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DGLogik In The Press

This just in from Eugene Mazo and our friends at DGlogik:

(Bay Area, California – April 19, 2016) DGLogik, Inc. a rapidly growing software company for the Internet of Everything in the San Francisco Bay Area, today, corroborates technology advancement within the IoT industry by becoming Dell IoT Solutions Partner.

Dell’s IoT Solutions Partner Program aims to combine strategic partners to enable IoT solutions that are secure, manageable, easy to deploy, and deliver clear ROI in areas such as improved efficiency, productivity, safety, and user experience.

“We are very proud to be a part of Dell’s IoT Solutions Partner Program. This ecosystem that Dell has created, allows us to demonstrate our technology as a complementing solution to Dell’s broad portfolio of IoT-enabling hardware. We look forward to the growth of this community and being a part of the journey to advance the Internet of Things,” states Eugene Mazo, CEO of DGLogik.

DGLogik’s innovative technology is the leading solution for unifying data, rapidly building and deploying Internet of Everything applications. DGLogik’s flagship platform, DGLux5, unifies disparate data and provides an environment with drag and drop, comprehensive toolsets in order to rapidly develop value-added applications through the data obtained from the connected world. To learn more about DGLux5, please visit DGLux5 product page – http://dglogik.com/products/dglux5-ioe-application-platform.

About Dell IoT Solutions Partner Program

Dell IoT Solutions Partner Program believes that independent software vendors and system integrators are a critical span in the bridge between the industry potential of IoT and real-world customer success. This multi-tiered partner program is designed to drive awareness of IoT solution providers that address pain points in areas such as data integration, analytics, and visualizations. The program will enable system integrators, OEMs and end customers to find the right partners to deploy scalable, differentiated IoT solutions on top of enabling Dell technologies.

To read more on Dell IoT Solutions Partner Program please visit www.delliotpartners.com.

Dell’s IoT Roadmap and Productization for the Smart Buildings Market Segment is Just the Beginning!

This roadmap and productization for the smart buildings market segment is just the beginning of Dell’s service offerings. Look for more to come on IoT and building automation in the future! (Source: AutomatedBuildings: July, 2014 Edition)

Dell_smartcontrols_5

Dell is introducing new research on smart buildings and will join Intel to discuss its findings at the Intelligent Buildings Conference (IBcon) in Las Vegas today. Enabling building automation is a key element of Dell’s strategy of supporting customers around the world and across various industries in realizing their vision for the Internet of Things (IoT). Dell and Intel are helping architects and organizations imagine the next generation of integrated, open-architected, IP-centric, connected, high-performance, sustainable, energy-efficient, operationally efficient, and intelligent buildings.

Dell is taking its IoT focus a step further by collaborating with others in the industry (including Intel) to help architects and IT organizations capitalize on these transformative technology approaches for smart buildings and the Internet of Things. In a Dell white paper made available today, Dell outlines its recommendations for organizations interested in the smart building trend:

1. Define Organization’s As-Is and To-Be state: Take stock in the current systems and subsystems in a centralized list. Use a Maturity Matrix as an engagement method to assess where the organization is, and how to get to where it wants to be. Focus first on the business outcome or user experience that the organization wants to create.

2. Technology and Project Timeline: Outline the desired outcome, time requirements, and standard building blocks required to achieve your desired business case objectives and end result. This fosters discussions that determine business relevance and return on investment (ROI).

3. Open Reference Architecture: Utilize a non-proprietary, open reference architecture system that takes into account the existing infrastructure, as well as the types of connected systems the organization wants to create.

4. Industrialization: Architect an industrial environment and provide a Software Development Kit (SDK) for the architecture, so teams can develop software across disparate systems. A great reference point to develop an SDK is to break the systems up along the lines of automation and analyze the data,

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