Kaspersky Lab has announced its new operating system which was in development for the last 14 years. Dubbed as Kaspersky OS, it has made its debut on a Kraftway Layer 3 Switch. Not many details have been revealed by the CEO Eugene Kaspersky in his blog post. The GUI-less OS – as it appears in the image – has been designed from scratch and Eugene said it doesn’t have “even the slightest smell of Linux”. He actually tagged “Kaspersky OS being non-Linux” as one of the three main distinctive features he mentioned.
The other two features he briefly described are rather fascinating. The first feature is that the Kaspersky OS is based on microkernel architecture, which basically means using the minimum amount of ingredients to bake your own operating system. The OS can be custom-designed as per requirements by using different modification blocks. This is similar to what Cyanogen Inc. has implemented in the module-based form of Cyanogen Modular OS for smartphones.
The second distinctive feature is the inbuilt security system which can control application behavior and OS modules. It touts Kaspersky OS as practically unhackable, unless a cyber-baddie has a quantum computer – which will be required to crack the digital signature of the platform – at his disposal.
Eugene puts emphasis on the fact that cyber threats have become a serious concern than before. They have realized that their operating system should cater different applications like acting as a support for the development of protected industrial control systems. Also, in the creation of protected embedded devices including IoT (Internet of Things).
“I’m hoping it’s obvious by now how protecting the IoT and, of course, critical infrastructure (industry, transport, telecoms, etc.) from IT threats is simply mandatory,” Eugene said after quoting the example of the recent DDoS attacks on Dyn DNS – the 1Tbps attack which took down almost half of the internet.
“I also hope it’s clear that it’s better – no matter how difficult – to build IoT/infrastructure devices from the very beginning in such a way that hacking them is practically impossible,” Eugene added.
