Aruba has announced an expanded set of integrated, easy-to-deploy Edge and IoT solutions designed to enable organisations to bring employees back to physical workplaces safely.
Developed using Aruba Wi-Fi access points (AP’s), EnOcean 800/900MHz radios that insert into the AP’s, and compatible IoT devices from Aruba Technology Partners, these solutions monitor hoteling spaces, room occupancy, air quality, and cleaning/disinfection scheduling. By operating on customers’ existing Aruba infrastructure and leveraging cloud-based applications, the solutions can be rapidly deployed and eliminate the need for expensive IoT overlay networks.
As the world continues to adapt to new business realities brought about by the COVID-19 pandemic, organisations are considering a myriad of return-to-work scenarios, including re-opening offices and safely bringing employees back in-person. Since IT infrastructure spans across the entire enterprise, it’s the ideal platform on which to build cross-organisational systems and processes encompassing social distancing, contact tracing, infection control, and space management. Flexible, cloud-native applications targeting these use cases can be quickly spun up – at minimal cost – as return-to-work initiatives are rolled out.
Aruba ESP (Edge Services Platform) provides the unified, secure, cloud-native network infrastructure that underpins EnOcean’s integration with Aruba. Plugging an EnOcean 800/900MHz USB adapter into a compatible Aruba AP enables communication with wireless IoT air quality monitors, presence detectors, light level sensors, and other devices that use EnOcean-developed protocols, wireless radios, and energy harvesting power sources. IoT data is streamed from the AP to the target return-to-work application over secure tunnels. Aruba ESP applies consistent security policies and provides unified management from a single point of control. Customers have the freedom to implement return-to-work solutions at any time, in both new and existing deployments, without ripping and replacing IT infrastructure.
Return-to-work applications and technology partners include:
- Hoteling space management: Wireless sensors are ideal for managing the availability, occupancy, air quality, and cleaning requirements of hoteling spaces. DEUTA Controls’ EnoPuck visually identifies if a space is reserved, occupied, available, or vacated, while simultaneously monitoring air quality and light levels. Departure of an occupant can automatically trigger a request for cleaning and disinfection.
- Occupancy management: To ensure compliance with social distancing and sanitation protocols, IAconnects’ Mobius Flow application manages people-counter and occupancy sensors to monitor the status of communal areas, e.g., washrooms, kitchens, and meeting areas. A “cleaning threshold” feature alerts maintenance when an area requires attention.
- Smart restroom: The smart restroom solution from Nanjing Winshine checks traffic flow and occupancy of restrooms in real-time. Employees are alerted when the restrooms are unavailable, and the application can automatically generate work orders for cleaning and disinfection services.
- Demand-oriented ventilation: Typically used in classrooms, public buildings and offices, Thermokon’s CO2 sensor solution contributes to demand-oriented ventilation to reduce the risk of infection. The solution currently measures CO2 within a particular area and activates the ventilation system to meet defined air quality standards. Temperature, relative humidity, and volatile organic compound (VOC) sensing will be available later this year.
- Building management: The building management application from Titanium Intelligent Solutions manages lighting, energy, and space efficiency during shelter-in-place mandates and when curfews are enforced. Building functions are securely and remotely controlled via a simple, web-based application.
“The simplest, most automated and cost-effective way to implement return-to-work safety initiatives is by deploying data-driven smart solutions on top of existing IT infrastructure,” said Michael Tennefoss, vice president of IoT and Strategic Partnerships at Aruba, a Hewlett Packard Enterprise company. “Because of their ubiquitous deployment throughout enterprises, in locations that are ideal for wireless sensor communications, Aruba AP’s are ideal on-ramps for return-to-work IoT devices. As monitoring and safety requirements change over time, additional IoT devices can be added by tapping into the EnOcean Alliance, a vast ecosystem of vendors that have developed interoperable, self-powered wireless sensor solutions. Armed with this technology, organisations can re-open with confidence today using a future-proof platform that is ready for what lies ahead.”