Cloud Architecture Solution
Managed Private Cloud Core
At the heart of your managed private cloud is Tirzok’s Cloud Core. This is what is initially provisioned by our automated system. It is a hyper-converged set of three hosting servers of your chosen hardware type. After the initial deployment, our management team will apply the modifications specific to your situation.
Your cloud is powered by OpenStack and Ceph. This brings you everything from virtual machines and block storage to powerful software-defined networking to trivial-to-deploy Kubernetes.
Tirzok and the clouds are API-first systems to enable teams to use infrastructure as code.
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Fully private and modifiable at the root level to add functionality or tune for specific attributes.
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Built on the #1 enterprise-grade private cloud system, OpenStack and Ceph
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No software license fees with your OpenStack.
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Expandable cloud services for your specific use cases.
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Fixed costs and fair egress.
Managed Private Cloud Services Options
OpenStack can be thought of as your own AWS or GCP. With Tirzok as your managed private cloud hosting provider, you can truly have more power than any other system, private cloud or public.
Hardware and Egress
Public network and hardware are always handled for all hosted private clouds.
Assisted Management
The most popular option and also recommended for first time companies on Tirzok.
Complete Management
Economical for large deployments where companies want to leave most or all management to Tirzok.
Managed Private Cloud with Ceph and LVM
Our high-availability managed cloud storage is powered by Ceph, the latest and most performant open-source object storage system available on the market to date. You can grow and shrink data storage as needed.
Your cloud can also directly use disks through LVM (Logical Volume Management). Single-drive LVM offers maximum performance at the lowest storage overhead.
Mirrored drive options offer some redundancy with high performance but with usable raw overhead.
High-Performance Cloud Compute for Any Workload
Build, modify, and scale faster with virtual machines, containers, and high-performance NVMe SSDs to support any workload requirements
Load Balancers
Utilize load balancers to scale and provide redundancy to your virtual machines quickly and easily.
Private Network
Create private networks for virtual machines that need to communicate internally but don’t need to be accessed from the internet.
Firewall Rules
Restrict communication between virtual machines on your private and public networks easily.
Internet Accessibility
Assign public IP addresses and manage access to virtual machines that should be accessible from the public internet.
Get Started With Tirzok's Private Cloud
An on-demand private cloud is just seconds away. Create a free account to test drive a cloud and more.
Launch Your Private Cloud
Provision OpenStack private clouds on demand. Go from zero to new VMs in about 45 seconds.
Test Drive/Proof of Concept
Migrating a large deployment or pricing out a new project? Test drives and proof of concept credits are available.
Need Help?
Discuss your infrastructure requirements with the Tirzok's cloud team to get a personalized assessment.
Tirzok Cloud Compute FAQs
An on-demand private cloud is just seconds away. Create a free account to test drive a cloud and more.
What is the OpenStack Compute Project?
OpenStack Nova is the OpenStack project that provides a way to provision compute instances (aka virtual servers). Nova supports creating virtual machines, and bare metal servers (through the use of Ironic) and has limited support for system containers. Nova runs a set of daemons on top of existing Linux servers to provide that service.
What tools are available for using OpenStack Nova?
Horizon, OpenStack Client, and Nova Client are tools available for Nova.
What makes up the OpenStack Nova architecture
Nova requires the following OpenStack services for basic functions such as Keystone, Glance, Neutron, and Placement. It can also integrate with other services to include persistent block storage, encrypted disks, and bare metal compute instances.
How does Ceph work on the on-demand Tirzok private cloud?
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Nova-API daemon is the heart of Nova with the purpose to accept and fill incoming API requests.
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The Nova scheduler takes a virtual machine instance request from the queue and determines where it should run.
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Nova-compute accepts actions from the queue and performs. one or a series of virtual machine API calls to carry them out while updating the state in the database.
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Nova-volume manages the creation, attaching, and detaching of persistent volumes to compute instances.
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Nova-network worker daemon accepts networking tasks from the queue and performs system commands to manipulate the network.
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Nova-queue provides a central hub for passing messages between daemons, and Nova-database stores most of the configuration and run-time state for cloud infrastructure.
More Tirzok's Use Cases Components
Kubernetes Services
Cloud services are becoming more complex. That complexity grows further when you begin to combine different hybrid cloud and bare models and/or combinations with on-premises services.
Networking
Cloud services are becoming more complex. That complexity grows further when you begin to combine different hybrid cloud and bare models and/or combinations with on-premises services.
Cloud SIEM
Cloud services are becoming more complex. That complexity grows further when you begin to combine different hybrid cloud and bare models and/or combinations with on-premises services.