Following our launch of the Cisco Application Centric Infrastructure (ACI), we continue with our series exploring in more detail key aspects of the ACI policy model and partner ecosystem. In Part 1 of my series on ACI, we looked at why application policies were an ideal model to build infrastructure automation around, and how application policies are better suited to mirror business objectives and requirements than traditional IT infrastructure policies. The key benefits for customers end up being vastly greater degrees of automation, process improvement and business agility.
In Part 2, we looked into one example of the difficulty in deploying and managing applications and the level of complexity that must be overcome to truly automate application-oriented tasks: application-specific network services and security policies (as well as a separate post on the partner ecosystem for application services and security solutions that support the ACI model).
SAP®HANATM is a next-generation database platform for real-time analytics and applications. Although the in-memory, columnar relational database debuted only recently (in June 2011), it has quickly become the fastest growing product in the history of
SAP AG. Already proven enormously successful for analytics, SAP HANA now supports SAP Business Suite, SAP’s flagship enterprise resource planning (ERP) application. It has also been identified as the focus for innovation for SAP. To prepare for
this eventuality, enterprises are considering ways to make SAP HANA “data center-ready.”
Since SAP HANA is the fastest growing product in SAP history, the data center needs to be trusted as well. Here is a chart on the requirements of SAP as it relates to SAP HANA
The Five Essential Characteristics of a SAP HANA Hardware Platform
Find the full story about how SAP HANA users are choosing the Unified Computing System server platform to build their trusted data center in this comprehensive white paper.
Much of the Brazilian population lives far away from major cities, so distance can pose a real barrier for children who need specialized medical care. For example, 41 percent of all infants under age 1 and 90 percent of newborns with congenital heart disease are in remote areas.
Connected Healthy Children – Brazil is intended to help reduce the disparity of access to specialized care between urban and rural areas. In the northeastern state of Sergipe, Cisco is partnering with the state’s only University Hospital in Aracaju to support remote consultations for patients and families, and also improve education, training, and decision-making for care teams.
Advanced telepresence and collaboration systems and cloud technology will connect Family Health Clinics in Tobias Barreto and Lagarto with pediatric specialists at the Federal Medical University campus in Lagarto and the University Hospital in Aracaju. A team enabled with mobile technology will provide specialist access to even more remote areas.
The launch event on November 4, 2013 at the Federal University of Sergipe was attended by approximately 150 people in person and remotely via Cisco TelePresence video conferencing solution – one of the technologies being deployed for Connected Healthy Children -- Brazil.
We will report more on the impact we are having on children’s healthcare in Brazil in the coming months. Please follow Cisco CSR on Facebook, Twitter, and Google+ to stay informed!
When Cisco designed the concept of an Application Centric Infrastructure, we knew it wouldn’t reach its full potential without drawing in a very comprehensive ecosystem in a number of areas. Perhaps the most impressive aspect of our announcement was the breadth, quality and scope of the data center infrastructure vendors that we aligned so quickly with our ACI vision and that contributed their perspectives to the launch, and will be contributing key solutions to Cisco’s infrastructure-wide vision.
Yesterday, I blogged about the role of application controllers, network monitoring solutions, WAN optimization, firewalls, etc. have in setting up application networks, provisioning applications, and how the ACI policy model incorporates these security and services solutions. I wanted to follow up that post with some highlights from the support we received from some of our ACI ecosystem vendors in this area, that incorporate ACI policy support into their security, application delivery controller, load balancing and other solutions.
Here’s the slides from my second talk, which is a deep technical dive into both how the usNIC technology works, and how we use that technology in the BTL plugin that we wrote for Open MPI (which is upstream starting with Open MPI v1.7.3).