I’ve seen some increased social media activity around the subject of cloud computing from here in Istanbul this week, so I thought I would pass along some recent news on the cloud front at IBM.
Did you know that the average enterprise devotes up to 50 percent of its entire technology infrastructure to development and testing, but typically up to 90 percent of it remains idle?
Idle processors are the IT devil’s workshop!
What IBM has found is that taking advantage of cloud computing within development and testing environments can help reduce IT labor costs by 50 percent, and can improve quality and drastically reduce time to market for new applications.
IBM has certainly not been idle on the cloud front of late, ramping up its cloud focus with continued customer wins.
One such deal was in partnership with NISSAY Information Technology in Japan, which has partnered with IBM Japan to jointly build a cloud-based development and test environment to provide mission critical Web systems for Nippon Life Insurance.
The new cloud environment will allow NISSAY developers to procure new test and development environments in hours — a process that previously could take up to a month.
To prevent any impact on ongoing development projects and maintain test quality, NISSAY will maintain a traditional test environment that allocates resources in a fixed format. The new development and test environment uses IBM’s high performance UNIX server IBM Power Systems and the operational management software Tivoli Service Automation Manager.
The other was with the University of Bari (Universita di Bari) in Italy, which has selected an IBM System z mainframe as part of a cloud computing project to help local businesses, including fishermen, winemakers and trucking companies, adopt new business models.
The University of Bari is using an IBM System z mainframe and cloud approach as a test-bed for software, devices, services, laboratories and other technical instrumentation.
This will allow multiple entities to tap into heavy-duty computing power at minimal cost and will lower the barrier to entry and help local businesses to benefit from this technology.
As an example, using a touch screen installed on fishing boats, local fishermen can immediately determine demand in local fish markets that on average handle 100 thousand tons of fish per year.
Directly from the boats, using simple touch screen systems, fisherman enter the type of fish caught just minutes ago and instantaneously start a virtual auction with wholesalers on the docks.
If the auction price for a specific type of fish is too low, the fish can be thrown back or redirected to a nonprofit organization such as a soup kitchen. If the price is acceptable, the system automatically provides the necessary distribution between boxes to allow the fish to be packed before the boat arrives at the pier.
The University of Bari has also developed systems running on the IBM System z mainframe focused on wine production.
Winemakers at up to 60 cooperative wineries are able to determine market demand for various types of wines by accessing the cloud computing-based systems, then package and ship wines demanding the highest price.
The University of Bari is developing cloud-based solutions for southern Italy as part of the Daisy-Net consortium, which includes companies and universities from five regions of southern Italy. Daisy-Net researches, develops and provides transfer and training activities for new technologies in the information and communication technology sector and beyond.
You can visit here to learn more about IBM cloud computing.