At Acentech, I have helped many clients predict WiFi coverage in new and renovated buildings by using predictive modeling software. But, what if I told you there was an easier way to design a network besides putting in a cluster of WAPs and crossing your fingers? What if there was a way to use predictive modeling to figure out how to get the best coverage while using the fewest amount of WAPs possible? Well, there is. Of course, adding the needed wireless access points (WAPs) come at a cost-especially if you need to tear up walls, add more cabling, and purchase the devices themselves (commercial WAPs often go for over a thousand bucks a pop!). When the reason for poor wireless internet signal is from limited coverage, an on-site survey can be enough to identify where these dead zones live. Designers, you can help prevent this frustration from happening! One of the most common reasons for a sudden drop in WiFi access boils down to not enough antenna coverage. If you’re ever stuck in the middle of airport wondering how it’s possible in this day and age to suddenly find yourself without the internet of things (IOT) right at your fingertips, please remember that moment-especially if you are in the A/E/C industry. There’s only one thing more frustrating than suddenly losing your WIFI connection-not having it in the first place.

But, this constant on-the-go streaming of data lies at the mercy of the availability and quality of your WiFi network. It’s virtually impossible for the modern professional to get a rest from receiving or sending emails, photos, videos, reports, spreadsheets.

Environmental, Industrial, & Transportation.

Wifi heat map