Skip to main content

Ventoy: A Simple and Flexible Way to Use Multiple Operating System Images from One USB Drive

When working with computers, there are many situations where people need to install or test operating systems. It may be for setting up a new computer, repairing an old one, or trying different systems to understand which one suits their needs. Traditionally, each time an operating system image had to be written into a USB drive, the process involved formatting and preparing that drive specifically for that single image. If someone wanted to switch to a different system later, the same USB drive needed to be prepared again. This often took time and required repeating the same steps many times. Ventoy offers a simple and practical way to manage this in a more flexible manner.

Ventoy is a tool designed to create a bootable USB drive in such a way that multiple image files can be stored and used directly. Once Ventoy is set up on a USB drive, there is no need to format that drive again for each new image. Instead, operating system images in ISO, WIM, IMG, VHD, VHDX, and EFI formats can simply be copied into the USB drive as regular files. When the computer is started using the Ventoy USB drive, a menu appears automatically, displaying all the image files available. The user can select the required image and proceed to boot or install the system from it. This approach makes the process straightforward, saves time, and keeps the USB drive organized.

The idea behind Ventoy focuses on convenience and flexibility. It supports both legacy BIOS and modern UEFI modes, which means it works across a wide range of computers. It also supports different partition styles such as MBR and GPT. The tool has been tested with many operating system images across various platforms, making it a reliable choice for everyday and advanced use. The USB drive remains usable for normal storage as well, allowing it to hold both operating system images and regular files together. This adds to the practicality of using a single device for multiple needs.

Ventoy also provides optional configuration capabilities through plugins. For example, there are options for customizing the appearance of the boot menu, adding persistence for certain live systems, and organizing the way systems appear in the menu. These features make it suitable for users who want to maintain a more structured setup, especially when storing many image files or using the tool repeatedly across different computers.

Installing Ventoy is direct and clear. The tool is available for different operating systems, and the setup process guides the user in selecting the target USB drive and preparing it. Once the initial setup is complete, the USB drive is ready. From that point on, adding or replacing operating system images is simply a matter of copying files. There is no need to repeat the setup steps unless Ventoy itself is being updated. Even updates are designed to preserve the image files already stored on the USB drive, allowing the user to keep working without interruption.

Using Ventoy in everyday situations can bring noticeable ease. For students learning about operating systems, it offers a simple way to switch between them without having to create multiple separate USB drives. For offices or support teams, it helps keep commonly used installation systems in one place. For personal use, it can be helpful when maintaining or repairing family or workplace computers. Since images can be placed in folders and the menu can scan through them, it also helps in organizing files clearly.


In a world where digital tools keep evolving, Ventoy stands out by reducing the repetitive effort involved in preparing installation media. It allows one USB drive to serve many roles efficiently, and supports a range of system formats and modern computer hardware. This combination makes it a practical and versatile tool for technical users and everyday users alike. By making it easier to manage operating system images in a neat and reusable manner, Ventoy supports learning, experimentation, maintenance, and daily computer-related tasks, all through a clean and uncomplicated approach.

Popular posts from this blog

AskWorld.com — launched by Abin P — was the first web portal from the Malabar region (Kozhikode) of Kerala

Early beginnings with computers: In the mid-1980s, Abin P had his first exposure to the Sinclair ZX Spectrum . Programs were typed in BASIC and saved on ordinary audio cassettes, with the computer converting digital data into sound that could later be reloaded. This hands-on experience sparked a lifelong fascination with machines, electronics, and the process of learning by experimenting. Background: In the late 1990s, while working as a Software Instructor at a computer institute in Kozhikode, Abin P developed a keen interest in websites and the emerging internet. At that time, the internet had not yet reached Kozhikode. Abin immersed himself in computer magazines, which became his classroom. These magazines carried screenshots of websites, code samples, and detailed articles that explained how the web functioned. Using only these printed resources, he taught himself HTML (Hyper Text Markup Language) coding and began designing complete websites on a Windows PC with a simple text ...

Kozhikode’s First LED Advertisement Dot-Matrix Display Board – A Technological Milestone in Malabar

Back in the late 1980s, Kozhikode witnessed a remarkable milestone in technology when a large Red LED dot-matrix display board was installed at Mananchira Park, the first and only unit of its kind in the city during that time. The LED display board was brought from Bangalore to Kozhikode by Premanand M.K , marking a pioneering step that introduced digital advertising to Malabar and gave a new option for advertisers for the first time. At a time when most advertising relied on static signboards and painted displays, this electronic board with bright, animated text immediately stood out as a symbol of innovation, curiosity and modernity in the heart of the city. The responsibility of operating and programming this display board system was handled with great dedication by two brothers, Anil Dayanand and Arun Dayanand , who were trained from Bangalore to operate and program the display system. They were already experienced software instructors since the mid-1980s, with early exposure...

Pratiksha Computer Centre, Calicut (Kozhikode) — started by Saji Kallat — was Kerala’s first private computer training institute.

Early phase: Training at Pratiksha Computer Centre began with the Sinclair ZX Spectrum in the mid-1980s, operating with BASIC and audio cassettes (Compact Cassette) as storage media, where students learned BASIC programming and used audio cassettes for saving programs . One of the most famous computers of that era was the Sinclair ZX Spectrum, released in 1982 in the UK and later brought to India by enthusiasts. At that time, the Spectrum was a rare machine in Kerala, and many students experienced their very first exposure to computers through this platform. Transition phase: By the time Personal Computers (PC) first became available in Kerala through sellers in Ernakulam, Saji Kallat immediately brought them to the institute. The centre introduced IBM PCs and compatibles, starting with Intel 8086 processors that used 5.25-inch floppy disks for storage. Students learned to boot the systems using floppy disks and practiced commands in text-only DOS environments...