Enabling and Optimizing the Smart Digital Workplace
The move toward "smart" workplaces – venues that are interactive, responsive, and flexible – continues to accelerate, driven by major trends that are generational in scope. As a result, organizations in a wide swath of industries are increasing their investment in key technologies and processes that enable a whole new way of working, and savvy commercial and corporate real estate professionals are taking note.
The key trends driving the shift toward the Smart Digital Workplace are varied. First, and for the first time, four separate generations of workers simultaneously comprise the workforce. Millennial and younger workers represent a growing portion of the workforce, whose priorities for their workspaces can be much different than those of their colleagues. Competing for the best workers is therefore a bit more complex, but one unifying factor that appeals to all groups is the promise of a better workplace experience. Second, the migration of enterprise technology to the cloud, with the accompanying increases in flexibility and mobility, removes the fixed association of each worker with a given work position or facility location. Third, agile methods for software development, work processes, and workforce management require the ability to organize work around projects and specific clients, rather than fixed enterprise-wide groups. And finally, the increased use of big data and AI requires gathering, measuring, analyzing and dissemination of ever-larger quantities of information.
All these trends are about fluidity, flexibility, rapid response, collaboration, and global connectivity to meet changing business and market needs. As a result, real estate and IT professionals are seeking to build facilities and systems that meet these needs at a reasonable cost, without sacrificing security, manageability, and other operating requirements. There are significant technical and organizational challenges to meeting this goal, but fortunately, new solutions and approaches are becoming available to help optimize and secure the workplace.
The components of the Smart Digital Workplace revolve around three primary goals, centered on use cases:
- Better employee experiences, such as wayfinding; healthier and more productive, sustainable environments with respect to light, noise, and climate; collaboration interfaces, such as audio-video conferencing and speech recognition; conference room- and workspace-booking; and visitor management
- Improved measurement and control from a building management perspective, such as space utilization, environmentals, physical security and safety, and physical layout (space configuration, furniture elements, etc.)
- Rapid and flexible deployment of space, with all the organization’s requirements in place. This applies to the growing trend of Space as a Service and the growing likelihood of enterprises partnering with providers of flexible space
The technologies required to achieve these goals are concentrated in three main areas: IoT, mobile apps and networking. Underlying the technologies are requirements for data security and privacy. In order for all this to come together, the various stakeholders and organizational processes need to be aligned around the goals.
Many enterprises and facility operators find that complexity and costs have been growing. For example:
- IoT systems are often not interoperable, requiring multiple types of connectivity, software protocols, proprietary hardware, large numbers of single-purpose sensors, gateways, databases, and management systems. Multiple wireless networking standards – LTE (and soon 5G), Wi-Fi, Zigbee, Bluetooth and others – can lead to higher equipment cost, provisioning and management complexity, and the need for specialized (i.e., hard-to-find) IT skills.
- Multiple mobile apps, often one for each type of experience or use case, can leave occupants and managers frustrated, also increasing the cost of customer support and training.
- Outdated and limited networks, designed for simple connectivity rather than as core enterprise technology platforms, lack sufficient capacity and functionality to support the Smart Digital Workplace.
- The addition of flexible space often means “grafting” the organization’s IT systems onto the ones maintained by the flexible space providers, or implementing expensive replication of the organization’s standard IT environment. This requires extensive project management and investment, which counteract the benefits of flexible space.
- Outdated and/or siloed organizational structures, created before the age of digital transformation, make it more difficult to deploy new solutions that require inter-group collaboration and unified strategy. Indoor location, occupant experience apps, IoT occupancy measurement, and space reservations are specific use cases where this impediment most often occurs.
- Upgraded security levels are required, resulting from an IoT "Tower of Babel," more mobile apps, increased collection of data and other factors.
These challenges need not be daunting, but must be addressed as part of the move toward a Smart Digital Workplace.
Better Technology Solutions Can Help
Fortunately, there are several new technologies that can help organizations to enable and optimize the Smart Digital Workplace. These include:
- More-powerful networking platforms. The interactive environment of the Smart Digital Workplace relies heavily on the underlying layers of networking technology. Leading-edge network vendors are incorporating multiple types of wireless networking into their access points, switches, and other infrastructure, eliminating the need for multiple hardware systems. The new 802.11ax Wi-Fi standard (Wi-Fi 6) offers greatly-increased performance and security. PassPoint will enable painless transition of mobile devices between cellular (current or 5G) and Wi-Fi environments.
- Unified management and security. Infrastructure and application vendors are incorporating a unified approach to manage large numbers of sensors, user-owned equipment, and other devices. For example, a new standard called Device Provisioning Protocol (DPP) allows IoT sensors and other devices to be added, managed, and secured by simply reading a bar code on each device. WPA3 Wi-Fi security is a major improvement upon the current WPA2. Also, AI-based anomaly detection can be used to increase overall security and promote rapid response to threats.
- Interoperable solutions. New partnerships among infrastructure and application vendors will enable customers to buy “out of the box” solutions, pre-integrated and configured, with associated installation and post-installation support.
- Better utilization of data. AI and other techniques are increasingly being used to gather and analyze the river of data from IoT and other systems, in order to provide much better quantitative metrics as well as to detect and counter security threats.
Benchmarking and Ecosystems Also Can Help
Aruba works closely with best-of-breed technology organizations, real estate managers and operators, and customers who are advancing the Smart Digital Workplace. We have found that creating this type of ecosystem and participating in the resulting community help us to optimize our own Smart Digital Workplace, advance the state of the art, and better serve our customers.
Whatever industry your organization is involved with, this approach – benchmarking thought and implementation leadership, and participating in a community – can help you to build a successful Smart Digital Workplace for your organization.
The Bottom Line
Strategically-focused organizations that want to optimize the growth and effectiveness of the Smart Digital Workplace recognize that multiple stakeholders need to combine their skills, remits and budgets to implement integrated, secure solutions rather than separate point products.
These approaches must be driven and coordinated from the top, but implemented by cooperative teams. Stakeholders include IT, Corporate Real Estate, building owners and managers, senior management, security and compliance, and end users. These groups need to work proactively to ensure success, collaborating around a common set of use cases, technologies, strategies, and goals.
Complexity and cost are inevitable in the early stages of a generational change in the environment. However, the maturing capabilities of the technologies involved, the opportunity to adapt organizations and processes through digital transformation, and the many benefits of the results, weigh in favor of continuing momentum and success for the Smart Digital Workplace.
This Week’s Sponsor
Aruba, a Hewlett Packard Enterprise company www.arubanetworks.com, provides next-generation network technologies that allow organizations to create smart, amazing experiences that bridge our physical and digital worlds. Designed for mobility, cloud and the IoT, Aruba’s software-defined, secure Experience Edge Architecture enables people and things to work in harmony and is the foundation for the future of work.
Don't Miss These 9 Exciting Pre-Conference Events | June 11-12
Maximize the value of our pre-conference sessions by bringing your team - IT, FM, PM, Energy, Innovation, Marketing, Sustainability, Operations and Finance ñ when it comes to technology, automation and innovation, Realcomm and IBcon have something for everyone in your organization!
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- 5G Congress Hosted by: DASpedia
- Property Manager Technology & Innovation Forum Hosted by: IREM
UPCOMING REALCOMM WEBINARS
Future-proofing BUILDING COMMUNICATIONS – 5G, WIFI, CBRS, Bluetooth, In-building Wireless and More - 5/23/2019
In an ever-increasing wireless world, building owners and operators can no longer ignore the needs of a mobile society. Every day, more applications are added to our phones which include video, immersive media, wayfinding, hailing a ride, ordering food, accessing a building and more. So much of what we do relies on good wireless connectivity, and buildings must deliver the same service as the outdoor world. Over the next few years, 5G and other technologies are going to radically improve wireless connectivity and ultimately impact the communications strategy for buildings. In order to provide tenants with a 21st century experience, buildings must keep pace with this trend. This webinar will cover a wireless strategy that includes both experiential and operational issues.
Clarence Reynolds has built a career as an Emmy-winning journalist and broadcast professional. He brings more than two decades of broadcast production, on-air hosting and senior communications experience to the Telecommunications Industry Association (TIA). Prior to joining TIA, Clarence worked as a News Anchor at NBC Atlanta and FOX Indianapolis. For TIA, Clarence designs and implements digital event communication strategies to educate stakeholders in the Information Technology Communications (ICT) industry.
Brian Schwartz is responsible for Smart Building Infrastructure at over 50 centers portflio wide. He oversees the installation and support for CCTVm Wi-Fim Energy Management, shopper counting, and DAS. Brian support digital marketing initiatives including digital signage and property websites.
Mark Horinko has 30+ years of experience in wireless network strategy, network architecture and design, product development and large –scale network operations. As President of Airwavz, Mark is responsible for multiple, large-scale wireless and telecommunications network deployment projects totaling more than $1billion as well as development of five new industry-changing business and operational models. Mark is active in the telecommunications community and belongs to several industry associations. He is also a charter member of FiberFete.
Soyola Baasan founded DASpedia, an enterprise cellular coverage testing and training firm, in August 2014. He brings 20 years of telecommunication industry experience including fiber optics, RF components, and wireless systems. Soyola provides industry guidance to DASpedia and runs its operation as a managing director.
Stuart Walker Strickland is a Distinguished Technologist in the Office of the CTO at Aruba Networks with a focus on strategic planning for Wi-Fi in the context of 5th Generation cellular networks. He has been with Aruba for three years and represents its interests in 3GPP, WFA, IEEE, and WBA on issues relating to spectrum allocation, Wi-Fi/cellular coexistence and integrated network architectures.
As part of the IBN Technologies team, Art King leads the development of enterprise services definitions and business case propositions for customers and partners. He is Vice Chair of the Services Working Group in the Small Cell Forum. Art came to Corning via the SpiderCloud Wireless acquisition and was formerly a lead in IT architecture and operations for Nike Inc. where he held various global roles over 10 years.