an application in your favorite language is usually pretty simple. After you create your application, deploying it and showing it to the world is also quite straightforward. The last thing you need is someone to take over your system and fully control your brand new application. In this article, I’ll explain how this can happen with a reverse shell attack. Note that the code examples in this article are for educational purposes only.

When it comes to hackers exploiting vulnerabilities in their software, organizations have two choices: They can fight the multi-headed hydra — or they can try to buy them off. And thus was born the bug bounty. Of course the situation is a bit more complicated than that, but ever since ​​Peiter C.

Hackers use many tools at each stage of an attack. These tools are often readily available online, both free of charge and to buy, and easy to use for non-technical cybercriminals. Understanding a hacker’s tools and tactics is essential for cyber security practitioners and vendors aiming to build effective defenses and stay one step ahead of a quickly evolving host of cyber threats.