openSUSE Kalpa
A KDE Plasma based atomic and immutable desktop experience
Kalpa is an atomic and immutable Linux desktop from the openSUSE Project that offers the KDE Plasma Desktop Environment, with its desktop derived from Tumbleweed and its base system derived from MicroOS.
DownloadImmutable Desktop, Simplified
Kalpa provides a modern immutable desktop experience built on openSUSE MicroOS, designed for users who want a reliable, low-maintenance system with automatic transactional updates.
Built on MicroOS
Kalpa is powered by openSUSE MicroOS, using a read-only root filesystem and transactional updates, ensuring system stability and integrity even after major updates.
KDE Plasma Experience
Kalpa offers a streamlined KDE desktop tailored for an atomic setup — minimal, clean, and optimized for users who want a modern and consistent interface.
Reboot-to-Update Simplicity
Updates are applied automatically in the background and activated upon reboot, reducing downtime and eliminating update interruptions.
Enhanced Security by Design
The immutable base system minimizes the attack surface and prevents accidental system damage, making Kalpa a secure choice for everyday computing.
Transactional System Integrity
Every system change is transactional — meaning you can roll back easily if something goes wrong, ensuring consistency across updates and configurations.
Препоръчителни Системни Изисквания
Minimum
- 2 GB оперативна памет: 4GB physical RAM + additional memory for your workload
- Storage:
- / (root) partition: 120GB available disk space
Recommended
- 2 GB оперативна памет: 8GB physical RAM + additional memory for your workload
- Storage:
- / (root) partition: 180GB available disk space
Проверете Свалените Файлове Преди Използване
Много положения могат да проверят checksum на сваленият файл. Верификацията на свалените файлове може да бъде важна, тъй като тя потвърждава че вие наистина имате ISO файлът който сте свалили, а не някоя развалена версия този файл.
За всеки ISO файл, ние предлагаме checksum файл със съответният SHA256 sum.
За допълнителна сигурност, е възможно да използвате GPG за да потвърдите кой е подписал тези .sha256 файлове.
Би трябвало да AD48 5664 E901 B867 051A B15F 35A2 F86E 29B7 00A4
За допълнителна помощ с верификацията на свалените файлове моля прочетете Помощ с Checksums