Less money with more cloud.

Web Werks VMX provides enterprise-grade infrastructure that is available anywhere at a fraction of the price of Big Tech clouds. Pay as you go with Committed Use, you may access the entire Web Werks Cloud portfolio while savings up to 40% based on your usage commitment.

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What Includes?

  • self-service-IaaS
    Platform-wide reductions

    With this pricing structure, you agree to spend a set amount on VMX Cloud and are eligible for platform-wide savings.

  • self-service-IaaS
    SKU-based billing

    You receive a monthly service level invoice for the amount you consume. Your monthly invoice will include any potential discounts that VMX may have agreed to, as well as your monthly usage charts.

  • self-service-IaaS
    Zero overages

    Need to exceed your commitment to consume? The identical price cuts that you and VMX agreed upon will still apply.

CPU Standard Virtual machines

CPU Standard Virtual machines

These Standard virtual machines provide a balance of compute, memory and networking resources. These instances are ideal for applications that use these resources in equal proportions such as web servers and code repositories.

Suitable for Test Workloads( Devops, Stratups,Desktop Virtulization)

*VMs Hosted on AHV **Taxes extra

  • VMX_ STANDARD_1

    1 vCPU

    1 GB

    50 GB

    300

    Upto 10G SDN

    820.8

  • VMX_ STANDARD_2

    1 vCPU

    2 GB

    50 GB

    300

    Upto 10G SDN

    1029.6

  • VMX_ STANDARD_3

    2 vCPU

    2 GB

    50 GB

    300

    Upto 10G SDN

    1378.8

  • VMX_ STANDARD_4

    2 vCPU

    4 GB

    50 GB

    300

    Upto 10G SDN

    1797.6

  • VMX_ STANDARD_5

    2 vCPU

    6 GB

    50 GB

    300

    Upto 10G SDN

    2217.6

  • VMX_ STANDARD_6

    4 vCPU

    4 GB

    50 GB

    300

    Upto 10G SDN

    2496

  • VMX_ STANDARD_7

    4 vCPU

    8 GB

    100 GB

    300

    Upto 10G SDN

    3596.4

  • VMX_ STANDARD_8

    4 vCPU

    12 GB

    100 GB

    300

    Host on AHV

    4434

  • VMX_ STANDARD_9

    4 vCPU

    16 GB

    100 GB

    300

    Host on AHV

    5271.6

  • VMX_ STANDARD_10

    4 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    8623.2

  • VMX_ STANDARD_11

    4 vCPU

    64 GB

    100 GB

    300

    Host on AHV

    15327.6

  • VMX_ STANDARD_12

    6 vCPU

    12 GB

    100 GB

    300

    Host on AHV

    5132.4

  • VMX_ STANDARD_13

    6 vCPU

    18 GB

    100 GB

    300

    Host on AHV

    6388.8

  • VMX_ STANDARD_14

    6 vCPU

    24 GB

    100 GB

    300

    Host on AHV

    7646.4

  • VMX_ STANDARD_15

    6 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    9321.6

  • VMX_ STANDARD_16

    8 vCPU

    16 GB

    100 GB

    300

    Host on AHV

    6668.4

  • VMX_ STANDARD_17

    8 vCPU

    24 GB

    100 GB

    300

    Host on AHV

    8344.8

  • VMX_ STANDARD_18

    8 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    10020

    • Add-on Services

  • VMX_ADD ON VCPU for Standard VMs

    Add-on VCPU per VM for VMX Standard VMs only

    250

  • VMX_ADD ON VCPU for CPU Optimised VMs

    Add-on VCPU per VM for VMX CPU OPTIMISED VMs only

    500

  • VMX_ADD ON MEMORY

    Add-on per GB RAM for VMX VMs

    220

  • VMX_ADD ON IOPS

    Add-on IOPs for Performance Block Storage

    2

CPU Optimised Virtual Machines

CPU Optimised Virtual Machines

These CPU optimised virtual machines are powered with hyperconverged infra that are fully dedicated. These machines deliver the fast, consistent service that several business applications need.

Suited for batch processing workloads, media transcoding, high performance web servers, high performance database servers, scientific modeling and ad server engines, machine learning inference and other compute intensive applications. ( Powered by Latest 3rd Gen Intel/ AMD Processors)

*VMs Hosted on AHV **Taxes extra

  • VMX_ CPU OPTMIZED_1

    4 vCPU

    8 GB

    100 GB

    300

    Host on AHV

    5690.4

  • VMX_ CPU OPTMIZED_2

    4 vCPU

    12 GB

    100 GB

    300

    Host on AHV

    6529.2

  • VMX_ CPU OPTMIZED_3

    4 vCPU

    16 GB

    100 GB

    300

    Host on AHV

    7366.8

  • VMX_ CPU OPTMIZED_4

    4 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    10718.4

  • VMX_ CPU OPTMIZED_5

    4 vCPU

    64 GB

    100 GB

    300

    Host on AHV

    17421.6

  • VMX_ CPU OPTMIZED_6

    6 vCPU

    12 GB

    100 GB

    300

    Host on AHV

    8275.2

  • VMX_ CPU OPTMIZED_7

    6 vCPU

    18 GB

    100 GB

    300

    Host on AHV

    9531.6

  • VMX_ CPU OPTMIZED_8

    6 vCPU

    24 GB

    100 GB

    300

    Host on AHV

    10788

  • VMX_ CPU OPTMIZED_9

    6 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    12464.4

  • VMX_ CPU OPTMIZED_10

    8 vCPU

    16 GB

    100 GB

    300

    Host on AHV

    10858.8

  • VMX_ CPU OPTMIZED_11

    8 vCPU

    24 GB

    100 GB

    300

    Host on AHV

    12534

  • VMX_ CPU OPTMIZED_12

    8 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    14210.4

  • VMX_ CPU OPTMIZED_13

    8 vCPU

    48 GB

    100 GB

    300

    Host on AHV

    17562

  • VMX_ CPU OPTMIZED_14

    8 vCPU

    64 GB

    100 GB

    300

    Host on AHV

    20913.6

  • VMX_ CPU OPTMIZED_15

    12 vCPU

    24 GB

    100 GB

    300

    Host on AHV

    16026

  • VMX_ CPU OPTMIZED_16

    12 vCPU

    48 GB

    100 GB

    300

    Host on AHV

    21052.8

  • VMX_ CPU OPTMIZED_17

    12 vCPU

    72 GB

    100 GB

    300

    Host on AHV

    26080.8

  • VMX_ CPU OPTMIZED_18

    12 vCPU

    96 GB

    100 GB

    300

    Host on AHV

    31108.8

  • VMX_ CPU OPTMIZED_19

    16 vCPU

    32 GB

    100 GB

    300

    Host on AHV

    21193.2

  • VMX_ CPU OPTMIZED_20

    16 vCPU

    64 GB

    100 GB

    300

    Host on AHV

    27896.4

  • VMX_ CPU OPTMIZED_21

    16 vCPU

    96 GB

    100 GB

    300

    Host on AHV

    34599.6

  • VMX_ CPU OPTMIZED_22

    16 vCPU

    128 GB

    100 GB

    300

    Host on AHV

    41302.8

  • VMX_ CPU OPTMIZED_23

    24 vCPU

    48 GB

    100 GB

    300

    Host on AHV

    31527.6

  • VMX_ CPU OPTMIZED_24

    24 vCPU

    96 GB

    100 GB

    300

    Host on AHV

    441582.4

  • VMX_ CPU OPTMIZED_25

    24 vCPU

    128 GB

    100 GB

    300

    Host on AHV

    48285.6

  • VMX_ CPU OPTMIZED_26

    24 vCPU

    256 GB

    100 GB

    300

    Upto 10G SDN

    75099.6

  • VMX_ CPU OPTMIZED_27

    32 vCPU

    64 GB

    100 GB

    300

    Upto 10G SDN

    41862

  • VMX_ CPU OPTMIZED_28

    32 vCPU

    128 GB

    100 GB

    300

    Host on AHV

    55268.4

  • VMX_ CPU OPTMIZED_29

    32 vCPU

    256 GB

    100 GB

    300

    Host on AHV

    82082.4

  • VMX_ CPU OPTMIZED_30

    32 vCPU

    512 GB

    100 GB

    300

    Host on AHV

    135710.4

  • VMX_ CPU OPTMIZED_30

    32 vCPU

    512 GB

    100 GB

    300

    Host on AHV

    135710.4

  • VMX_ CPU OPTMIZED_31

    36 vCPU

    144 GB

    100 GB

    300

    Host on AHV

    62112

  • VMX_ CPU OPTMIZED_32

    40 vCPU

    80 GB

    100 GB

    300

    Host on AHV

    52196.4

  • VMX_ CPU OPTMIZED_33

    40 vCPU

    160 GB

    100 GB

    300

    Host on AHV

    68955.6

  • VMX_ CPU OPTMIZED_34

    48 vCPU

    192 GB

    100 GB

    300

    Host on AHV

    82641.6

  • VMX_ CPU OPTMIZED_35

    64 vCPU

    128 GB

    100 GB

    300

    Host on AHV

    83199.6

  • VMX_ CPU OPTMIZED_36

    64 vCPU

    256 GB

    100 GB

    300

    Host on AHV

    110013.6

    • Add-on Services

  • VMX_ADD ON VCPU for Standard VMs

    Add-on VCPU per VM for VMX Standard VMs only

    250

  • VMX_ADD ON VCPU for CPU Optimised VMs

    Add-on VCPU per VM for VMX CPU OPTIMISED VMs only

    500

  • VMX_ADD ON MEMORY

    Add-on per GB RAM for VMX VMs

    220

  • VMX_ADD ON IOPS

    Add-on IOPs for Performance Block Storage

    2

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What distinguishes a Pay-As-You-Go account with committed use from a subscription account?

The Pay-As-You-Go with Committed Use plan and the Subscription model are similar. In contrast to a subscription, a commitment binds you to a specific amount of spending in exchange for platform-wide savings that last long after the commitment period has ended. Any overage incurred on the account will continue to be discounted.

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Get In Touch

Indicates required field
11 + 6 =
Solve this simple math problem and enter the result. E.g. for 1+3, enter 4.