cybersecurity
Our personal, digital, national and military security depend on a safe cyber space.
Defending Against Cyber Threats: A Comprehensive Guide to Cybersecurity!
Introduction: In today's digital age, the internet has become an integral part of our lives. We use it for everything, from online shopping to social media, from banking to healthcare, and from education to entertainment.
By Gopinath.R4 years ago in 01
The Dangers of Cybercrime
The net is better regarded as a exceptional resource by way of many numbers of people. Many human beings will speak of the many positives that the net has provided and how similarly growth of the web has spurred many appropriate things. The net has become accessible thru the mobile units making it come to be a phase of day by day life whether or not at the administrative center or at home. The growth of the web cannot be said to be so easy or so uneventful and safety dangers have been identified and continue to grow.
By mukesh jaiswar4 years ago in 01
make money on binance
Binance is one of the world's biggest cryptographic money trades, with an everyday exchanging volume of more than $30 billion. As additional individuals become keen on exchanging cryptographic forms of money, Binance has turned into a well known stage for trading computerized resources. In any case, numerous merchants battle to bring in cash on the trade, as the digital money market is exceptionally unstable and can be erratic. In this article, we will give a few hints on the most proficient method to bring in cash on Binance.
By abdulwasiu ibrahim4 years ago in 01
How Safety Software Can Enhance Your Workplace
To guarantee the security of their work environments and the assurance of their laborers from harm, many organizations are selecting to utilize safety software in the workplace. There is a good reason: Software for workplace safety has much to offer, not just to lower workplace injuries and accidents.
By mayapatil2819954 years ago in 01
Upgrading your networking to stay ahead of the game
In today's fast-paced business world, staying ahead of the competition is critical. One key aspect of staying ahead is by upgrading your networking equipment to improve your business performance. Upgrading can provide a range of benefits such as increased speed, better security, and enhanced collaboration capabilities. Moreover, reselling your old Cisco equipment is a smart way to offset the cost of upgrading, and in this article, we'll explore the benefits of upgrading and reselling in detail.
By Christian Norris4 years ago in 01
ProfitBot AI Review The Worlds First Tool Offering 99-In-1 Functionality
ProfitBot AI review, we take a closer look at the world's first tool offering 99-in-1 functionality for web scraping, data extraction, data analysis, and more. We evaluate the tool's features, benefits, ease of use, performance, customer support, and pricing, and include feedback from users who have already tried it. Read on to find out if ProfitBot AI is worth your time and money.
By outofboxreview4 years ago in 01
How to Switch to Canary Channel on Your Chromebook
Home How To How to Switch to Canary Channel on Your Chromebook How to Switch to Canary Channel on Your Chromebook Currently, there are five update channels supported on Chrome OS, including Stable, Long-term support (LTS), LTS candidate (LTC), Beta, and Dev. However, if you want to be on the bleeding edge and access features that are still in development, you need to switch to the Canary channel on your Chromebook. The Canary channel is much more buggy and crash-prone than your standard update releases, but you get to tinker with unannounced and experimental features on ChromeOS. So in this guide, let’s look at the step-by-step process for how to switch to the Canary channel on a Chromebook. Switch to Canary Channel on Chromebook (2023) Here, we have added detailed instructions on how to switch to the Canary channel on a Chromebook. Further, in case you find the Canary channel unpalatable, we have explained how to leave the Canary channel and move back to the Stable build. On that note, let’s jump to the steps. Table of Contents Turn on the Developer Mode on ChromeOS In order to switch to the Canary channel, you first need to turn on Developer Mode on Chromebook. Note that Developer Mode is different from the Developer channel. Developer Mode relaxes most security settings, so you can debug your apps and tinker with Chrome OS easily. Moreover, you can move to Developer Mode from any Chrome OS channel — be it Stable, Beta, or Dev. But bear in mind that enabling the Developer Mode will wipe out your local files, so make sure to back up all your important files. With that out of the way, let’s take a look at the steps: 1. Make sure you have ample charge left on your Chromebook. Now, press the “Esc + Refresh + Power” buttons at once. This will take you to the Recovery screen. You can perform this action while having your Chromebook turned on or off. Switch to the Canary Channel on a Chromebook (2023) 2. Next, use the “Ctrl + D” shortcut, and it will ask you whether you want to enable “Developer Mode”. Press “Enter” to confirm. Switch to the Canary Channel on a Chromebook (2023) 3. Now, your Chromebook will reset, and Developer Mode will be enabled. This process takes up to 10 to 15 minutes, so keep patience. If you get an “OS verification is OFF” message on the screen, wait for the beeping sound. After that, it will start the reset process. You can also press “Ctrl + D” again to bypass it instantly. Switch to the Canary Channel on a Chromebook (2023) 4. Once done, the Chromebook will reboot to an onboarding setup. Enter your email address and set up everything like you normally do. Switch to the Canary Channel on a Chromebook (2023) 5. Keep in mind every time you reboot your Chromebook with Developer Mode enabled, you will get a warning screen that will stay for 30 seconds or so. Your laptop will also make a beeping sound. To skip it, press “Ctrl + D” to continue the boot process normally. Switch to the Canary Channel on a Chromebook (2023) Switch to the Canary Channel on Your Chromebook 1. After setting up everything, press “Ctrl + Alt + T” to open the Crosh terminal. Crosh allows you to tinker with the ChromeOS layer and change several system-level and security settings. crosh 2. Once here, paste the below command and hit Enter. Press “y” and hit Enter again to confirm your action. This will change the default update stream to the Canary channel. live_in_a_coal_mine Switch to the Canary Channel on a Chromebook 3. Now, you will need to update your Chromebook. For that, open Settings (using the cogwheel icon) from the Quick Settings panel in the bottom right corner. settings 4. Next, move to “About ChromeOS” under “Advanced” in the left sidebar and click on “Check for updates” in the right panel. The device will start downloading the latest build from the Canary channel. check for updates 5. Once the update is installed, reboot your Chromebook, and you will switch to the Canary channel. Now, you can try out features like the new Material You theme that’s being tested on Chromebooks.
By Surya Kumar4 years ago in 01
NTFS vs ReFS File System: What’s the Difference?
Home What is NTFS vs ReFS File System: What’s the Difference? NTFS vs ReFS File System: What’s the Difference? Last Up After many years of inactive development, Microsoft seems to have added support for the ReFS file system on Windows 11. It has reignited the debate between NTFS and ReFS, and which file system is better for Windows. So if you are not aware of Microsoft’s new file system, we have come up with an explainer on what is ReFS and in what aspects it’s better than NTFS. Apart from that, you can learn about ReFS file system working model, performance metrics, and maximum storage limit. So on that note, let’s go ahead and compare NTFS vs ReFS. NTFS vs ReFS: Comparison (2023) In this comparison between NTFS and ReFS, we have explained ReFS, its working mechanism, key feature differences, and its current development. You can expand the table below and move to any section you want. Table of Contents What is ReFS (Resilient File System)? Before we find the differences between the two file systems, let’s briefly learn about ReFS and its development timeline. ReFS or Resilient File System is a proprietary file system developed by Microsoft. It was conceived to replace Microsoft’s popular file system — NTFS (New Technology File System). In fact, ReFS was first added to Windows Server 2012 and later to Windows 8.1 in 2016. However, ReFS support was removed from Windows 10 in the 2017 Fall Creators Update. CAN CONFIRM THAT WINDOWS 11 BUILD 25281 INSTALLS ON REFS WITH ABSOLUTELY NO PROBLEM. VIDEO WITH THE INSTALLATION PROCESS COMING SOON! PIC.TWITTER.COM/JJSIHETGT8— NTDEV @[email protected] (@NTDEV_) JANUARY 21, 2023 Fast forward to now, and it seems Microsoft is again testing ReFS on Windows 11. With Windows 11 21H2 (22557) build and the recently released Windows 11 25281 build in the Dev channel, ReFS v3 boot support has been added to Windows 11. But what is ReFS and how is it better than NTFS? To briefly answer the question, ReFS has been designed to improve on the shortcomings of the popular NTFS file system. ReFS can conveniently scale with large data, includes built-in features to correct errors and avoid data corruption, offers data integrity on-the-fly and can perform better in some scenarios. How Does Microsoft’s ReFS Work? ReFS is not a new file system developed from the ground up. It actually uses some of the NTFS code and has derived most of the features too. Unlike the B-tree structure in NTFS, ReFS utilizes B+ trees, which include root, internal nodes, and leaves. The root can be a node with multiple children or a leaf. The on-disk structure for both metadata and file data is based on B+ trees. Apart from that, ReFS uses an allocation-on-write (also called copy-on-write) strategy for metadata to avoid data corruption during an unexpected shutdown. In a single instruction, it can read and write data on files, lowering disk input and output operations, and bringing disk usage, memory, and power consumption down. NTFS vs ReFS: Key Features Differences Resiliency to Data Corruption The first and foremost feature that makes ReFS a resilient file system, unlike NTFS, is the built-in ability to accurately detect corruption and fix them without rebooting the system. Basically, ReFS can automatically repair data corruption, making it stand on par with competing file systems like Btrfs and ZFS. It employs something called integrity streams that basically analyze the checksums for metadata to precisely detect the error. In fact, it can also optionally inspect the checksums for file data, which may take more time, but the data can be fully validated. Apart from that, ReFS comes with Storage Spaces integration, which repairs the errors automatically. It does so by using the alternate copy of the mirrored data provided by Storage Spaces. Not to mention, the disk or volume can be in use while correcting the error, a key feature offered by ReFS. So you don’t need to reboot your computer to run the “chkdsk” command-line tool to repair Windows disk errors. In fact, you don’t need to run any tool for error correction as it has a self-repairing ability. And in case, there is no mirrored copy of the corrupt data, it removes the namespace from the local area, but ensures to keep the volume online. Finally, there is a scrubber in ReFS that periodically analyzes the volume, checks for corrupt data and corrects them. Better Performance in Some Workloads As you all know, ReFS was first introduced on Windows Server 2012, so accelerated VM operation is one of the important features of the new file system. It can significantly improve the performance of virtualized workloads using Block cloning and Sparse VDL. Block cloning allows the server to speed up the copy operations which results in the quick merging of VM checkpoints. Plus, Sparse VDL helps in creating fixed virtual hard disks (VHDs) within mere seconds. Effectively, on the consumer side, you are going to get better VM performance in Hyper-V. Apart from that, ReFS has this unique feature that splits the volume into two logical storage tiers, optimized for either Performance or Capacity. If you want to quickly write data to the disk, they will go to the Performance tier and will be efficiently moved to the Capacity tier. For data that is rarely accessed, they are transferred to the Capacity tier. Scalability NTFS was developed roughly 30 years ago and at that point in time, dealing with large sets of data was not something of concern. However, now, servers and computers regularly handle petabytes of data so Microsoft needed a scalable file system and ReFS aims to deliver exactly that. To give you an idea, NTFS supports a maximum file size of 256 TB whereas ReFS can go up to 35 PB. That’s 35000 TB of data. Similar are the figures for volume size as well. And now with ReFS version 3.7, it also supports volume compression just like other modern file systems. ReFS vs NTFS: Advantages and Disadvantages Here we will learn about the advantages and disadvantages of ReFS and NTFS. Refer to the below table for a quick overview. NTFS ReFS An established file system compatible with a host of systems Relatively new, mostly used in Windows Server Supports maximum file and volume size of 256 TB Supports maximum file and volume size of 35000 TB Very stable There are bugs that need to be ironed out No self-repairing ability Supports self-repairing and avoids data corruption Can’t work on online disks Can work on online disks Supports BitLocker encryption Supports BitLocker encryption Supports Access-control lists and File IDs Supports Access-control lists and File IDs No Block clone and Sparse VDL support Supports Block clone and Sparse VDL for faster performance No File-level snapshots Supports File-level snapshots Supports file system compression No file system compression Bootable using removable media Officially not bootable using removable media as of now Will ReFS Replace NTFS on Windows? After FAT, we have known NTFS as the default file system on Windows for decades. However, with the introduction of ReFS in 2012, things started to look a bit different, and it seemed like the “next-generation” file system is coming to Windows. However, ReFS (especially vs the NTFS file system) didn’t go that way despite featuring the self-repair ability. Eventually, it was removed from Windows 10 in 2017. There were many reasons behind this decision. First, ReFS was unstable for a consumer release and was failing without any warning. Experts said that recovery in such a scenario can get very hard. Apart from that, the thin volume of ReFS was expanding to a full-size ReFS partition despite the data being static. And in some cases, it was unreliably correcting file errors. As on Windows 11, though users can boot the OS reliably, they are unable to install Microsoft Store apps on a ReFS volume. So I would say, it’s a long way before ReFS becomes the standard file system on Windows, replacing NTFS.
By Surya Kumar4 years ago in 01
7 Ways To Protect Your Company Against Cyber Attacks
Over the past few years, cyber attacks have become the norm. The problem was an issue for big companies trying to secure important files. Now that the internet is as ubiquitous as it is, every business is under threat, regardless of size. Cyber attacks will be a problem if you have an online presence.
By Danna Dizon4 years ago in 01
