In this article, we focus on cyber-attacks and insider threats to the smart lighting system and the countermeasures an organization can take to help minimize these incidents.
This is the 3rd article of a 4-part introductory series on Managing Security Risks in Smart Lighting Systems. In this series, learn about best practices, based on NIST standards and guidelines, for identifying and mitigating cybersecurity risks and threats, as well as implementing cybersecurity controls on an organizational level. The first article introduced the concept of a multi-tiered approach to smart lighting system cybersecurity. The second article focused on two key security control families: access control/identification and authentication. In this third article, we’ll focus on Building Automation and Control System security control families that relate to system and communication protection, and system and information integrity.
This is the second blog post of a multi-part introductory series on Managing Security Risks in Smart Lighting Systems.
Your lights create and support an experience for the occupants and visitors in your building(s).
Good lighting supports specific tasks, while bad lighting can make those tasks more difficult to complete accurately or consistently. Good lighting can showcase products or render people and the space itself in the best light with richer, truer colors while poor lighting can make colors less authentic. The lighting technology used determines how good or bad the lighting and occupant experience is.
The commercial real estate industry is at an inflection point as a number of parallel trends are shaping transformation in the industry.
First, the industry is moving from products to services, and ownership to access. Examples of this in other industries include buying cloud services instead of building out a data center; listening to streaming music instead of purchasing CDs; or renting a dress for a black tie wedding rather than purchasing one.
The American Council for an Energy-Efficient Economy (ACEEE) acts as a catalyst to advance energy efficiency policies, programs, technologies, investments, and behaviors. The organization believes that the United States could reduce its energy use—by as much as 40-60% by 2050—if we are willing to embrace a more focused and aggressive approach. The organization achieves its mission by:
Tunable white light technology provides the ability to control a light source’s color temperature and intensity. It has been used to support the aesthetic design visions of a space, but today this technology is also at the forefront of health and wellness applications directly affected by light.
If you think lighting design is simple, think again. Lighting design has become a creative extension of architectural design. According to the International Association of Lighting Designers (IALD), knowledge of physics, optics, electricity, ergonomics, business, codes, environmental issues, construction, vision and the art of design are all essential to creating great lighting solutions.
This blog post is the second of a 2-part introductory series on Lighting Controls in Retrofit Applications. In part 1, we highlighted the importance of controls in any retrofit solution and touched on factors beyond additional energy savings including qualification of rebates and incentives, supporting business needs beyond energy savings, and preparing you for the future of smart building applications and the Internet of Things (IoT). In this post, we focus on choosing a LED retrofit kit or purchasing new LED luminaires.
A building doesn’t have to be new to be energy efficient or to integrate advanced technology. Buildings can be retrofitted to incorporate the latest advancements in lighting and lighting control technology. In fact, energy-efficient LED lighting options that qualify businesses and commercial property owners for government/utility rebates and incentives have stimulated a wave of successful retrofits in commercial buildings.