Month: September 2016

Gartner Magic Quadrant for WCMS

Gartner Magic Quadrant for WCMS

As an Enterprise/Solution Architect, I have been called upon upteen times help make a decision on several technology platforms. Based on the company’s product/service road-map and the digital strategy (in cases defining these along the way) I have also helped them in selecting an WCMS.
Personally though, I am more inclined toward Drupal/Acquia and previously toward Zope in open-source and SiteCore and CQ5 (now rebranded as AEM) in enterprise class products. Still, I have found it very useful and at times helpful in convincing the client with the reports of 3 research corporations. Prime among them are Gartner, Forrester and IDC.
Naturally, I follow them with interest, and am sharing the latest Magic Quadrant here.
This Year, Gartner Research has downgraded OpenText, SDL and HP from the leader’s quadrant in its latest industry report on web content management (WCM).
Previous contenders Sitecore, Adobe, Acquia, EPiServer, IBM and Oracle retained their spots on the leaderboard in the Stamford, Conn.-based research firm’s Magic Quadrant for Web Content Management, which it released yesterday.
According to Gartner report authors Mick MacComascaigh and Jim Murphy, Boston-based Acquia made the biggest positive move, closing the gap on Copenhagen-based Sitecore and San Jose, Calif.-based Adobe.3
But Sitecore and Adobe still lead the WCM pack, based on Gartner’s criteria of completeness of vision and ability to execute. It was the same story last year, with Sitecore edging Adobe for execution but Adobe winning in the vision department, Gartner concluded.
Acquia, a Drupal-based, open source content management system, jumped from a visionary to a leader in 2014 and hasn’t left the leaders’ spot since. It’s the lone open source vendor among the leaders.
Microsoft, rated a niche player last year, failed to make the cut this year. MacComascaigh and Murphy said Microsoft has focused its attention more on the digital workplace and less on WCM.
It places them in one of four quadrants:

  1. Leaders: Those who “drive market transformation” and are “prepared for the future with a clear vision and a thorough appreciation of the broader context of digital business.”
  2. Challengers: Those who may have a strong WCM product but have a product strategy that “does not fully reflect market trends.”
  3. Visionaries: Those that are “forward-thinking and technically focused” but need to improve and execute better.
  4. Niche Players: Those who focus on a particular segment of the market, such as size, industry and project complexity. But that, according to Gartner authors, “can affect their ability to outperform their competitors or to be more innovative.”

Gartner Magic Quadrant for WCMS - 2016
Gartner Magic Quadrant for WCMS – 2016

Hope you found this article useful.

GitHub Opensources its Load Balancer

GitHub Opensources its Load Balancer

GitHub will release as open source the GitHub Load Balancer (GLB), its internally developed load balancer.
GLB was originally built to accommodate GitHub’s need to serve billions of HTTP, Git, and SSH connections daily. Now the company will release components of GLB via open source, and it will share design details. This is seen as a major step in building scalable infrastructure using commodity hardware. for more details please refer to the GitHub Engineering Post .

GE & Bosch to leverage open source to deliver IoT tools

GE & Bosch to leverage open source to deliver IoT tools

Partnerships that could shape the internet of things for years are being forged just as enterprises fit IoT into their long-term plans.

Representation of an IoT & IIoT Convergence
Representation of an IoT & IIoT Convergence

As a vast majority of organisations have included #IoT as part of their strategic plans for the next two to three years. No single vendor can meet the diverse #IoT needs of all customers, so they’re joining forces and also trying to foster broader ecosystems. General Electric and Bosch did both recently announced their intention to do the same.
The two companies, both big players in #IIoT, said they will establish a core IoT software stack based on open-source software. They plan to integrate parts of GE’s #Predix operating system with the #Bosch IoT Suite in ways that will make complementary software services from each available on the other.
The work will take place in several existing open-source projects under the #Eclipse Foundation. These projects are creating code for things like messaging, user authentication, access control and device descriptions. Through the Eclipse projects, other vendors also will be able to create software services that are compatible with Predix and Bosch IoT Suite, said Greg Petroff, executive director of platform evangelism at GE Software.

If enterprises can draw on a broader set of software components that work together, they may look into doing things with IoT that they would not have considered otherwise, he said. These could include linking IoT data to ERP or changing their business model from one-time sales to subscriptions.
GE and Bosch will keep the core parts of Predix and IoT Suite unique and closed, Petroff said. In the case of Predix, for example, that includes security components. The open-source IoT stack will handle fundamental functions like messaging and how to connect to IoT data.
Partnerships and open-source software both are playing important roles in how IoT takes shape amid expectations of rapid growth in demand that vendors want to be able to serve. Recently, IBM joined with Cisco Systems to make elements of its Watson analytics available on Cisco IoT edge computing devices. Many of the common tools and specifications designed to make different IoT devices work together are being developed in an open-source context.

GE & Bosch to leverage open source to deliver IoT tools

GE & Bosch to leverage open source to deliver IoT tools

Partnerships that could shape the internet of things for years are being forged just as enterprises fit IoT into their long-term plans.

Representation of an IoT & IIoT Convergence
Representation of an IoT & IIoT Convergence

As a vast majority of organisations have included #IoT as part of their strategic plans for the next two to three years. No single vendor can meet the diverse #IoT needs of all customers, so they’re joining forces and also trying to foster broader ecosystems. General Electric and Bosch did both recently announced their intention to do the same.
The two companies, both big players in #IIoT, said they will establish a core IoT software stack based on open-source software. They plan to integrate parts of GE’s #Predix operating system with the #Bosch IoT Suite in ways that will make complementary software services from each available on the other.
The work will take place in several existing open-source projects under the #Eclipse Foundation. These projects are creating code for things like messaging, user authentication, access control and device descriptions. Through the Eclipse projects, other vendors also will be able to create software services that are compatible with Predix and Bosch IoT Suite, said Greg Petroff, executive director of platform evangelism at GE Software.

If enterprises can draw on a broader set of software components that work together, they may look into doing things with IoT that they would not have considered otherwise, he said. These could include linking IoT data to ERP or changing their business model from one-time sales to subscriptions.
GE and Bosch will keep the core parts of Predix and IoT Suite unique and closed, Petroff said. In the case of Predix, for example, that includes security components. The open-source IoT stack will handle fundamental functions like messaging and how to connect to IoT data.
Partnerships and open-source software both are playing important roles in how IoT takes shape amid expectations of rapid growth in demand that vendors want to be able to serve. Recently, IBM joined with Cisco Systems to make elements of its Watson analytics available on Cisco IoT edge computing devices. Many of the common tools and specifications designed to make different IoT devices work together are being developed in an open-source context.

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