Access to wireless Internet connection is practically a must these days. That’s why the iconic CCTV building in China even went through a year-long retrofit to improve Wi-Fi signals for building occupants.
One application is stepping into the direction of Wi-Fi signal visualization. Called Architecture of Radio, the app has been described by Teche Blog as “one of the coolest apps [we've] come across in recent time.”
Users are able to see a 360-degree illustration of Wi-Fi signals around them based on data from seven million cell towers, 19 million Wi-Fi routers, and hundreds of satellites.
The application was created by software developer Richard Vijgen, and can plot not just wireless, but also wired network signals. The catch: signals are not shown in real time, but from a database. In other words, the app “gives you a pretty good idea of the density of digital signals around you, but it won’t tell you where to move the couch to get a better WiFi signal,” the app description says.
"The purpose of this app is to make the invisible visible so we can look at it, think about it, and discuss it," Vijgen told Teche Blog.
Released on the Apple App Store on Nov. 17, the application currently has 2.5 stars from 116 ratings.
“Definitely a cool concept with a relatively intuitive interface. The main problem is in all the unidentified cell towers,” writes reviewer Mistergizmo. “Since the app works off a database rather than real-time signals, this should be fixable, which I'm sure it will be, at which point I'll increase the number of stars. But in the meantime, it's certainly a fun app.”
Related Stories
BIM and Information Technology | Apr 29, 2015
Self-piloting drone maps out construction sites in Pennsylvania
The system comes with a real-time portal for immediate access to collected data.
BIM and Information Technology | Apr 27, 2015
The construction industry isn't rushing to hop onto the cloud: study
A new poll finds that nearly half of companies aren't planning to shift to cloud-based software to collaborate any time soon.
BIM and Information Technology | Apr 21, 2015
Software tools shouldn't dictate the AEC process
With over 200 solutions on the market, construction software is one of the most complex and fragmented markets, writes Gensler's Mark Thole.
BIM and Information Technology | Apr 9, 2015
A carboard box by Google can bring virtual reality to architecture
The global search engine giant has launched a new product, Google Cardboard, that easily allows users to experience virtual reality.
BIM and Information Technology | Apr 9, 2015
How one team solved a tricky daylighting problem with BIM/VDC tools, iterative design
SRG Partnership's Scott Mooney describes how Grasshopper, Diva, Rhino, and 3D printing were utilized to optimize a daylighting scheme at Oregon State University's new academic building.
BIM and Information Technology | Apr 3, 2015
French startup develops drone camera that overlays video with 3D images
The new drones can capture video and overlay the shot results with 3D images and augmented reality remotely.
BIM and Information Technology | Mar 23, 2015
Drones for AEC: How every stage of a building project can benefit from drone technology
From photo-mapping to aerial progress videos, SRG Partnership's Dmitriy Molla studies real-world applications for unmanned aerial vehicles.
BIM and Information Technology | Mar 23, 2015
Skanska hosts three-week 'hackathon' to find architect for Seattle tower development
Searching for a nimble, collaborative design firm for its 2&U tower project in Seattle, the construction giant ditches the traditional RFQ/RFP process for a hackathon-inspired competition.
BIM and Information Technology | Mar 16, 2015
Berkeley researchers develop 3D-printable concrete powder
The technique allows teams to create more complex and precisely finished structures, with reduced weight and waste.
High-rise Construction | Mar 16, 2015
NBBJ creates 'shadowless' skyscraper concept for proposed UK development
A team of architects from the London branch of NBBJ used computer algorithms to generate a dual-tower design that maximizes sunlight reflections to eliminate the buildings' shadows.