Will Information Technology (IT) Drive the Future of Smart Buildings?
Traditional smart building deployments have largely focused on gaining control of operational technology (OT). Only recently has attention been paid to linking building systems to enterprise systems (like data centers running ERP software) and the values that can therein be derived. Unfortunately, building owners and property management companies are forgoing opportunities to significantly improve portfolio management, reduce utilities cost, and increase operational efficiency (among other things) due to the perceived complexity and cost of implementing new systems.
The status quo is changing as the information technology industry begins to re-imagine how we approach smart buildings. Standardized IT equipment, like fog and edge computing appliances, is allowing classic OT and modern IT infrastructure in buildings to intersect, enabling building stakeholders to make better use of building data together with both distributed and centralized analytics. The end result is operational savings that boost the bottom line of businesses.
The marriage of legacy building operational technologies with standardized information technology systems will allow solution integrators to give building owners more domain control, data visibility, and security (data and network) than ever before. The opportunity to deploy out-of-band systems that expose the data from all aspects of the facility, and in turn, deliver new operating capabilities and insights with greater customization to owners' needs is the real value that can be derived from these new approaches.
One of the key challenges facing building owners and property management companies is getting a holistic view of building operations when today’s automation offerings are typically proprietary and siloed in nature. These existing solutions use in-band systems that tend to isolate or conceal data from the building owners. In many cases, data is locked by unique naming conventions, encrypted data streams, and proprietary headers and footers that make it impossible to acquire the information, let alone actually make use of it. Therefore, combining data elements from different building systems can be an expensive, complex and confusing undertaking. Consequently, informed decision making is commonly impeded from a lack of all-inclusive, relevant, and contextual data viability.
The market dynamics of the building industry have allowed these automation silos to exist, but now building stakeholders are asking for out-of-band systems to better integrate all major building systems into a unified technology infrastructure.
Eliminating Data Silos
Intel sees the building industry adopting an open-standards platform thought process to address the aforementioned data and connectivity issues. Placing standardized IT equipment at the point of data aggregation opens a data stream that marries together the silos in a highly-flexible, cost-effective manner. Intel believes this market – that has been largely closed, siloed, and proprietary – will rapidly transition to open, standards-based systems, allowing building owners to more easily acquire the data across operational environments and then apply analytics in a manner that is customized to their business objectives
Beyond the Data
These cost effective, standards-based, edge platforms, called a variety of names, like IoT gateways, fog appliances, and fog servers, are built to bridge the divide between IT and OT environments. They are highly flexible, programmable platforms that can be rapidly adapted to the diverse equipment types on the operational equipment side of the effort while seamlessly connecting to standard IT environments on the enterprise side. These systems are the primary ingredients used to create new out-of-band systems that sit on top of existing (or new) building systems to ease the collection and processing of operational data. There are also other important benefits that these newly-positioned offerings bring, including:
- Interoperability – enabling bidirectional communication between building systems that may use different network protocol and data models.
- Manageability – supporting the life cycle of systems and devices - from onboarding, provisioning, controlling, maintaining, and software updating - to retirement.
- Security – protecting devices, data, and company IP using a layered security model that employs hardware- and software-based solutions.
- Scalability – future-proofing the infrastructure by allowing for new workloads; expanded analytics; the creativity of users; bigger and bigger compute, analytics, and processing; and small-to-large compute-footprint platforms.
Whether you are a building owner, systems integrator, or OEM, successfully bridging OT and IT infrastructure takes careful planning. Before getting started, make sure you have a good idea about how this improved infrastructure can help lower cost, generate revenue and profit, and improve occupant productivity and satisfaction. How will this effort help differentiate the business from competitors? What services will be created?
I will be publishing a series of articles that offer my perspective on creating such a vision as well as recommendations in the form of 'how-to' topics:
- (1) Connect to data
(2) Secure data
(3) Store data
(4) Implement networks and communications
(5) Manage devices
(6) Tie buildings to the cloud or data center
(7) Create a data analytics environment
(8) Identify the skill set your workers need
(9) Integrate the new systems
(10) Deploy and implement in your facilities
(11) Evolve from buyer-supplier relationships to partnerships
The next evolution of smart buildings will be driven in large part by IT dynamics – which is fundamentally an open-standards approach. IT solutions can seamlessly connect dissimilar networks together using scalable and interoperable standard products that allow for high levels of flexibility. Building owners will be able to take advantage of the latest IT innovations, like the cloud, remote applications, and remote management.
The world is becoming more adaptable than ever before, and now it’s time for smart buildings to follow suit.
With IP-based building networks becoming more commonplace, who will drive the industry? Will it be traditional companies, IT-focused organizations or both? This top of mind topic will be discussed at Realcomm | IBcon 2017 on June 14-15 in San Diego. An esteemed panel of IoT for Buildings domain experts will discuss and debate the future of smart buildings and the changing relationships between stakeholders.
This Week’s Sponsor
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Innovation Tech Tours | Register Now!
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The following Innovation Tech Tours will be presented (subject to change):
- CALIT2 | Qualcomm Institute | UCSD
- Qualcomm | Smart Campus
- Sempra Energy HQ
- ScaleMatrix | Data Center and Genomics Accelerator
- UCSD | Advanced Energy Park
- Solterra EcoLuxury Net-Zero Apartment Community
- Carlsbad Desalination Plant
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- San Diego Smart Airport
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UPCOMING REALCOMM WEBINARS
CORPORATE REAL ESTATE & Technology – The Importance of Developing a STRATEGY - 10/24/2019
The Corporate Real Estate industry has quickly gone from constantly resizing the corporate real estate portfolio based on the everchanging business needs of the corporation, to having to understand and deal with a myriad of issues relating to technology, automation and innovation. Not only do CRE professionals need to understand things such as IWMS, intelligent buildings, the smart workplace, AI, VR/AR and other emerging technologies, they also need to understand the fundamental shift on how we use space. Technology which is enabling mobility has shifted the landscape. This webinar will feature some of the most innovative professionals discussing the importance of developing a comprehensive Corporate Real Estate portfolio strategy around the concept of Digital Transformation.
Founder of Realcomm Conference Group, an education organization that produces Realcomm, IBcon and CoRE Tech, the world's leading conferences on technology, automated business solutions, intelligent buildings and energy efficiency for the commercial and corporate real estate industry. As CEO, Jim interacts with some of the largest companies globally pertaining to some of the most advanced and progressive next generation real estate projects under development.
Chuck Niswonger has over 30 years of successful leadership experience in technology-related roles that range from operating his own consulting company (www.nicenets.com) to directing the IT strategy of a real estate investment management firm to manufacturing and technology-enabled education. Chuck has also been the chair of the Realcomm Investment Management (IM) Advisory Council for the last ten years, managing content selection for the conference educational sessions, IM forums, workshops and webinars.
Emmanuel Daniel is responsible for building and delivering the Digital Transformation strategy for campuses across Microsoft and leads a global multidisciplinary team of architects and experience designers. He builds experiences that merge technology with the built environment, leading to the formation of spaces that respond to the needs of its users. He is also accountable for identifying, building and implementing the next generation of products that will make smarter and sustainable buildings.
Paul Maximuk is the Product Owner as well as a technical SME at Ford Land, leading all BMS and controls integrations globally. He has over 30 years of experience in the industry managing multiple types of energy systems and specializing in strategic smart building implementation and management. Paul’s expertise in the built environment spans real estate assets from large industrial facilities to Class A office buildings.
Ronna Davis has been in the networking and telecommunication industry for 23 years. She has been with CommScope for over 13 years and has held positions in sales, channel and product line management. She is currently on CommScope’s Strategy and Technology Team for Buildings and Campuses. Previous to CommScope she worked in the design and construction of telecommunications networks for eight years and in wholesale distribution for two years. She studied marketing and is a LEED Green Associate.
Ron Victor is a Silicon Valley based technology entrepreneur with 20 years of experience and expertise launching new ventures at start-ups and fortune 1000 technology companies. To-date he has enabled raising more than $30Million in start-up capital for multiple start-ups in silicon-valley. Ron has founded and led three companies to-date with successful exits. His latest venture is IoTium Inc. – a Silicon Valley start-up that provides a secure, cloud-managed, easy-to-deploy software defined network infrastructure for all IoT verticals.
Marc is a pioneer in leading the Intelligent/Smart Buildings and M2M movements pushing the industry forward and has contributed to transforming and changing the Intelligent Buildings and M2M (now IoT) industries. As Chief Marketing and Communications Officer for Lynxspring Marc leads corporate and product marketing, strategy, brand management, public relations and communications that support the company’s strategic and growth initiatives.
Brent Boekestein is the CEO of Vintra, Inc., a leading video analytics company from Silicon Valley that uses artificial intelligence to transform any video surveillance into actionable and tailored intelligence. Forward-thinking enterprises and public safety organizations like Sacramento City, NYC DOI, Sacramento County, and more use Vintra’s solutions to organize, analyze, and derive critical insights from overwhelming amounts of stored and live video.