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How Quilt solved the heat pump’s biggest challenge | TechCrunch

How Quilt solved the heat pump’s biggest challenge | TechCrunch

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Smart home startup Quilt introduced a three-zone heat pump on Tuesday that promises to maintain efficiency even in the kinds of demanding conditions that stymie traditional incumbents.

The three-zone unit does what it says on the label: one outdoor unit is now capable of driving three indoor heads, as they’re known in the HVAC world. It’s a product that will make large installations simpler and cheaper while minimizing the footprint outside the home, and it’s key to the startup’s plans for expansion, which were recently turbocharged by a $20 million Series B focused on expanding sales.

But the real story is how Quilt developed the new product.

Since its founding, Quilt has prided itself on the amount of data it collects from its heat pumps. Not only are they internet connected, they’re also laced with more sensors than typical heat pumps. 

By analyzing that data, Quilt engineers have been able to do things that other companies have not. In September, for example, they shipped an over-the-air update to heat pumps in people’s homes that unlocked an additional 20% capacity, which could be directed toward either one or two zones. With the free update, people could be more comfortable during heat waves and cold snaps. 

The team also used the data to develop the new three-zone unit and, in the process, solve a vexing challenge that many competitors face.

Like all heat pumps, multi-zone units work best when they’re run at variable speed — that is, when heating or cooling demand is low, the compressor runs at a lower speed to deliver only the amount of heating or cooling that’s needed. 

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But there are limits to how low they can operate. Compressors become less stable at low speeds, making them harder to control. Matthew Knoll, co-founder and CTO at Quilt, compares it to driving a car a low speeds. Maintaining an even 70 mph is easier than a steady 11 mph. “It’s a little harder,” he said. 

To compensate, most systems stop the compressor at a certain point, sacrificing some efficiency and comfort in the process.

Quilt, though, was able to draw on data collected from the thousand or so units already installed in people’s homes and businesses, giving them insights into how the systems were operating in the real world.

“The way most systems are developed, they’re tested in a lab under a couple scenarios because testing’s expensive. And you end up with kind of a you know an average product,” Knoll said. 

“We have a thousand units out there in many different climates, and if we see something, we can look at it across a bunch of different units to understand if there’s room to optimize or if we’re seeing a problem in a corner case,” he said

The company also uses a larger copper coil than many competitors, which allows it to spec a smaller compressor. That combination, along with some other tweaks to the design, allows Quilt to deliver nearly 90% of its rated capacity (27,000 BTUs) at -13˚ F (-25˚ C) without sacrificing low-demand performance or efficiency. Quilt says it’s the most efficient three-zone mini-split on the market.

To save power, each indoor head can be controlled individually, supplying as little as 2,210 BTUs of heat or 1,570 BTUs of cooling. If heating or cooling isn’t needed, refrigerant still flows through the lines like it does in other heat pumps. But thanks to the outdoor unit’s low-speed performance, it only releases around 300 BTUs of heat in heating mode. That’s about as much heat as a grown adult throws off.

Where does Quilt go from here? Knoll wouldn’t comment on future plans other than to say that Quilt “wants to be able to have a solution for all homes.” More products are coming, and it’s likely that reams of data will help lead their development.

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I’ve seen lots of so-called “smart” bike locks over the years, but none so far could justify the added cost. A newcomer that got its start securing ATMs for banks is trying to change that. There’s nothing wholly unique about the TMD Chain Lock, but the combination of materials, performance, and insurance-friendly ART-2 certification makes it worth considering.

TMD’s first bicycle lock combines a Bluetooth proximity sensor and motion alarm with a slender core of hardened steel chain wrapped in a soft and lightweight sleeve of high performance Dyneema and Kevlar fibers. That makes this lock tough, yet flexible enough to conveniently wrap around your seat post when cycling. TMD also designed the keyless lock to be shareable with friends and family, and capable of withstanding shock, rain, dust, and extreme temperatures. That makes it highly suited to city bikes parked outside and ridden all year long.

I like the TMD Chain Lock I’ve been testing, but spending €249 (about $283) on something that typically costs far less is a big ask.

$280

The Good

  • Strong yet flexible lock won’t scratch bike
  • Digital key can be shared with friends and family
  • Convenient if you lock your bike several times a day
  • ART-2 certified for insurance
  • Loud enough alarm

The Bad

  • Very expensive
  • Lacks USB-C charging
  • Annoying operating sounds

The chasm separating ATM security from bike security isn’t as wide as it might seem. TMD developed a centralized, keyless system for banks to authorize access to its ATMs for service, replacing the physical master keys that created a massive security risk whenever they were lost or stolen. It’s this same keyless knowhow that TMD now brings to the Bluetooth bike lock.

There are many advantages to turning phones into digital keys, especially in bike-centric societies like the Netherlands, which TMD calls home. For example, I could ride to the train station and have an authorized friend pick the bike up later. And the keyless convenience quickly adds up for those of us that use our bikes to commute to work, pick up the kids from daycare and football, run errands, and shop for groceries. In my home city of Amsterdam, it’s not unusual to grab my keys more than a dozen times a day to lock and unlock my bike.

I tested the TMD Bike Lock in the 110cm (about 3.5 feet) length with an iPhone 15 Pro running the latest version of iOS. Generally — I’d say 19 out of every 20 attempts — the TMD Chain Lock immediately recognized my approach, allowing me to seamlessly unlock it with a push on the lock’s only button. When I did have to wait, it took no more than a second for the button to flash blue, indicating the lock had detected my nearby phone in a pocket or bag. Pretty good, but that convenience comes with some tradeoffs.

The bike sat unlocked across the street since it was still within Bluetooth range of my phone at this cafe.

My bike, parked outside this window, would automatically unlock whenever I cooked.

Charging the lock off my laptop. It’ll also charge off a phone’s USB-C port.

Don’t lose this proprietary charging cable!

For example, my bike remained within range of my phone when parked outside a cafe, so anyone could have walked up and unlocked it. I had the same issue when cooking in my kitchen with the bike parked just outside the window, as I normally do. In both cases, I either had to move the bike or turn off my phone’s Bluetooth radio. And since my phone is now my bike key, if it’s stolen, my much more expensive e-bike is vulnerable as well.

TMD says its Chain Lock is “immune to conventional drilling and picking,” but all bike locks can be defeated by a determined thief. The Chain Lock has earned an ART-2 certification issued by an independent Dutch organization that tests and certifies bike locks on a scale from one to five. Most Dutch insurance companies require ART-2 at a minimum to validate policies on expensive e-bikes and cargo bikes. It’s akin to something like a Sold Secure Silver or Gold rating in the UK, a 2 Roues in France, and VdS approval in Germany. (The US and Canada do not have a single, centralized, independent testing body that dictates insurance requirements for bicycles.) Should your bike be stolen, you can produce a digital log file for the insurance company from within the TMD app as official proof that your bike was locked.

To deter theft, the lock also features an integrated motion alarm that can be armed and disarmed in the app or with a double press of the lock’s button. At 100dB it’s less shrill than I expected, but it does the job when it senses the lock being jostled. It shuts off automatically after about 10 seconds of inactivity.

TMD tells me that a future software update will let you disable these sounds.

The lock is rather noisy in day-to-day usage. Unlocking it is accompanied by a loud tone that hits 75dB when measured at a distance of one meter. I hate that it draws attention to me and my expensive e-bike. Just flash green and unlock — that’s more than enough. TMD tells me that a future software update will let you disable these sounds.

TMD claims the lock’s battery will last up to nine months on a single charge. However, my test unit has already dropped 16 percent after a week of testing, suggesting a lifespan closer to six or seven weeks. But that’s likely because I store my bikes inside my house when not in use, so the lock’s Bluetooth radio is constantly being lit up by my phone’s proximity.

To prevent water and dust ingress and leave more room for the battery and speaker, TMD says it opted for a shallow magnetic pin connector – not USB-C – to charge the Chain Lock. That’s a shame because plenty of phones have USB-C ports and offer even better IP68/69 protection against rain and debris. That means you’ll need to have the lock’s proprietary cable on you should you ignore the low-battery warnings and let it die. It can be quickly recovered, however: I saw a completely dead (and locked) Chain Lock spring back to life after just two or three minutes of charging off the USB-C port of an iPhone.

You can still unlock the TMD Chain Lock should your phone die. You just have to tap in your four digit “emergency code” on the lock’s button. Choosing a code like 1324 would require 1 push, then 3 pushes, then 2, and 4. The ring around the button changes colors to visually prompt you for each new number. The TMD app also lets you share the lock with friends and family, who can also come to your rescue with their own phones.

1/6

100cm is my preferred length.

For added peace of mind, it’s always a good idea to double-lock your bike, so most urban cyclists combine a chain lock with a ring lock that’s permanently mounted to the frame and prevents the rear wheel from spinning. TMD has already announced an “anti angle grinder” U-Lock and GPS-equipped Ring Lock coming later this year. Having my phone unlock both of my bike’s locks simultaneously would really up the convenience factor and better justify TMD’s pricing.

Right now, paying €249 when equivalent analog bike locks costs a quarter of that would be foolish for most people. The ART-2 certified ABUS 8900, for example, in the same flexible 110cm length, costs around €60 (about $68). If you can afford the TMD Chain Lock and really hate keys, or need a keyless lock that can be shared digitally with others, then have at it. Otherwise, it won’t justify its exorbitant price.

  • Security rating: ART-2 certified
  • Operation: Keyless Bluetooth
  • Deterrence: Motion activated 100dB alarm
  • TMD Locks App: Manages sharing, location tracking and more (iOS and Android compatible)
  • Sizes: 70cm (1.3kg), 110cm (1.7kg) and 160cm (2.1kg)
  • Colorways: Navy, Beige and Black
  • Power: 9 month battery life. Charge to 100% in 2 Hours
  • Durability: IP57 water and dust resistant
  • Warranty: 2 years
  • Pricing: from €229

All photography by Thomas Ricker / The Verge

Follow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.
#TMDs #keyless #bike #lock #solution #problemElectric Bikes,Reviews,Rideables,Tech,Transportation">TMD’s keyless bike lock is a 0 solution to a problemI’ve seen lots of so-called “smart” bike locks over the years, but none so far could justify the added cost. A newcomer that got its start securing ATMs for banks is trying to change that. There’s nothing wholly unique about the TMD Chain Lock, but the combination of materials, performance, and insurance-friendly ART-2 certification makes it worth considering.TMD’s first bicycle lock combines a Bluetooth proximity sensor and motion alarm with a slender core of hardened steel chain wrapped in a soft and lightweight sleeve of high performance Dyneema and Kevlar fibers. That makes this lock tough, yet flexible enough to conveniently wrap around your seat post when cycling. TMD also designed the keyless lock to be shareable with friends and family, and capable of withstanding shock, rain, dust, and extreme temperatures. That makes it highly suited to city bikes parked outside and ridden all year long.I like the TMD Chain Lock I’ve been testing, but spending €249 (about 3) on something that typically costs far less is a big ask.0The GoodStrong yet flexible lock won’t scratch bikeDigital key can be shared with friends and familyConvenient if you lock your bike several times a dayART-2 certified for insuranceLoud enough alarmThe BadVery expensiveLacks USB-C chargingAnnoying operating soundsThe chasm separating ATM security from bike security isn’t as wide as it might seem. TMD developed a centralized, keyless system for banks to authorize access to its ATMs for service, replacing the physical master keys that created a massive security risk whenever they were lost or stolen. It’s this same keyless knowhow that TMD now brings to the Bluetooth bike lock.There are many advantages to turning phones into digital keys, especially in bike-centric societies like the Netherlands, which TMD calls home. For example, I could ride to the train station and have an authorized friend pick the bike up later. And the keyless convenience quickly adds up for those of us that use our bikes to commute to work, pick up the kids from daycare and football, run errands, and shop for groceries. In my home city of Amsterdam, it’s not unusual to grab my keys more than a dozen times a day to lock and unlock my bike.I tested the TMD Bike Lock in the 110cm (about 3.5 feet) length with an iPhone 15 Pro running the latest version of iOS. Generally — I’d say 19 out of every 20 attempts — the TMD Chain Lock immediately recognized my approach, allowing me to seamlessly unlock it with a push on the lock’s only button. When I did have to wait, it took no more than a second for the button to flash blue, indicating the lock had detected my nearby phone in a pocket or bag. Pretty good, but that convenience comes with some tradeoffs.The bike sat unlocked across the street since it was still within Bluetooth range of my phone at this cafe.My bike, parked outside this window, would automatically unlock whenever I cooked.Charging the lock off my laptop. It’ll also charge off a phone’s USB-C port.Don’t lose this proprietary charging cable!For example, my bike remained within range of my phone when parked outside a cafe, so anyone could have walked up and unlocked it. I had the same issue when cooking in my kitchen with the bike parked just outside the window, as I normally do. In both cases, I either had to move the bike or turn off my phone’s Bluetooth radio. And since my phone is now my bike key, if it’s stolen, my much more expensive e-bike is vulnerable as well.TMD says its Chain Lock is “immune to conventional drilling and picking,” but all bike locks can be defeated by a determined thief. The Chain Lock has earned an ART-2 certification issued by an independent Dutch organization that tests and certifies bike locks on a scale from one to five. Most Dutch insurance companies require ART-2 at a minimum to validate policies on expensive e-bikes and cargo bikes. It’s akin to something like a Sold Secure Silver or Gold rating in the UK, a 2 Roues in France, and VdS approval in Germany. (The US and Canada do not have a single, centralized, independent testing body that dictates insurance requirements for bicycles.) Should your bike be stolen, you can produce a digital log file for the insurance company from within the TMD app as official proof that your bike was locked.To deter theft, the lock also features an integrated motion alarm that can be armed and disarmed in the app or with a double press of the lock’s button. At 100dB it’s less shrill than I expected, but it does the job when it senses the lock being jostled. It shuts off automatically after about 10 seconds of inactivity.TMD tells me that a future software update will let you disable these sounds.The lock is rather noisy in day-to-day usage. Unlocking it is accompanied by a loud tone that hits 75dB when measured at a distance of one meter. I hate that it draws attention to me and my expensive e-bike. Just flash green and unlock — that’s more than enough. TMD tells me that a future software update will let you disable these sounds.TMD claims the lock’s battery will last up to nine months on a single charge. However, my test unit has already dropped 16 percent after a week of testing, suggesting a lifespan closer to six or seven weeks. But that’s likely because I store my bikes inside my house when not in use, so the lock’s Bluetooth radio is constantly being lit up by my phone’s proximity.To prevent water and dust ingress and leave more room for the battery and speaker, TMD says it opted for a shallow magnetic pin connector – not USB-C – to charge the Chain Lock. That’s a shame because plenty of phones have USB-C ports and offer even better IP68/69 protection against rain and debris. That means you’ll need to have the lock’s proprietary cable on you should you ignore the low-battery warnings and let it die. It can be quickly recovered, however: I saw a completely dead (and locked) Chain Lock spring back to life after just two or three minutes of charging off the USB-C port of an iPhone.You can still unlock the TMD Chain Lock should your phone die. You just have to tap in your four digit “emergency code” on the lock’s button. Choosing a code like 1324 would require 1 push, then 3 pushes, then 2, and 4. The ring around the button changes colors to visually prompt you for each new number. The TMD app also lets you share the lock with friends and family, who can also come to your rescue with their own phones.1/6100cm is my preferred length.For added peace of mind, it’s always a good idea to double-lock your bike, so most urban cyclists combine a chain lock with a ring lock that’s permanently mounted to the frame and prevents the rear wheel from spinning. TMD has already announced an “anti angle grinder” U-Lock and GPS-equipped Ring Lock coming later this year. Having my phone unlock both of my bike’s locks simultaneously would really up the convenience factor and better justify TMD’s pricing.Right now, paying €249 when equivalent analog bike locks costs a quarter of that would be foolish for most people. The ART-2 certified ABUS 8900, for example, in the same flexible 110cm length, costs around €60 (about ). If you can afford the TMD Chain Lock and really hate keys, or need a keyless lock that can be shared digitally with others, then have at it. Otherwise, it won’t justify its exorbitant price.Security rating: ART-2 certifiedOperation: Keyless BluetoothDeterrence: Motion activated 100dB alarmTMD Locks App: Manages sharing, location tracking and more (iOS and Android compatible)Sizes: 70cm (1.3kg), 110cm (1.7kg) and 160cm (2.1kg)Colorways: Navy, Beige and BlackPower: 9 month battery life. Charge to 100% in 2 HoursDurability: IP57 water and dust resistantWarranty: 2 yearsPricing: from €229All photography by Thomas Ricker / The VergeFollow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.Thomas RickerCloseThomas RickerPosts from this author will be added to your daily email digest and your homepage feed.FollowFollowSee All by Thomas RickerElectric BikesCloseElectric BikesPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All Electric BikesReviewsCloseReviewsPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All ReviewsRideablesCloseRideablesPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All RideablesTechCloseTechPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All TechTransportationCloseTransportationPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All Transportation#TMDs #keyless #bike #lock #solution #problemElectric Bikes,Reviews,Rideables,Tech,Transportation

TMD Chain Lock, but the combination of materials, performance, and insurance-friendly ART-2 certification makes it worth considering.

TMD’s first bicycle lock combines a Bluetooth proximity sensor and motion alarm with a slender core of hardened steel chain wrapped in a soft and lightweight sleeve of high performance Dyneema and Kevlar fibers. That makes this lock tough, yet flexible enough to conveniently wrap around your seat post when cycling. TMD also designed the keyless lock to be shareable with friends and family, and capable of withstanding shock, rain, dust, and extreme temperatures. That makes it highly suited to city bikes parked outside and ridden all year long.

I like the TMD Chain Lock I’ve been testing, but spending €249 (about $283) on something that typically costs far less is a big ask.

$280

The Good

  • Strong yet flexible lock won’t scratch bike
  • Digital key can be shared with friends and family
  • Convenient if you lock your bike several times a day
  • ART-2 certified for insurance
  • Loud enough alarm

The Bad

  • Very expensive
  • Lacks USB-C charging
  • Annoying operating sounds

The chasm separating ATM security from bike security isn’t as wide as it might seem. TMD developed a centralized, keyless system for banks to authorize access to its ATMs for service, replacing the physical master keys that created a massive security risk whenever they were lost or stolen. It’s this same keyless knowhow that TMD now brings to the Bluetooth bike lock.

There are many advantages to turning phones into digital keys, especially in bike-centric societies like the Netherlands, which TMD calls home. For example, I could ride to the train station and have an authorized friend pick the bike up later. And the keyless convenience quickly adds up for those of us that use our bikes to commute to work, pick up the kids from daycare and football, run errands, and shop for groceries. In my home city of Amsterdam, it’s not unusual to grab my keys more than a dozen times a day to lock and unlock my bike.

I tested the TMD Bike Lock in the 110cm (about 3.5 feet) length with an iPhone 15 Pro running the latest version of iOS. Generally — I’d say 19 out of every 20 attempts — the TMD Chain Lock immediately recognized my approach, allowing me to seamlessly unlock it with a push on the lock’s only button. When I did have to wait, it took no more than a second for the button to flash blue, indicating the lock had detected my nearby phone in a pocket or bag. Pretty good, but that convenience comes with some tradeoffs.

The bike sat unlocked across the street since it was still within Bluetooth range of my phone at this cafe.

My bike, parked outside this window, would automatically unlock whenever I cooked.

Charging the lock off my laptop. It’ll also charge off a phone’s USB-C port.

Don’t lose this proprietary charging cable!

For example, my bike remained within range of my phone when parked outside a cafe, so anyone could have walked up and unlocked it. I had the same issue when cooking in my kitchen with the bike parked just outside the window, as I normally do. In both cases, I either had to move the bike or turn off my phone’s Bluetooth radio. And since my phone is now my bike key, if it’s stolen, my much more expensive e-bike is vulnerable as well.

TMD says its Chain Lock is “immune to conventional drilling and picking,” but all bike locks can be defeated by a determined thief. The Chain Lock has earned an ART-2 certification issued by an independent Dutch organization that tests and certifies bike locks on a scale from one to five. Most Dutch insurance companies require ART-2 at a minimum to validate policies on expensive e-bikes and cargo bikes. It’s akin to something like a Sold Secure Silver or Gold rating in the UK, a 2 Roues in France, and VdS approval in Germany. (The US and Canada do not have a single, centralized, independent testing body that dictates insurance requirements for bicycles.) Should your bike be stolen, you can produce a digital log file for the insurance company from within the TMD app as official proof that your bike was locked.

To deter theft, the lock also features an integrated motion alarm that can be armed and disarmed in the app or with a double press of the lock’s button. At 100dB it’s less shrill than I expected, but it does the job when it senses the lock being jostled. It shuts off automatically after about 10 seconds of inactivity.

TMD tells me that a future software update will let you disable these sounds.

The lock is rather noisy in day-to-day usage. Unlocking it is accompanied by a loud tone that hits 75dB when measured at a distance of one meter. I hate that it draws attention to me and my expensive e-bike. Just flash green and unlock — that’s more than enough. TMD tells me that a future software update will let you disable these sounds.

TMD claims the lock’s battery will last up to nine months on a single charge. However, my test unit has already dropped 16 percent after a week of testing, suggesting a lifespan closer to six or seven weeks. But that’s likely because I store my bikes inside my house when not in use, so the lock’s Bluetooth radio is constantly being lit up by my phone’s proximity.

To prevent water and dust ingress and leave more room for the battery and speaker, TMD says it opted for a shallow magnetic pin connector – not USB-C – to charge the Chain Lock. That’s a shame because plenty of phones have USB-C ports and offer even better IP68/69 protection against rain and debris. That means you’ll need to have the lock’s proprietary cable on you should you ignore the low-battery warnings and let it die. It can be quickly recovered, however: I saw a completely dead (and locked) Chain Lock spring back to life after just two or three minutes of charging off the USB-C port of an iPhone.

You can still unlock the TMD Chain Lock should your phone die. You just have to tap in your four digit “emergency code” on the lock’s button. Choosing a code like 1324 would require 1 push, then 3 pushes, then 2, and 4. The ring around the button changes colors to visually prompt you for each new number. The TMD app also lets you share the lock with friends and family, who can also come to your rescue with their own phones.

1/6

100cm is my preferred length.

For added peace of mind, it’s always a good idea to double-lock your bike, so most urban cyclists combine a chain lock with a ring lock that’s permanently mounted to the frame and prevents the rear wheel from spinning. TMD has already announced an “anti angle grinder” U-Lock and GPS-equipped Ring Lock coming later this year. Having my phone unlock both of my bike’s locks simultaneously would really up the convenience factor and better justify TMD’s pricing.

Right now, paying €249 when equivalent analog bike locks costs a quarter of that would be foolish for most people. The ART-2 certified ABUS 8900, for example, in the same flexible 110cm length, costs around €60 (about $68). If you can afford the TMD Chain Lock and really hate keys, or need a keyless lock that can be shared digitally with others, then have at it. Otherwise, it won’t justify its exorbitant price.

  • Security rating: ART-2 certified
  • Operation: Keyless Bluetooth
  • Deterrence: Motion activated 100dB alarm
  • TMD Locks App: Manages sharing, location tracking and more (iOS and Android compatible)
  • Sizes: 70cm (1.3kg), 110cm (1.7kg) and 160cm (2.1kg)
  • Colorways: Navy, Beige and Black
  • Power: 9 month battery life. Charge to 100% in 2 Hours
  • Durability: IP57 water and dust resistant
  • Warranty: 2 years
  • Pricing: from €229

All photography by Thomas Ricker / The Verge

Follow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.

#TMDs #keyless #bike #lock #solution #problemElectric Bikes,Reviews,Rideables,Tech,Transportation">TMD’s keyless bike lock is a $280 solution to a $60 problem

I’ve seen lots of so-called “smart” bike locks over the years, but none so far could justify the added cost. A newcomer that got its start securing ATMs for banks is trying to change that. There’s nothing wholly unique about the TMD Chain Lock, but the combination of materials, performance, and insurance-friendly ART-2 certification makes it worth considering.

TMD’s first bicycle lock combines a Bluetooth proximity sensor and motion alarm with a slender core of hardened steel chain wrapped in a soft and lightweight sleeve of high performance Dyneema and Kevlar fibers. That makes this lock tough, yet flexible enough to conveniently wrap around your seat post when cycling. TMD also designed the keyless lock to be shareable with friends and family, and capable of withstanding shock, rain, dust, and extreme temperatures. That makes it highly suited to city bikes parked outside and ridden all year long.

I like the TMD Chain Lock I’ve been testing, but spending €249 (about $283) on something that typically costs far less is a big ask.

$280

The Good

  • Strong yet flexible lock won’t scratch bike
  • Digital key can be shared with friends and family
  • Convenient if you lock your bike several times a day
  • ART-2 certified for insurance
  • Loud enough alarm

The Bad

  • Very expensive
  • Lacks USB-C charging
  • Annoying operating sounds

The chasm separating ATM security from bike security isn’t as wide as it might seem. TMD developed a centralized, keyless system for banks to authorize access to its ATMs for service, replacing the physical master keys that created a massive security risk whenever they were lost or stolen. It’s this same keyless knowhow that TMD now brings to the Bluetooth bike lock.

There are many advantages to turning phones into digital keys, especially in bike-centric societies like the Netherlands, which TMD calls home. For example, I could ride to the train station and have an authorized friend pick the bike up later. And the keyless convenience quickly adds up for those of us that use our bikes to commute to work, pick up the kids from daycare and football, run errands, and shop for groceries. In my home city of Amsterdam, it’s not unusual to grab my keys more than a dozen times a day to lock and unlock my bike.

I tested the TMD Bike Lock in the 110cm (about 3.5 feet) length with an iPhone 15 Pro running the latest version of iOS. Generally — I’d say 19 out of every 20 attempts — the TMD Chain Lock immediately recognized my approach, allowing me to seamlessly unlock it with a push on the lock’s only button. When I did have to wait, it took no more than a second for the button to flash blue, indicating the lock had detected my nearby phone in a pocket or bag. Pretty good, but that convenience comes with some tradeoffs.

The bike sat unlocked across the street since it was still within Bluetooth range of my phone at this cafe.

My bike, parked outside this window, would automatically unlock whenever I cooked.

Charging the lock off my laptop. It’ll also charge off a phone’s USB-C port.

Don’t lose this proprietary charging cable!

For example, my bike remained within range of my phone when parked outside a cafe, so anyone could have walked up and unlocked it. I had the same issue when cooking in my kitchen with the bike parked just outside the window, as I normally do. In both cases, I either had to move the bike or turn off my phone’s Bluetooth radio. And since my phone is now my bike key, if it’s stolen, my much more expensive e-bike is vulnerable as well.

TMD says its Chain Lock is “immune to conventional drilling and picking,” but all bike locks can be defeated by a determined thief. The Chain Lock has earned an ART-2 certification issued by an independent Dutch organization that tests and certifies bike locks on a scale from one to five. Most Dutch insurance companies require ART-2 at a minimum to validate policies on expensive e-bikes and cargo bikes. It’s akin to something like a Sold Secure Silver or Gold rating in the UK, a 2 Roues in France, and VdS approval in Germany. (The US and Canada do not have a single, centralized, independent testing body that dictates insurance requirements for bicycles.) Should your bike be stolen, you can produce a digital log file for the insurance company from within the TMD app as official proof that your bike was locked.

To deter theft, the lock also features an integrated motion alarm that can be armed and disarmed in the app or with a double press of the lock’s button. At 100dB it’s less shrill than I expected, but it does the job when it senses the lock being jostled. It shuts off automatically after about 10 seconds of inactivity.

TMD tells me that a future software update will let you disable these sounds.

The lock is rather noisy in day-to-day usage. Unlocking it is accompanied by a loud tone that hits 75dB when measured at a distance of one meter. I hate that it draws attention to me and my expensive e-bike. Just flash green and unlock — that’s more than enough. TMD tells me that a future software update will let you disable these sounds.

TMD claims the lock’s battery will last up to nine months on a single charge. However, my test unit has already dropped 16 percent after a week of testing, suggesting a lifespan closer to six or seven weeks. But that’s likely because I store my bikes inside my house when not in use, so the lock’s Bluetooth radio is constantly being lit up by my phone’s proximity.

To prevent water and dust ingress and leave more room for the battery and speaker, TMD says it opted for a shallow magnetic pin connector – not USB-C – to charge the Chain Lock. That’s a shame because plenty of phones have USB-C ports and offer even better IP68/69 protection against rain and debris. That means you’ll need to have the lock’s proprietary cable on you should you ignore the low-battery warnings and let it die. It can be quickly recovered, however: I saw a completely dead (and locked) Chain Lock spring back to life after just two or three minutes of charging off the USB-C port of an iPhone.

You can still unlock the TMD Chain Lock should your phone die. You just have to tap in your four digit “emergency code” on the lock’s button. Choosing a code like 1324 would require 1 push, then 3 pushes, then 2, and 4. The ring around the button changes colors to visually prompt you for each new number. The TMD app also lets you share the lock with friends and family, who can also come to your rescue with their own phones.

1/6

100cm is my preferred length.

For added peace of mind, it’s always a good idea to double-lock your bike, so most urban cyclists combine a chain lock with a ring lock that’s permanently mounted to the frame and prevents the rear wheel from spinning. TMD has already announced an “anti angle grinder” U-Lock and GPS-equipped Ring Lock coming later this year. Having my phone unlock both of my bike’s locks simultaneously would really up the convenience factor and better justify TMD’s pricing.

Right now, paying €249 when equivalent analog bike locks costs a quarter of that would be foolish for most people. The ART-2 certified ABUS 8900, for example, in the same flexible 110cm length, costs around €60 (about $68). If you can afford the TMD Chain Lock and really hate keys, or need a keyless lock that can be shared digitally with others, then have at it. Otherwise, it won’t justify its exorbitant price.

  • Security rating: ART-2 certified
  • Operation: Keyless Bluetooth
  • Deterrence: Motion activated 100dB alarm
  • TMD Locks App: Manages sharing, location tracking and more (iOS and Android compatible)
  • Sizes: 70cm (1.3kg), 110cm (1.7kg) and 160cm (2.1kg)
  • Colorways: Navy, Beige and Black
  • Power: 9 month battery life. Charge to 100% in 2 Hours
  • Durability: IP57 water and dust resistant
  • Warranty: 2 years
  • Pricing: from €229

All photography by Thomas Ricker / The Verge

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#TMDs #keyless #bike #lock #solution #problemElectric Bikes,Reviews,Rideables,Tech,Transportation
India’s digital payment share has increased over the years, with the Unified Payment Interface (UPI) growing to over 750 million daily transactions. With an aim to reach over a billion daily transactions, Dilip Asbe, MD and CEO of the National Payments Corporation of India, which oversees UPI, thinks AI would be heavily involved in the next phase for user growth, fraud prevention, and credit distribution.

During an interview with TechCrunch at Mumbai Tech Week (MTW) 2026 last month, Asbe said AI could drive the next half a billion users with NPCI, India’s central bank, and the government working together.

“AI will be used very effectively when we look at the next wave of UPI, and that includes all aspects, including reaching new users. We must use AI effectively to protect our current citizens, to find fraud, and to find mules. AI must also be used to provide credit to all the users and merchants who have digital footprints,” he said. “We must use AI to look at the voice and multilingual solutions to make onboarding simpler.”

Many companies have talked about voice as an interface being important in India for chatting with companies or systems. Asbe believes that it is early days for that, as voice models will need to be more accurate. NPCI launched a voice assistant-based interactive system in 2023. Asbe noted that adoption for that yet to take off, and with the right use case, voice can become a critical component in the payment ecosystem.

AI in finance and regulations

In the U.S., startups and public companies are racing to add AI to finance. Coinbase and Robinhood now allow agents to trade on users’ behalf, and OpenAI lets you load personal account data into ChatGPT to get financial advice. NPCI has shown some demos around agentic commerce and payments with Razorpay last year. However, there hasn’t been a wider rollout of some of these capabilities.

NPCI’s CEO thinks that with robust regulations and a framework, India can also adopt AI-powered finance. He said that there should be enough protection for users and mitigation for risk — and in case something goes wrong, the system should be able to look at the instructions and consent given by the user to an agent.

Besides the usage of models, Asbe thinks that the Indian finance ecosystem has an opportunity to build small language models.

“We believe that the models will differentiate from each other based on the data sets that are made available to them,” he said. “We have a very rich data set in our ecosystem. I think there is a big opportunity for Indian companies — the banks, FinTechs, and the ecosystem — to create small language models which are sharp, specific, and as deterministic as possible.”

Last year, NPCI launched a model called FIMI to solve user disputes. Asbe noted that it is serving over a million users to cancel mandates and resolve issues, and is scaling fast.

UPI competition

NPCI has long sought healthy competition between UPI apps, but data suggests that Walmart-owned PhonePe and Google Pay have over 80% of the market share. The regulator’s plan to cap an app’s market share at 30% is set to take effect on December 31, 2026, unless it defers the deadline date again.

During the conversation, Asbe said that UPI apps have very low switching costs and most core features are shared. He noted that PhonePe and Google have poured millions into their apps to attain their market position. He said that if new apps find viable business models within the fintech ecosystem, their share will rise.

“I believe that there are multiple issues why we see this concentration risk exist, and one of the important reasons is the availability of a viable commercial model. The moment we see the commercial model being available to the ecosystem, I believe newer players will start investing very heavily,” Asbe said.

In 2024, the payment body spun off its BHIM UPI app to make it more competitive and grow its usage. While its transaction volume has grown, its overall market share is around 1%. Asbe said that with BHIM, there is no particular target market share NPCI is eyeing. But it wants to make it a sovereign and secure alternative to other apps, Asbe said.

India is one of the biggest digital economies, and investors around the world will be looking at the regulatory landscape to put money into newer fintech solutions and make the market more competitive.

When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.

#Indian #payments #chief #thinks #heavily #involved #era #digital #payment #growth #TechCrunchIndia,Fintech,UPI">Indian payments chief thinks AI will be heavily involved in next era of digital payment growth | TechCrunch India’s digital payment share has increased over the years, with the Unified Payment Interface (UPI) growing to over 750 million daily transactions. With an aim to reach over a billion daily transactions, Dilip Asbe, MD and CEO of the National Payments Corporation of India, which oversees UPI, thinks AI would be heavily involved in the next phase for user growth, fraud prevention, and credit distribution. During an interview with TechCrunch at Mumbai Tech Week (MTW) 2026 last month, Asbe said AI could drive the next half a billion users with NPCI, India’s central bank, and the government working together. “AI will be used very effectively when we look at the next wave of UPI, and that includes all aspects, including reaching new users. We must use AI effectively to protect our current citizens, to find fraud, and to find mules. AI must also be used to provide credit to all the users and merchants who have digital footprints,” he said. “We must use AI to look at the voice and multilingual solutions to make onboarding simpler.” Many companies have talked about voice as an interface being important in India for chatting with companies or systems. Asbe believes that it is early days for that, as voice models will need to be more accurate. NPCI launched a voice assistant-based interactive system in 2023. Asbe noted that adoption for that yet to take off, and with the right use case, voice can become a critical component in the payment ecosystem. AI in finance and regulations In the U.S., startups and public companies are racing to add AI to finance. Coinbase and Robinhood now allow agents to trade on users’ behalf, and OpenAI lets you load personal account data into ChatGPT to get financial advice. NPCI has shown some demos around agentic commerce and payments with Razorpay last year. However, there hasn’t been a wider rollout of some of these capabilities. NPCI’s CEO thinks that with robust regulations and a framework, India can also adopt AI-powered finance. He said that there should be enough protection for users and mitigation for risk — and in case something goes wrong, the system should be able to look at the instructions and consent given by the user to an agent. Besides the usage of models, Asbe thinks that the Indian finance ecosystem has an opportunity to build small language models. “We believe that the models will differentiate from each other based on the data sets that are made available to them,” he said. “We have a very rich data set in our ecosystem. I think there is a big opportunity for Indian companies — the banks, FinTechs, and the ecosystem — to create small language models which are sharp, specific, and as deterministic as possible.” Last year, NPCI launched a model called FIMI to solve user disputes. Asbe noted that it is serving over a million users to cancel mandates and resolve issues, and is scaling fast. UPI competition NPCI has long sought healthy competition between UPI apps, but data suggests that Walmart-owned PhonePe and Google Pay have over 80% of the market share. The regulator’s plan to cap an app’s market share at 30% is set to take effect on December 31, 2026, unless it defers the deadline date again. During the conversation, Asbe said that UPI apps have very low switching costs and most core features are shared. He noted that PhonePe and Google have poured millions into their apps to attain their market position. He said that if new apps find viable business models within the fintech ecosystem, their share will rise. “I believe that there are multiple issues why we see this concentration risk exist, and one of the important reasons is the availability of a viable commercial model. The moment we see the commercial model being available to the ecosystem, I believe newer players will start investing very heavily,” Asbe said. In 2024, the payment body spun off its BHIM UPI app to make it more competitive and grow its usage. While its transaction volume has grown, its overall market share is around 1%. Asbe said that with BHIM, there is no particular target market share NPCI is eyeing. But it wants to make it a sovereign and secure alternative to other apps, Asbe said. India is one of the biggest digital economies, and investors around the world will be looking at the regulatory landscape to put money into newer fintech solutions and make the market more competitive. When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.#Indian #payments #chief #thinks #heavily #involved #era #digital #payment #growth #TechCrunchIndia,Fintech,UPI

a voice assistant-based interactive system in 2023. Asbe noted that adoption for that yet to take off, and with the right use case, voice can become a critical component in the payment ecosystem.

AI in finance and regulations

In the U.S., startups and public companies are racing to add AI to finance. Coinbase and Robinhood now allow agents to trade on users’ behalf, and OpenAI lets you load personal account data into ChatGPT to get financial advice. NPCI has shown some demos around agentic commerce and payments with Razorpay last year. However, there hasn’t been a wider rollout of some of these capabilities.

NPCI’s CEO thinks that with robust regulations and a framework, India can also adopt AI-powered finance. He said that there should be enough protection for users and mitigation for risk — and in case something goes wrong, the system should be able to look at the instructions and consent given by the user to an agent.

Besides the usage of models, Asbe thinks that the Indian finance ecosystem has an opportunity to build small language models.

“We believe that the models will differentiate from each other based on the data sets that are made available to them,” he said. “We have a very rich data set in our ecosystem. I think there is a big opportunity for Indian companies — the banks, FinTechs, and the ecosystem — to create small language models which are sharp, specific, and as deterministic as possible.”

Last year, NPCI launched a model called FIMI to solve user disputes. Asbe noted that it is serving over a million users to cancel mandates and resolve issues, and is scaling fast.

UPI competition

NPCI has long sought healthy competition between UPI apps, but data suggests that Walmart-owned PhonePe and Google Pay have over 80% of the market share. The regulator’s plan to cap an app’s market share at 30% is set to take effect on December 31, 2026, unless it defers the deadline date again.

During the conversation, Asbe said that UPI apps have very low switching costs and most core features are shared. He noted that PhonePe and Google have poured millions into their apps to attain their market position. He said that if new apps find viable business models within the fintech ecosystem, their share will rise.

“I believe that there are multiple issues why we see this concentration risk exist, and one of the important reasons is the availability of a viable commercial model. The moment we see the commercial model being available to the ecosystem, I believe newer players will start investing very heavily,” Asbe said.

In 2024, the payment body spun off its BHIM UPI app to make it more competitive and grow its usage. While its transaction volume has grown, its overall market share is around 1%. Asbe said that with BHIM, there is no particular target market share NPCI is eyeing. But it wants to make it a sovereign and secure alternative to other apps, Asbe said.

India is one of the biggest digital economies, and investors around the world will be looking at the regulatory landscape to put money into newer fintech solutions and make the market more competitive.

When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.

#Indian #payments #chief #thinks #heavily #involved #era #digital #payment #growth #TechCrunchIndia,Fintech,UPI">Indian payments chief thinks AI will be heavily involved in next era of digital payment growth | TechCrunch

India’s digital payment share has increased over the years, with the Unified Payment Interface (UPI) growing to over 750 million daily transactions. With an aim to reach over a billion daily transactions, Dilip Asbe, MD and CEO of the National Payments Corporation of India, which oversees UPI, thinks AI would be heavily involved in the next phase for user growth, fraud prevention, and credit distribution.

During an interview with TechCrunch at Mumbai Tech Week (MTW) 2026 last month, Asbe said AI could drive the next half a billion users with NPCI, India’s central bank, and the government working together.

“AI will be used very effectively when we look at the next wave of UPI, and that includes all aspects, including reaching new users. We must use AI effectively to protect our current citizens, to find fraud, and to find mules. AI must also be used to provide credit to all the users and merchants who have digital footprints,” he said. “We must use AI to look at the voice and multilingual solutions to make onboarding simpler.”

Many companies have talked about voice as an interface being important in India for chatting with companies or systems. Asbe believes that it is early days for that, as voice models will need to be more accurate. NPCI launched a voice assistant-based interactive system in 2023. Asbe noted that adoption for that yet to take off, and with the right use case, voice can become a critical component in the payment ecosystem.

AI in finance and regulations

In the U.S., startups and public companies are racing to add AI to finance. Coinbase and Robinhood now allow agents to trade on users’ behalf, and OpenAI lets you load personal account data into ChatGPT to get financial advice. NPCI has shown some demos around agentic commerce and payments with Razorpay last year. However, there hasn’t been a wider rollout of some of these capabilities.

NPCI’s CEO thinks that with robust regulations and a framework, India can also adopt AI-powered finance. He said that there should be enough protection for users and mitigation for risk — and in case something goes wrong, the system should be able to look at the instructions and consent given by the user to an agent.

Besides the usage of models, Asbe thinks that the Indian finance ecosystem has an opportunity to build small language models.

“We believe that the models will differentiate from each other based on the data sets that are made available to them,” he said. “We have a very rich data set in our ecosystem. I think there is a big opportunity for Indian companies — the banks, FinTechs, and the ecosystem — to create small language models which are sharp, specific, and as deterministic as possible.”

Last year, NPCI launched a model called FIMI to solve user disputes. Asbe noted that it is serving over a million users to cancel mandates and resolve issues, and is scaling fast.

UPI competition

NPCI has long sought healthy competition between UPI apps, but data suggests that Walmart-owned PhonePe and Google Pay have over 80% of the market share. The regulator’s plan to cap an app’s market share at 30% is set to take effect on December 31, 2026, unless it defers the deadline date again.

During the conversation, Asbe said that UPI apps have very low switching costs and most core features are shared. He noted that PhonePe and Google have poured millions into their apps to attain their market position. He said that if new apps find viable business models within the fintech ecosystem, their share will rise.

“I believe that there are multiple issues why we see this concentration risk exist, and one of the important reasons is the availability of a viable commercial model. The moment we see the commercial model being available to the ecosystem, I believe newer players will start investing very heavily,” Asbe said.

In 2024, the payment body spun off its BHIM UPI app to make it more competitive and grow its usage. While its transaction volume has grown, its overall market share is around 1%. Asbe said that with BHIM, there is no particular target market share NPCI is eyeing. But it wants to make it a sovereign and secure alternative to other apps, Asbe said.

India is one of the biggest digital economies, and investors around the world will be looking at the regulatory landscape to put money into newer fintech solutions and make the market more competitive.

When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.

#Indian #payments #chief #thinks #heavily #involved #era #digital #payment #growth #TechCrunchIndia,Fintech,UPI
Nomad eSIM offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine.

Reliable Access to Mobile Data Anywhere

Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations.

An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption.

Fast Setup Without Technical Delays

Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines.

An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting.

Easy Movement Across Regions

Reasons Remote Workers Depend on eSIM for Connectivity Remote work has changed how people manage daily tasks, communication, and travel. A stable internet connection now stands at the center of productivity, especially for those who move between cities or countries. Any delay in connectivity can interrupt meetings, slow down tasks, and create avoidable stress during work hours. A Nomad eSIM offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine. Reliable Access to Mobile Data Anywhere Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations. An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption. Fast Setup Without Technical Delays Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines. An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting. Easy Movement Across Regions Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort. An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up. Better Control Over Data Usage Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly. An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed. Secure Alternative to Public Wi-Fi Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information. Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move. No Physical SIM Management Required Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage. An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes. Flexibility for Changing Work Needs Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs. A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times. Consistent Performance in Urban and Remote Areas Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays. An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption. Real Work Experience with eSIM Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions. This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel. Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity. An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles. #ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM

Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort.

An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up.

Better Control Over Data Usage

Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly.

An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed.

Secure Alternative to Public Wi-Fi

Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information.

Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move.

No Physical SIM Management Required

Different types of sim

Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage.

An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes.

Flexibility for Changing Work Needs

Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs.

A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times.

Consistent Performance in Urban and Remote Areas

How to set up eSIM on iPhone

Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays.

An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption.

Real Work Experience with eSIM

Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions.

This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel.

Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity.

An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles.

#ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM">Reasons Remote Workers Depend on eSIM for Connectivity Remote work has changed how people manage daily tasks, communication, and travel. A stable internet connection now stands at the center of productivity, especially for those who move between cities or countries. Any delay in connectivity can interrupt meetings, slow down tasks, and create avoidable stress during work hours. A Nomad eSIM offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine. Reliable Access to Mobile Data Anywhere Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations. An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption. Fast Setup Without Technical Delays Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines. An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting. Easy Movement Across Regions Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort. An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up. Better Control Over Data Usage Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly. An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed. Secure Alternative to Public Wi-Fi Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information. Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move. No Physical SIM Management Required Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage. An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes. Flexibility for Changing Work Needs Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs. A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times. Consistent Performance in Urban and Remote Areas Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays. An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption. Real Work Experience with eSIM Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions. This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel. Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity. An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles. #ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM

 offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine.

Reliable Access to Mobile Data Anywhere

Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations.

An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption.

Fast Setup Without Technical Delays

Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines.

An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting.

Easy Movement Across Regions

Reasons Remote Workers Depend on eSIM for Connectivity Remote work has changed how people manage daily tasks, communication, and travel. A stable internet connection now stands at the center of productivity, especially for those who move between cities or countries. Any delay in connectivity can interrupt meetings, slow down tasks, and create avoidable stress during work hours. A Nomad eSIM offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine. Reliable Access to Mobile Data Anywhere Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations. An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption. Fast Setup Without Technical Delays Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines. An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting. Easy Movement Across Regions Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort. An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up. Better Control Over Data Usage Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly. An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed. Secure Alternative to Public Wi-Fi Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information. Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move. No Physical SIM Management Required Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage. An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes. Flexibility for Changing Work Needs Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs. A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times. Consistent Performance in Urban and Remote Areas Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays. An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption. Real Work Experience with eSIM Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions. This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel. Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity. An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles. #ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM

Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort.

An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up.

Better Control Over Data Usage

Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly.

An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed.

Secure Alternative to Public Wi-Fi

Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information.

Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move.

No Physical SIM Management Required

Different types of sim

Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage.

An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes.

Flexibility for Changing Work Needs

Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs.

A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times.

Consistent Performance in Urban and Remote Areas

How to set up eSIM on iPhone

Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays.

An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption.

Real Work Experience with eSIM

Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions.

This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel.

Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity.

An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles.

#ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM">Reasons Remote Workers Depend on eSIM for Connectivity

Remote work has changed how people manage daily tasks, communication, and travel. A stable internet connection now stands at the center of productivity, especially for those who move between cities or countries. Any delay in connectivity can interrupt meetings, slow down tasks, and create avoidable stress during work hours.

A Nomad eSIM offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine.

Reliable Access to Mobile Data Anywhere

Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations.

An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption.

Fast Setup Without Technical Delays

Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines.

An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting.

Easy Movement Across Regions

Reasons Remote Workers Depend on eSIM for Connectivity Remote work has changed how people manage daily tasks, communication, and travel. A stable internet connection now stands at the center of productivity, especially for those who move between cities or countries. Any delay in connectivity can interrupt meetings, slow down tasks, and create avoidable stress during work hours. A Nomad eSIM offers a practical solution that helps remote workers stay connected without a complex setup. It removes the need for physical SIM cards and allows quick access to mobile data across regions. This article explains why remote professionals rely on this technology and how it supports their work routine. Reliable Access to Mobile Data Anywhere Remote workers need a connection that stays available across different locations. Public Wi-Fi may not always provide stable performance, and it can create interruptions during important tasks. A dependable data source becomes essential in such situations. An eSIM provides direct access to mobile networks without extra steps. This ensures that workers can stay connected even when Wi-Fi is not reliable. With consistent data access, daily tasks continue without disruption. Fast Setup Without Technical Delays Time matters when work depends on a stable connection. Traditional SIM cards require manual setup, which can take longer than expected. Any delay in activation can affect schedules and deadlines. An eSIM allows quick activation through a simple process. A QR code scan completes the setup within minutes, and the device connects to a supported network. This speed helps remote workers start their tasks without waiting. Easy Movement Across Regions Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort. An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up. Better Control Over Data Usage Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly. An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed. Secure Alternative to Public Wi-Fi Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information. Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move. No Physical SIM Management Required Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage. An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes. Flexibility for Changing Work Needs Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs. A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times. Consistent Performance in Urban and Remote Areas Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays. An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption. Real Work Experience with eSIM Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions. This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel. Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity. An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles. #ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM

Many remote professionals travel while they work. Moving between locations can create connectivity issues if each region requires a new SIM card. This process can interrupt workflow and add unnecessary effort.

An eSIM supports multiple regions within one plan. The device connects to local networks without manual changes, which keeps the connection active during travel. This seamless transition helps workers focus on their tasks instead of setting up.

Better Control Over Data Usage

Managing data usage plays an important role in remote work. Tasks such as video calls, file transfers, and cloud access can consume a large amount of data. Without proper control, usage can exceed limits quickly.

An eSIM allows users to track and adjust data usage directly on their device. This control helps remote workers plan their usage and avoid sudden interruptions. It also ensures that data remains available when needed.

Secure Alternative to Public Wi-Fi

Public Wi-Fi networks may not always provide a safe connection. Security risks can affect sensitive work data and create concerns for remote professionals. A secure connection becomes necessary for tasks that involve private information.

Mobile data through an eSIM offers a safer option compared to open networks. It reduces exposure to security risks and provides a more controlled environment. This adds confidence while handling work tasks on the move.

No Physical SIM Management Required

Different types of sim

Handling physical SIM cards can feel inconvenient during travel. You need to remove, store, and replace cards when you move between regions. This process may lead to loss or damage.

An eSIM removes the need for physical handling. Everything stays within the device, which makes management simple and efficient. Remote workers can focus on their work without dealing with small hardware changes.

Flexibility for Changing Work Needs

Work demands can change based on projects and schedules. Some days require heavy data usage, while others involve lighter tasks. A fixed plan may not suit these changing needs.

A Nomad eSIM allows users to adjust their plans based on usage. They can upgrade or modify data limits without delay. This flexibility ensures that connectivity supports their work at all times.

Consistent Performance in Urban and Remote Areas

How to set up eSIM on iPhone

Remote workers may operate in different environments, from busy cities to quieter locations. Network strength can vary, which affects performance and speed. A weak connection can slow down work and cause delays.

An eSIM connects to partner networks that provide coverage in various regions. This helps maintain a stable connection in most locations. With better consistency, remote workers can complete tasks without interruption.

Real Work Experience with eSIM

Professionals who rely on a Nomad eSIM notice how it simplifies their daily routine. They no longer need to search for SIM cards or adjust settings during travel. The connection starts quickly and stays active across different regions.

This convenience allows them to focus on work without distraction. Meetings, emails, and file sharing continue without delay. The overall experience feels smooth and reliable, even during frequent travel.

Remote work depends on stable and efficient connectivity. Traditional options may not always meet the demands of a mobile work routine. A flexible and reliable solution becomes essential for productivity.

An eSIM provides that solution by offering quick setup, strong data access, and easy management. It supports remote workers in different locations and helps them stay connected without effort. With the right approach, it becomes a valuable tool for modern work lifestyles.

#ReasonsRemote #Workers #Depend #eSIM #ConnectivityeSIM

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