Apple recently released a new tracking device called AirTag. It is similar to the small Tile devices that have been in circulation for many years in that they help you find misplaced items like your keys or a bag. They locate your stuff and work like this. I pre-ordered a 4-pack of them last month but they aren't scheduled to arrive until June. Maybe it's because I got custom engravings on the back of them.
Perhaps the most obvious use case for these new AirTags is to place one inside of your checked bag(s) when you travel. There's nothing worse than an airline losing your luggage and you not knowing where it is. So I can see myself using one of these every time I travel. Hopefully that will be very soon.
But the other really interesting thing about these devices is that they run on Apple's "Find My" network, which is the same network that allows you to find your other iOS devices if you happen to misplace them. This is essentially a decentralized mesh network that is powered by all of Apple's devices around the world, as opposed to some big telco network.
Apple recently released a new tracking device called AirTag. It is similar to the small Tile devices that have been in circulation for many years in that they help you find misplaced items like your keys or a bag. They locate your stuff and work like this. I pre-ordered a 4-pack of them last month but they aren't scheduled to arrive until June. Maybe it's because I got custom engravings on the back of them.
Perhaps the most obvious use case for these new AirTags is to place one inside of your checked bag(s) when you travel. There's nothing worse than an airline losing your luggage and you not knowing where it is. So I can see myself using one of these every time I travel. Hopefully that will be very soon.
But the other really interesting thing about these devices is that they run on Apple's "Find My" network, which is the same network that allows you to find your other iOS devices if you happen to misplace them. This is essentially a decentralized mesh network that is powered by all of Apple's devices around the world, as opposed to some big telco network.
According to Wikipedia, there is believed to be about 1 billion Apple devices around the world that are capable of transmitting anonymous signals. Your phone may be doing it right now. What this means is that these new AirTags are being located not by way of a cell network, but by way of some dude with an iPhone standing nearby to your AirTag.
Why I find this so interesting is that the internet has way of decentralizing things and also cutting out intermediaries. We've seen that happen with travel agents and we are now seeing it take place with cryptocurrencies and blockchains. These new AirTags feels like a microcosm of that trend. They are running on a giant global network that has been created one device at a time.
San Francisco-based Helium launched a new wireless communication standard today that it is calling "LongFi." It has 200x the range of WiFi and operates at 1/1000th the cost of a cellar modem. It is perfectly suited to IoT (Internet of Things) devices, such as the electric scooters that are proliferating across our cities. Helium's goal is to build out the "world's first peer-to-peer wireless network."
What's potentially very exciting about this technology is that it represents decentralized network infrastructure. Anyone can install a Helium Hotspot in their home (to grow the network). And if you do that, you'll be rewarded with tokens, which, in theory, will have some value going forward. Another way to think of a Helium Hotspot is as "the equivalent of bitcoin mining for network infrastructure."
Put yet another way, it's a new kind of wireless protocol and an entirely new business model -- which is often how startups end up beating entrenched incumbents. Here is a short description from Union Square Ventures (an investor in the company) on how the Helium network will work:
Hotspots, the backbone of the Helium network, can be deployed by anyone, anywhere, simply by plugging into an existing router. The Helium network will be assembled, over time, by a broad community of volunteers, civic organizations, commercial partners, and ideally a new class of entrepreneurs building out connectivity in new cities and towns.
Economic activity in the Helium network is coordinated through a new type of blockchain that uses “proof of coverage” (proving that a Hotspot is actually located in physical space) to secure the network and incentivize deployment where it is needed most. We believe that the Helium network has the potential to become one of the most decentralized blockchain networks in existence, due to physical location as the underpinning of the economic and security model.
This is a good example of the potential of the blockchain technology. We are still waiting for mainstream consumer applications to be built on top of it, but many people within the industry believe we're only a few years out from that. I'm going to try out a Helium Hotspot as soon as they're available in Toronto.
Bill Gurley – who by the way is an investor in Uber – has an interesting piece up on his blog about the thing he loves most about Uber. It is the ability for the network to level load on its own. And here’s what he means by that:
In spite of all the ink that journalists, analysts, and pundits have spilled on Uber over the years, no mainstream article has focused on what I consider to be the most elegant feature of this now ubiquitous, high growth global service — no driver-partner is ever told where or when to work. This is quite remarkable — an entire global network miraculously “level loads” on its own. Driver-partners unilaterally decide when they want to work and where they want to work. The flip side is also true — they have unlimited freedom to choose when they do NOT want to work. Despite the complete lack of a “driver-partner schedule” this system delivers pick-up times that are less than 5 minutes (in most US cities (with populations over 25K) and in 412 cities in 55 other countries. The Uber network, along with Mr. Smith’s invisible hand, is able to elegantly match supply and demand, without the “schedules” and “shifts” that are the norm in most every other industry.
When surveyed, most people seem to prefer a job where they set their own schedule and get to be their own boss, compared to a steady 9 to 5 job with benefits and a fixed salary. Assuming that’s true, then this is a feature worth talking about.
According to Wikipedia, there is believed to be about 1 billion Apple devices around the world that are capable of transmitting anonymous signals. Your phone may be doing it right now. What this means is that these new AirTags are being located not by way of a cell network, but by way of some dude with an iPhone standing nearby to your AirTag.
Why I find this so interesting is that the internet has way of decentralizing things and also cutting out intermediaries. We've seen that happen with travel agents and we are now seeing it take place with cryptocurrencies and blockchains. These new AirTags feels like a microcosm of that trend. They are running on a giant global network that has been created one device at a time.
San Francisco-based Helium launched a new wireless communication standard today that it is calling "LongFi." It has 200x the range of WiFi and operates at 1/1000th the cost of a cellar modem. It is perfectly suited to IoT (Internet of Things) devices, such as the electric scooters that are proliferating across our cities. Helium's goal is to build out the "world's first peer-to-peer wireless network."
What's potentially very exciting about this technology is that it represents decentralized network infrastructure. Anyone can install a Helium Hotspot in their home (to grow the network). And if you do that, you'll be rewarded with tokens, which, in theory, will have some value going forward. Another way to think of a Helium Hotspot is as "the equivalent of bitcoin mining for network infrastructure."
Put yet another way, it's a new kind of wireless protocol and an entirely new business model -- which is often how startups end up beating entrenched incumbents. Here is a short description from Union Square Ventures (an investor in the company) on how the Helium network will work:
Hotspots, the backbone of the Helium network, can be deployed by anyone, anywhere, simply by plugging into an existing router. The Helium network will be assembled, over time, by a broad community of volunteers, civic organizations, commercial partners, and ideally a new class of entrepreneurs building out connectivity in new cities and towns.
Economic activity in the Helium network is coordinated through a new type of blockchain that uses “proof of coverage” (proving that a Hotspot is actually located in physical space) to secure the network and incentivize deployment where it is needed most. We believe that the Helium network has the potential to become one of the most decentralized blockchain networks in existence, due to physical location as the underpinning of the economic and security model.
This is a good example of the potential of the blockchain technology. We are still waiting for mainstream consumer applications to be built on top of it, but many people within the industry believe we're only a few years out from that. I'm going to try out a Helium Hotspot as soon as they're available in Toronto.
Bill Gurley – who by the way is an investor in Uber – has an interesting piece up on his blog about the thing he loves most about Uber. It is the ability for the network to level load on its own. And here’s what he means by that:
In spite of all the ink that journalists, analysts, and pundits have spilled on Uber over the years, no mainstream article has focused on what I consider to be the most elegant feature of this now ubiquitous, high growth global service — no driver-partner is ever told where or when to work. This is quite remarkable — an entire global network miraculously “level loads” on its own. Driver-partners unilaterally decide when they want to work and where they want to work. The flip side is also true — they have unlimited freedom to choose when they do NOT want to work. Despite the complete lack of a “driver-partner schedule” this system delivers pick-up times that are less than 5 minutes (in most US cities (with populations over 25K) and in 412 cities in 55 other countries. The Uber network, along with Mr. Smith’s invisible hand, is able to elegantly match supply and demand, without the “schedules” and “shifts” that are the norm in most every other industry.
When surveyed, most people seem to prefer a job where they set their own schedule and get to be their own boss, compared to a steady 9 to 5 job with benefits and a fixed salary. Assuming that’s true, then this is a feature worth talking about.
