Today, we'd like to introduce one of our newest features, Heatmaps.
At Density, we're focused on measuring three things in workplaces: buildings, spaces, and employee experience.
Since its launch this year, our Open Area sensor has created a novel dataset about the built world. It has inspired us to re-imagine what's possible. Today, we'd like to introduce one of our newest features, Heatmaps.
We recently moved into a new office in San Francisco. The space has a beautiful view of the bay. Naturally, its layout is a mix of conference rooms, workstations, phone booths, and common space. We have a hybrid model where all of our spaces are unassigned.
Density's newest feature, Heatmaps, is unearthing the story behind our space — how we vote with our feet and where we linger, collide, wander, and focus.
On October 14th, 2021, a product team had a full day offsite. Most of their day was in a large, central conference room.
Let's zoom in and scan back and forth over the lunch period. We're using Heatmaps' native timeline function. It's obvious this room was used for more than just meeting. From the data below, we can infer that they worked through lunch. Likely eating at the conference room table. How a team uses a space can't be incorrect but it may be unintentional. What could have been done to improve their experience?
Before jumping to a solution, let's look at the rest of the day. Open Area and Heatmaps are anonymous at source. We've made it impossible to determine who a person is. However, Density generates remarkably precise data about movement.
In our team's offsite story, they keep lingering near the northwest wall. Why? Well, they're using a whiteboard. Is there anything else we can learn before we conclude?
It's useful to think about physical space as an organism. Everything as interconnected. Behavior in one part of a floor affects behavior elsewhere. Now, we can measure the ripple effects. When our offsite team booked the large conference room for the day, the rest of the floor migrated to the remaining available spaces for work.
The small conference room (top-left) was used for 5 hours and the only desk occupied for a meaningful part of the day was Desk 6 (bottom-right). It was used for 6 hours. Kitchen, phone booths, and common areas has sporadic use. Meetings were the primary function of the day.
If we look at aggregate utilization over the week, it's clear the offsite was held over two days, most individual spaces were used less than an hour per day, and dedicated collaboration space (conference rooms) were in high demand.
Heatmaps can help us look for patterns. In the near future, Density will begin proactively drawing connections between similar spaces to make this type of discovery turnkey.
The offsite team would probably be more productive in a larger, multi-purpose space. One that supports the type of work they're trying to do. One that supports long duration seating, a separate area for food and drink throughout the day, and a central place for whiteboarding, presentations, and debate.
The best part is that we'd get to see how this changed behavior.
Heatmaps is available now for all Density customers who have deployed Open Area. Learn more about heatmaps here. You can schedule a live demo here.
Turns out I like to pace when I take calls.
— Andrew Farah, Density CEO
Companies are moving employees from underutilized offices into "space as a service” options with utilization data.
Watch nowEmployees waste up to 30 minutes a day looking for a meeting room to meet in workplaces.
Read moreHere are some of the status quo solutions workplaces use to measure their spaces and why they’re just not good enough.
Read moreWhen you're making the investment to measure your space, here's why you shouldn't rely on a few AA batteries.
Read moreSensor Status, a feature in Density Live, lets you monitor and manage your sensors with ease.
Read moreIntroducing Density Live, a real-time map to find and reserve available workspaces when you need them.
Read moreInsights for the workplace that help you cut costs and deliver better spaces.
Learn more