parallelvirtualcluster
/
pvc
1
0
Fork 0
Code Issues 11 Pull Requests Projects Releases 111 Wiki Activity

Reword the sections to add clarity

This commit is contained in:
Joshua Boniface 2023-05-01 10:59:23 -04:00
parent dc9e43fbee
commit 148f04b256
1 changed files with 2 additions and 4 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

6
docs/about.md
View File

@ -25,14 +25,12 @@ As part of these trends, Infrastructure-as-a-Service (IaaS) has become a critica
However, the current state of the free and open source virtualization ecosystem is lacking. However, the current state of the free and open source virtualization ecosystem is lacking.
At the lower end, projects like ProxMox provide an easy way to administer small virtualization clusters, but these projects tend to lack advanced redundancy facilities that are built-in by default. While there are some new contenders in this space, such as Harvester, the options are limited and their feature-sets and tool stacks can be cumbersome or unproven. At the lower- to middle-end, projects like ProxMox provide an easy way to administer small virtualization clusters, but these projects tend to lack advanced redundancy facilities that are built-in by default. Ganeti, a former Google tool, was long-dead when PVC was initially conceived, but has recently been given new life by the FLOSS community, and was the inspiration for much of PVC's functionality. Harvester is also a new player in the space, created by Rancher Labs, but its use of custom solutions for everything, especially the storage backend, gives us some pause.
At the higher end, very large projects like OpenStack and CloudStack provide very advanced functionality, but these project are sprawling and complicated for Administrators to use, and are very focused on large enterprise deployments, not suitable for smaller clusters and teams. At the high-end, very large projects like OpenStack and CloudStack provide very advanced functionality, but these project are sprawling and complicated for Administrators to use, and are very focused on large enterprise deployments, not suitable for smaller clusters and teams.
Finally, proprietary solutions dominate this space. VMWare and Nutanix are the two largest names, with these products providing functionality for both small and large clusters, but proprietary software limits both flexibility and freedom, and the costs associated with these solutions is immense. Finally, proprietary solutions dominate this space. VMWare and Nutanix are the two largest names, with these products providing functionality for both small and large clusters, but proprietary software limits both flexibility and freedom, and the costs associated with these solutions is immense.
There are also two other tools in the HCI space worth mentioning. Ganeti, a former Google tool, was long-dead when PVC was initially conceived, but has recently been given new life by the FLOSS community, and was the inspiration for much of PVC's functionality. Harvester is also a new player in the space, created by Rancher Labs, but its use of custom solutions for everything, especially the storage backend, gives us some pause.
PVC aims to bridge the gaps between these categories. Like the larger FLOSS and proprietary projects, PVC can scale up to very large cluster sizes, while remaining usable even for small clusters as well. Like the smaller FLOSS and proprietary projects, PVC aims to be very simple to use, with a fully programmable API, allowing administrators to get on with more important things. Like the other FLOSS solutions, PVC is free, both as in beer and as in speech, allowing the administrator to inspect, modify, and tailor it to their needs. And finally, PVC is built from the ground-up to support host-level redundancy at every layer, rather than this being an expensive, optional, or tacked on feature, using standard, well-tested and well-supported components. PVC aims to bridge the gaps between these categories. Like the larger FLOSS and proprietary projects, PVC can scale up to very large cluster sizes, while remaining usable even for small clusters as well. Like the smaller FLOSS and proprietary projects, PVC aims to be very simple to use, with a fully programmable API, allowing administrators to get on with more important things. Like the other FLOSS solutions, PVC is free, both as in beer and as in speech, allowing the administrator to inspect, modify, and tailor it to their needs. And finally, PVC is built from the ground-up to support host-level redundancy at every layer, rather than this being an expensive, optional, or tacked on feature, using standard, well-tested and well-supported components.
In short, it is a Free Software, scalable, redundant, self-healing, and self-managing private cloud solution designed with administrator simplicity in mind. In short, it is a Free Software, scalable, redundant, self-healing, and self-managing private cloud solution designed with administrator simplicity in mind.