First came LED.

Although around since the 1960s, organizations, commercial developments and municipalities didn’t fully embrace light-emitting diode (LED) lighting solutions as a way to upgrade old systems and save money/energy until the early 2000s. Since then, the growth of LED lighting has been gangbusters. Today, according to the U.S. Department of Energy, at least 221 cities worldwide are switching their street lighting to LEDs, including a full 30% of outdoor lights in the United States. 

The accelerated deployment of LED bulbs is on track to save U.S. consumers and businesses $20 billion a year in electricity costs within a decade, which would lower U.S. CO2 emissions by some 100 million metric tons a year.”
Think Progress

Then, it was IoT.

The next big thing to hit the lighting industry was IoT. “Smart lights” fitted with IoT sensors allowed companies and cities to remotely monitor, control and adjust their lighting systems through smart devices. They also included real-time controls that made lighting more efficient. For example:

  • Photo light sensors monitor ambient light and adapt the LED light output accordingly (e.g. brighter at night versus lighter at dusk)
  • Motion-detection sensors adjust light levels when people or vehicles are present
  • Groups of lights that can be controlled via scheduled events or manually

These smart features have resulted in big savings. According to a report from Intel:

“Converting to smart LED lights can save an additional 10 to 20 percent over and above the cost savings achieved with switching to LEDs because smart lights turn on and off more intelligently, adjusting brightness by taking ambient light into account.” - Intel

Today it’s Smart Light-Enabled Ecosystems

Smart lighting is still in the early stages of adoption, but as with almost every other emerging technology, it’s evolving rapidly. What we’re seeing more and more of is smart lighting as the backbone for other smart sensors – creating entire ecosystems where the lighting device is the hub for smart capabilities.

For example, in addition to lighting control mentioned above, smart streetlights can integrate IoT-based capabilities like:

  • Wireless transmitters for Wi-Fi connectivity
  • Sound Sensors that can monitor and alert emergency services when an audio threat is detected (e.g. car crash, gun shot, etc.)
  • Utility grade energy monitoring sensors can help organizations predict their energy spend

They can also integrate with other sensors that are already in place, helping to transmit the data gathered from things like water meters and traffic lights to city central. The opportunity to leverage this infrastructure to better people’s lives and create a more sustainable world is huge.

Ecosystem Management

We want to help companies and cities fully realize the potential of smart infrastructure. That’s why we’ve worked with LED lighting leader, Visionaire, to create PangeaLink.

PangeaLink is a cloud-based SaaS solution that can integrate with any IoT smart device or sensor that has an API interface. It allows organizations and cities to monitor and control each fixture within their ecosystem without expensive IT infrastructure. Benefits include:

  • Plug-and-play functionality with new and existing systems, with lighting as the backbone
  • A dashboard to view network and device status, sensor data, device telemetry, alarms, etc.
  • Actionable data analytics, such as energy consumption and savings based on actual device readings.

Ready to learn more about this project and see how Dev IQ® can help your organization build custom solutions that maximize smart technology?

Check out our case study. Then, let’s connect!

Danny Sánchez

UI/UX Designer at Dev IQ, Men-at-Work fan, and 3D printing guru.