Cloud computing is not an option anymore, rather it is the standard for businesses to run their applications. Cloud computing helps orchestrate IT infrastructure and provide IT services as a commodity on a services based model. For businesses either renting these services or owning them privately, it is implied that the Cloud Service Providers provide insights with respect to resource utilization and metering for capital management and auditing.
Each cloud service provider has his own way of deploying resources and metering them, and that differs from the traditional IT business model, from procuring resources to providing them for deploying services. Improved IT infrastructure management, granularity in resource metering and ability to determine expenditure per service, changes the capital expenditure model to an operational expenditure model.
CIOs who know where their money comes from are in better control of their finances. Charge-back or show back can help to engage the business in IT spending and value, but the effort must be worthwhile. Some CIOs simply want to stop the business from consuming more and more IT while blaming them for the cost and asking them to make it cost less.
Well-implemented charge back can make the relationship between spending and revenue more transparent and intuitive. This reduces the need for expensive governance committee meetings and management interventions, freeing the organization to focus on optimizing all business spending.
Charge back is often a source of contention between IT executives and business leaders, but it need not be. CIOs can use charge back to transform their team’s relationships with business stakeholders, improve financial transparency, and gain additional funding.
As a cost-center, IT budget always comes from charge back against the organization’s business revenue, even in cases where the IT organization does not directly charge back for IT services.
Organizations that lack financial transparency in their service delivery are vulnerable to time consuming audits and unbudgeted tax invoices.
Public cloud service providers, handle the overhead of managing IT hardware infrastructure while organizations can focus on their core business functionality. In private cloud set up owned by organizations, the entire stack is managed by the owner or outsourced to third party service integrators. In both cases regular insights on resource metering with respect to cost is required for planning and correct strategic decisions.
Efficient IT infrastructure management is incomplete without aligning IT resources with cost. It is also essential to map the consumption of these resources per user in order to determine efficiency and profitability. Gathering data and generating insights is necessary for continuous improvement and getting maximum returns on investments.
Multi-Billing in eNlight Cloud Platform
eNlight Cloud Platform goes out of the box with cloud metering and billing. Being a leader in cloud orchestration software, the platform provides IT infrastructure management, enables application deployment on virtualized resources, multi-tenant operations and multi or flexible billing models.
At the base level eNlight Cloud Platform provides virtual machine resources metering. Real time processor, memory, disk and bandwidth utilization is provided for static as well as dynamically auto-scalable virtual machines. These resources can be directly mapped with per unit utilization and that provides statistics with respect to monetary utilization of resources.
eNlight platform’s multi or flexible billing module combined with multi-tenant architecture, enables businesses gather monetary resource consumption statistics at a business unit, department and individual user level. The cloud platform provides multiple billing models that match almost all business models like:
1. Dynamic Pay-Per-Consume
2. Fixed Pay-Per-Use
3. Service-Based Billing
Dynamic Pay-Per-Consume Billing
Charging resources based upon consumption against allocation is Dynamic Pay-Per-Consume billing. Dynamic Pay-Per-Consume billing leverages eNlight Cloud Platform’s Auto scaling technology to provide charge back mechanism for IT resources based upon consumption rather than allocated resources.
eNlight enables users to deploy auto-scalable virtual machines that scale dynamically as per resource requirement. Compute resources are allocated and deallocated from the virtual machine in real-time. Due to auto scaling virtual machines can run at bare minimum resources and can demand resources as and when required. For example, a virtual machine can run with minimum 2 vCPU and 2GB RAM at 02.00 am and can demand 4 to 6 vCPU and 12 to 16GB RAM in the peak time at 12 pm. This leads to dynamic resource utilization, having wavy resource utilization graphs.
eNlight Cloud Platform allows billing of such dynamic resources at the granularity of minutes. Dynamic virtual machines are provisioned with min / max resource capping. These virtual machines scale between the min / max resource caps. At any point the virtual machine would be consuming resources in between that resource capping. In this case dynamic Pay-Per-Consume billing allows dynamic resource metering and charge these consumed resources based upon the per unit rates defined in eNlight cloud platform’s charge back system.
The platform’s auto scaling feature enables achievement of greater server consolidation ratio while Dynamic Pay-Per-Consume Billing enables cloud resource metering based upon consumption of these auto-scalable virtual machines.
Fixed Pay-Per-Use Billing
Charging resources based upon allocation is Pay-Per-Use Billing. Essentially it is direct billing based upon the units allocated from the pool of cloud resources. As opposed to Dynamic Pay-Per-Consume billing, Fixed Pay-Per-Use billing charges resources based upon their allocation. This is the conventional billing model that the entire cloud market implements.
In eNlight Cloud Platform, a virtual machine with fixed resources can be provisioned which are known as Static Virtual Machines. For example, a VM with 8 vCPU and 12 GB RAM. The resource consumption of static virtual machine equals to the allocated resources. This leads to fixed resource utilization, where the resources can be charged on fixed flat rates.
Charging tenants based upon service deployment is Service Based Billing.
In eNlight Cloud Platform, a service can be deployed in the form of group of related resources. For example, a mail service which consists of email server and backup servers; this group of resources can be charged flat based upon the charges and policies defined in eNlight Cloud Portal’s system.
Service-Based Billing is different from Pay-Per-Consume and Pay-Per-Use in a sense that it enables to set flat rates and charge group of services based upon these rates defined in the system. This flat charge back model allows to group application deployments and resources under one common financial entity and simplify billing of related resources.
Cloud is de facto approach to deploy services and manage IT infrastructure, and having a clear view of resource metering from a financial perspective is critical. eNlight Cloud Platform provides multiple options a charge back models that suits almost all business requirements. Service Based Billing enables charging group of resources with fixed flat rates across different services deployed across departments or business units.
eNlight provides highly granular resource utilization metering which can be charged using Pay-Per-Consume and Pay-Per-Use billing models. Pay-Per-Use billing provides more control and better granularity in terms of charging IT resources. These resources are charged against static utilization while different rates per unit can be configured in the system. Dynamic Pay-Per-Consume billing model is exclusive to the platform which leverages eNlight’s patented auto-scaling technology to provide charge back mechanism for dynamically scaled resources in real time.
With eNlight Cloud Platform’s, multi-billing combined with multi-tenant architecture CxO’s can experience the next generation IT resource management from a single cloud management portal.