Unlike the other DCIM players, we can actually target a PUE value for any datacenter and achieve it over time with solid planning. TeeCube DCIM's is based on a SOE (standard operating environment), which includes many inbuilt SOPs/SLA's/SLT's etc. We have also included a provisioning tool to manage spaces and power utilization in our racks on the fly. This helps to manage the intial power and airconditioning design for a little more time, than envisaged.
Our DCIM's Inventory management capability is also incomparable vis a vis other comparable DCIM tools. Difference was created by our product managers, post gap analysis done, after working in various DCs for decades. We are focused on the IT equipments and their utlised load on every rack in the datacenter. Since that's where it all starts. The heat dissipation and requirement for airconditioning. We have further sub engineered functions collaborating with each other to bring out the required DCIM solution
Our UX and UI are way different than the other tools in contention. We always have focused on the fact that, our customers can employ minimal waged people to manage our tool. Engineers would only be needed when we have a problem or two. The problems would be showcased in the exact location, as they happen. The tool would categorize the problem into various facets, so that the trouble shooting is faster. Dash boarding and reporting are also the factors, to choose TeeCube DCIM
TeeCube’s DC command and control center can manage multiple datacenters at the same time at different physical locations. Can make comparisons (analytics) between them and help the stake holders to make the right choices Single solution to work towards standardization, consolidation, virtualization, automation and security.
We can identify interdependencies between facility and IT infrastructures and alert the IT and facility managers. Our yrs of experience has helped us to model our solution to handle the dynamic nature of the equipments on the racks, while holistically benchmarking the power consumption to bring about the "green" initiatives
In "the Era of Infinite Capacity", we need reports and dashboards to plan and manage capacities and ubiquitous nature of the data. The command and control center of the DC would also analyze, as to when and where the data is needed. Data regarding usage of power/energy, computing power, data storage and requirement of networking/telecommunications would be constantly collected and would plan for cooling and space requirements.
BhamaShah Data Center Jodhpur, is the disaster recovery location of the main DC in Jaipur. We used TeeCube's DCIM for the first time 5 yrs back. It was our first integrated BMS and DCIM solution. Has been working without a problem since then
I flew to India to see (Athenta) and now TeeCube's work to India. I saw a live project in Gurgaon Metro. Was impressed and offered them a 100 Rack job in 2016. Ever since then, we are running on Their DCIM solution. Now with about 560 racks. We owe the smooth scalability of the DC to TeeCube tools and engineers
The DCIM tool was installed in a single attempt. The tool is simple for us to handle after the installation was over. We have been using the tool for more than 6 yrs
Delhi's integrated inter-modal organization, is a mammoth organisation, when it comes to the no. of projects they handle in the Transport management. They build a DC to secure all the data from the several projects, they are engaged on. We manage that DC, with our DCIM, since 2015
ONGC Datacenter didnt have DCIM. Since we didnt know, if it would really help, or we would be wasting money on another IT tool. Post TeeCube's DCIM have been installed. We get all information at the command center and manage the entire datacenter in peace.
Bangalore Airport's T2 and T3 (Terminal Buildings) needed a massive Datacenter. With about 700 racks between their Primary and DR (disaster recovery) facilities. For managing multiple operations between the terminals. In this project, we not only monitored, every power source across all the iPDU's in every rack. But also created capability to even control it. Secondly we didn't use any 3rd party controller to extract data from the NON IT components - HVAC, Firefighting, Water leakage etc. Extracted data in the native form, reducing any single point failure of a controller.
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