Is it possible to use the Linux default partitioning for Monsta?

Default partitioning, while convenient, is not optimized for Monsta’s usage profile and growth needs. We always recommend manual partitioning to ensure correct space allocation and future flexibility.

Below, we explain the main reasons why default partitioning is not ideal.

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1. 🏡 Inefficient Allocation for /home

Many Linux distribution installers are configured for personal use (desktops) and therefore tend to allocate considerable and generous space for the /home partition.

• Problem: Monsta is a software system that does not rely on the /home directory for its primary operation or high-volume data storage. The space allocated to /home will end up being underutilized, while other critical areas may run short of space.
• Recommendation: Prioritize space for the directories where the system and Monsta data actually reside.

2. 🗃️ /var Partition Undersized or Missing

The /var partition is of critical importance for Monsta, as it is the default location where databases and logs are stored.

• Problem: Some automatic partitioners may not create a separate partition for /var or may allocate a very small volume for it. With Monsta’s intensive database usage, this partition can quickly run out of space, leading to operational failures and data storage issues.
• Recommendation: Create the /var partition separately and ensure it has the largest allocation of space, taking into account data growth over time.

3. 📉 Lack of Flexibility with LVM

Many default installers may not set up partitions using the Logical Volume Manager (LVM).

• Problem: LVM is an abstraction layer that allows flexible management and manipulation of disk volumes. Without LVM, it will be impossible, or extremely difficult, to increase the size of a partition (such as /var) if it begins to run out of space in the future, requiring system shutdown and potentially data migration.
• Recommendation: Use LVM when creating partitions, especially for /var and /, to ensure the ability for future expansion without complex downtime.