Business News | Organization News | Zhaga | IoT Ready | Partnerships | Apr 02, 2019

IoT Ready Alliance Dissolves and Capitalizes on the Breadth of the NEW Zhaga Consortium

Zhaga and the IoT Ready Alliance are pleased to announce that they have agreed to align their efforts and to proceed as a single organisation under the Zhaga Consortium. The objective is to foster a harmonized, global set of interface specifications for sensor-to-luminaire integration and to remove confusion in the industry.

In summer 2018, the Zhaga Consortium and the IoT Ready Alliance entered into a dialogue to explore the possibility of aligning their standardization activities for sensor-to-luminaire integration. At the beginning of 2019 the organizations agreed that it was best to harmonize their efforts with the objective of easing the adoption of a singular set of interface specifications and of removing any confusion in the Industry.

As IoT Ready Alliance President Neeraj Purandare points out: "The best way forward was to capitalize on the breadth of the NEW Zhaga, to encourage them to carry the standard forward, and to dissolve the IoT Ready Alliance with the intent that its members join Zhaga." 

Background to this decision was the fact that the NEW Zhaga went live in December 2018 with a widened scope of work to address new growth areas in IoT and the service economy. The NEW Zhaga focuses on interoperability and executes a.o. a strong program to address interfaces for smart components, such as sensors and communication modules.

"Zhaga invites all members of the IoT Ready Alliance to sign up for Zhaga membership and to participate in our working groups," says Dee Denteneer, Secretary General of the Zhaga Consortium. "The harmonization will bring a clearer and stronger voice to the market and will fuel the adoption of smart lighting innovation. I look forward to strengthen the promotion of our new scope in the US market."

Zhaga has experienced a strong interest in their latest specification, the Book 18, defining interoperability between outdoor luminaire and smart sensing / communication nodes. Another specification which is close to approval is Book 20 about a smart interface for indoor luminaires and sensing/communication modules.

About IoT Ready Alliance:

IoT-Ready Alliance™ is an alliance of leading lighting, building management, and Internet of Things (IoT) companies and organizations that are creating a common standard for IoT-enabled lighting fixtures. This standard will ensure all new LED lighting fixtures can be shipped with a standard socket to easily add intelligent IoT sensors to the fixture after the fixture has been installed.

About Zhaga:

Zhaga is a global association of lighting companies that is standardizing interfaces of components of LED luminaires, including LED light engines, LED modules, LED arrays, holders, electronic control gear (LED drivers) and connectivity fit systems. This helps to streamline the LED lighting supply chain, and to simplify LED luminaire design and manufacturing. Zhaga continues to develop specifications based on the inter-related themes of interoperable components, smart and connected lighting, and serviceable luminaires. For more information, visit www.zhagastandard.org

FEATURED

Nationstar Overall Layout in UV LED Market

Nationstar Overall Layout in UV LED Market In August 2018, Nationstar set up the Non-visual Light Source Business Division, focusing on IR LED, UV LED, animal and plant lighting. Nationstar has been fully laid out on UVA/UVB/UVC. Since 2016, Nationstar has launched near-ultraviolet LED, deep-ultraviolet LED and modules, with wide wavelength ... Read more »

EDITORIAL

High Conductive Foils Enabling Large Area Lighting

High Conductive Foils Enabling Large Area Lighting Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP as one of the leading partners for research and development for surface technologies and organic electronics and Sefar AG, a leading manufacturer of precision fabrics from monofilaments, developed a roll-to-roll ... Read more »

page_peel