Hey friends,
Over the past few months, I've had a front row seat to an inspiring trend: there's an exodus of folks leaving big tech to focus on climate tech. And lucky for us, some of those mission-driven tech experts are getting bit by the smart buildings bug.
I met with one such startup founder (former Uber) last week. He asked for my advice on product strategy in the smart buildings industry.
I said something like this: 'Think about how Uber used Twilio's communications APIs to enable voice and messaging conversations between drivers and riders. There are abstraction providers like Twilio at your fingertips—please don't build the full stack on your own.'
Let's unpack that.
As Shaun Cooley explained so well on episode 50 of the Nexus podcast:
Look at text messages. Over the years, I have built far too many direct integrations into carrier SMS gateways. Every carrier had a homegrown SMS gateway. They were entirely built and operated by the carrier.
You had to sign an agreement with the carrier. You had to know how to speak to their particular SMS gateway. You had to maintain a database of phone numbers of like so you could send the message to the right gateway (AT&T, T-Mobile, Sprint, Verizon, etc).
And so, then you get a company that comes in like Twilio that says look: all the complexities that have existed inside this environment can be abstracted away through a very simple API. You don't need to worry about all the plumbing underneath. Everyone doesn't have to keep repeating the exact same task over and over again.
Buildings are like this, except instead of a few carrier gateways per country, we have a few per domain. For every portfolio of buildings, there are dozens of siloed and complex domains: From HVAC, lighting, access control, metering, etc. in the building to utility bills, IoT sensors, and enterprise systems in the cloud.
On one hand, complexity is a good thing—domains like HVAC control are complex. We need experts to be able to do their thing without oversimplifying it. On the other hand, complexity can and does hold us back when we're trying to enable better outcomes. News flash: our Net Zero Carbon targets don't care that about the metering system's lack of interoperability. An office worker doesn't care about why there's 3 different access control systems on their path from the street to their desk—they just want to get their sh*t done.
And just like how Uber, Airbnb, Lyft, and many more have leaned on Twilio to reduce user communication complexity, newcomers and established players alike can lean on the Abstraction Providers of our industry.
And while I've talked and written (a lot) about the concept of the Independent Data Layer, today I want to add some nuance to that. Because our buildings involve so many domains, we need many different abstraction providers.
Want to connect to distributed energy resources (DERs)? Enode is removing that complexity.
Utility bills? Urjanet has abstracted away thousands of utilities.
Smart locks? Try Seam.
Just like with the IDL, the more abstraction providers become successful, the faster the industry moves as a whole.
I wanted to share this trend for two reasons:
What do you think? Which abstraction providers am I missing?
Hit reply and let me know,
—James Dice, Founder of Nexus Labs
P.S. If you like this, you'd like my deep dive on the Independent Data Layer.
Here’s everything worth sharing from Nexus HQ this week:
★ PODCAST: Mesa's simple smart buildings kit—Episode 93 is a conversation with Rachel Steinberg and Josh Chappell of the Mesa product team at Google. We dove deep into the Mesa Smart Building Kit, including its history as part of Sidewalk Labs, how it works, how easy it is to install, use cases, business case, and who’s using it so far.
---
★ MEMBERS-ONLY EVENTS THIS MONTH:
Join Nexus Pro now to get the invites and access to the recordings.
---
★ (RECORDING) Monash University: The Kraken Emerges—Exploring the lived experience of how various commercial digital building solutions can be utilized to develop building data models, create a secure common data layer and enable cloud based advanced analytics and supervisory control.
---
---
★ LINK OF THE WEEK: Core principles of a Building Operating System
---
👋 That's all for this week. See you next Tuesday!
Hey friends,
Over the past few months, I've had a front row seat to an inspiring trend: there's an exodus of folks leaving big tech to focus on climate tech. And lucky for us, some of those mission-driven tech experts are getting bit by the smart buildings bug.
I met with one such startup founder (former Uber) last week. He asked for my advice on product strategy in the smart buildings industry.
I said something like this: 'Think about how Uber used Twilio's communications APIs to enable voice and messaging conversations between drivers and riders. There are abstraction providers like Twilio at your fingertips—please don't build the full stack on your own.'
Let's unpack that.
As Shaun Cooley explained so well on episode 50 of the Nexus podcast:
Look at text messages. Over the years, I have built far too many direct integrations into carrier SMS gateways. Every carrier had a homegrown SMS gateway. They were entirely built and operated by the carrier.
You had to sign an agreement with the carrier. You had to know how to speak to their particular SMS gateway. You had to maintain a database of phone numbers of like so you could send the message to the right gateway (AT&T, T-Mobile, Sprint, Verizon, etc).
And so, then you get a company that comes in like Twilio that says look: all the complexities that have existed inside this environment can be abstracted away through a very simple API. You don't need to worry about all the plumbing underneath. Everyone doesn't have to keep repeating the exact same task over and over again.
Buildings are like this, except instead of a few carrier gateways per country, we have a few per domain. For every portfolio of buildings, there are dozens of siloed and complex domains: From HVAC, lighting, access control, metering, etc. in the building to utility bills, IoT sensors, and enterprise systems in the cloud.
On one hand, complexity is a good thing—domains like HVAC control are complex. We need experts to be able to do their thing without oversimplifying it. On the other hand, complexity can and does hold us back when we're trying to enable better outcomes. News flash: our Net Zero Carbon targets don't care that about the metering system's lack of interoperability. An office worker doesn't care about why there's 3 different access control systems on their path from the street to their desk—they just want to get their sh*t done.
And just like how Uber, Airbnb, Lyft, and many more have leaned on Twilio to reduce user communication complexity, newcomers and established players alike can lean on the Abstraction Providers of our industry.
And while I've talked and written (a lot) about the concept of the Independent Data Layer, today I want to add some nuance to that. Because our buildings involve so many domains, we need many different abstraction providers.
Want to connect to distributed energy resources (DERs)? Enode is removing that complexity.
Utility bills? Urjanet has abstracted away thousands of utilities.
Smart locks? Try Seam.
Just like with the IDL, the more abstraction providers become successful, the faster the industry moves as a whole.
I wanted to share this trend for two reasons:
What do you think? Which abstraction providers am I missing?
Hit reply and let me know,
—James Dice, Founder of Nexus Labs
P.S. If you like this, you'd like my deep dive on the Independent Data Layer.
Here’s everything worth sharing from Nexus HQ this week:
★ PODCAST: Mesa's simple smart buildings kit—Episode 93 is a conversation with Rachel Steinberg and Josh Chappell of the Mesa product team at Google. We dove deep into the Mesa Smart Building Kit, including its history as part of Sidewalk Labs, how it works, how easy it is to install, use cases, business case, and who’s using it so far.
---
★ MEMBERS-ONLY EVENTS THIS MONTH:
Join Nexus Pro now to get the invites and access to the recordings.
---
★ (RECORDING) Monash University: The Kraken Emerges—Exploring the lived experience of how various commercial digital building solutions can be utilized to develop building data models, create a secure common data layer and enable cloud based advanced analytics and supervisory control.
---
---
★ LINK OF THE WEEK: Core principles of a Building Operating System
---
👋 That's all for this week. See you next Tuesday!
Head over to Nexus Connect and see what’s new in the community. Don’t forget to check out the latest member-only events.
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