Google Chrome OS

As if its decided lead in spiders, searches, and engines is not enough, Google launches its new Chrome OS, the company’s browser-based operating system. The new OS offers marked differences in data handling, such as cloud data storage, adding more user security and ease of use. It is also a very light operating system and does not eat up a lot of RAM. This is ideal for netbooks and systems that rely on cloud computing. Being a by-product of the Chrome browser, the Chrome OS also boasts of similar security features that the browser has been known for.

How it works

Security is one of the key components in the Chrome OS. The system fuses typical system-level security systems with exploit mitigation techniques. Thus, it successfully decreases the venues for attack and the system codes that can be attacked by malicious programs. And because all applications run through the browser, the operating system is more compact and easier to control and protect.

Sandboxing has been crucial in how Chrome functions. Through sandboxing, processes and applications have minimal interactions with each other and the operating system kernel. This partitioning of processes and applications makes it difficult for any malicious attacks to affect the whole system. Crashes become seldom, if these occur at all.

Security

Security is also one of the trademarks of the Chrome OS. Contrary to current trends in operating systems, Chrome limits the ability of applications to download and run any binary. This minimizes any application compromises that open up the whole system to attacks.

 Likewise, the Chrome OS boasts of a verified boot process. This boot process allows the system to start up and boot without possible harm to the system’s memory, the Linux kernel, and the partition tables. This is done through cryptography.

Since the whole Chrome OS is secured by Google, it is close to impossible for any malicious program to penetrate and run. And even when some freak malicious programs do manage to get through the doubly secured kernel hardening and processing infrastructure, this will be immediately detected upon reboot. This sends a prompt to the user. It also initiates self-cleaning program within the system.

The cleaning process has less hassle too than the others. Since the system data is set apart from the user data, the system can fix itself without causing the user any setting changes and lost data. Cached data is also kept intact, within the “cloud” of Google servers. Adding to user specification security, the user data within the browser, OS , and plug-ins are encrypted. Devices cannot share user data.

For any bugs found upon installation, the Chrome OS has set up an auto system update and patch. All this is done in the background, even while the user keeps on working online.

Now, that makes for a lot of exciting new stuff from a technology company that’s been very reliable and attentive to its users.