From the ambulance to the emergency room, IoT is constantly evolving to improve patient outcomes. Learn more.
Here is everything you need to know about multi-access edge computing and how it relates to IoT.
Fleet optimization is the practice of increasing the utility and efficiency of your fleet. Here’s why it’s essential.
The IoT ecosystem is made up of 7 different components. Find out more here.
The world of blockchain is constantly evolving. Here is how IoT is contributing to advancements in the crypto world.
The logistics sector is constantly evolving, and with the help of IoT, it’s becoming safer and more efficient. Find out more here.
Learn how certain cellular IoT features like network redundancy are changing the fleet management landscape
Predictive maintenance is a technique that uses data to detect issues with devices before they experience downtime. Find out more here.
Learn how IoT remote monitoring helps businesses keep a pulse on facilities and assets.
Learn how telematics service providers can help fleet managers overcome their challenges with IoT connectivity.
Learn more about Bluetooth technology and how it can be used to locate and monitor assets.
An edge router is a device that connects an internal network to the internet. Learn more about what they do and their importance to IoT.
Here we break down the differences between Cat-M1 (LTE-M), NB-IoT, and Cat-1. Learn more about the benefits and limitations of these LTE IoT standards.
Digital twin technology is a virtual model designed to predict a real-life scenario accurately. Find out more here.
Learn everything you need to know about the blending of AI and IoT, plus some major AIoT trends happening today.
Knowing exactly how many vehicles are in a parking lot at any given time is just one key benefit of smart parking — find out more here.
IoT SaaS providers help with data security and reporting. Find out which platform is the best for you.
5G is the latest wireless network and promises new capabilities. Find out the key differences between 5G and 4G here.
Transportation in cities can be frustrating. Learn how IoT can help improve traffic management and make cities more efficient.
As cellular networks roll out 5G, they are continuing to shut down older systems. Learn more about how the 3G sunset will impact your IoT deployment.
What are the benefits of LPWAN, how does it work, and what are the use cases? Hologram breaks down LPWAN for large-scale IoT deployments.
Everything you need to know about edge computing and cloud computing.
Learn everything you need to know about IoT smart cities and how they affect our everyday lives.
Deciding on a cellular IoT provider can be a difficult decision. Here's how to choose the right provider.
Learn about how IoT SIM cards are transforming cellular IoT and how industries communicate. Here’s everything you need to know.
There are many development tools available in the IoT world. Find out which ones are the most useful.
IoT SIM card vendors should deliver more than just hardware. Review our guide to learn more.
Highlighting the benefits of LTE-M and NB-IoT, plus a look at the future of 5G.
There are a lot of IoT technologies you can use to connect your devices. Here are the eight most common and their use cases.
Wondering what the difference is between IoT and M2M? Here we break down the key differences between the two terms.
New IoT advancements are happening everyday. Here are the trends we expect to dominate the IoT space.
IoT data plans come in many different shapes and sizes. We break down what you should be looking for to choose the best IoT data plan.
Organizations across every sector are deploying connected devices to collect and analyze data.
A breakdown of the key differences between IoT SIM cards and regular cellular SIM cards.
Micromobility is driving sustainable urban transportation, and the Internet of Things (IoT) is making it possible.
A quick guide to M2M SIMs and what makes them different from conventional SIMs.
IoT sensors and devices generate tremendous amounts of data, and businesses are using analytics to interpret it.
Review our guide to helping people choose the IoT Platform that is best for their business.
An Access Point Name (or APN), is a gateway between a cellular network and the internet. Here we explain how it works and more.
We explain the key differences between an eSIM and traditional IoT SIM card.
Big claims are being made about the efficacy and possibilities of eSIM
Cloud computing plays a pivotal role in the Internet of Things (IoT). Learn how they interact and what the future looks like for these two technologies.
IoT Protocols couldn’t be more important. Here’s your guide to every IoT protocol and standard available.
Find out how the ten most common IoT sensors are transforming daily life — and how cellular technology helps manage all that data.
Review our guide on the variety of different IoT-enabled asset tracking types and industries that are benefiting from this technology.
Multi-IMSI plays a key role in cellular IoT. Understand what it is and how it’s used.
Telematics is an integral part of fleet management technology and its future. Here we break down its benefits and applications.
From construction to mining to manufacturing, the Internet of Things offers industries new ways to improve their processes to be safer and more efficient.
Smart agriculture uses Internet of Things (IoT) solutions for more efficient and productive farming.
How can an eUICC SIM simplify your IoT deployment? We walk through the benefits of building with eUICC.
5G brings monumental changes in cellular infrastructure. Here's how it will impact IoT.
What are SIM form factors and what’s the difference between the various sizes? Here’s a quick overview.
What are the differences between the two most popular ways to connect to the Internet, and is one a better solution than the other?
GSM (Global System for Mobile Communication) is a decades-old standard for cellular networks. Here’s how it works with cellular IoT.
Deep learning is the evolution of machine learning and AI, but there are key differences. Here we break them down.
Cellular IoT connects physical devices to the internet through the use of cellular networks. Here’s everything you need to know for your business.
GSM (Global System for Mobile Communication) is a messaging protocol that’s used to send text messages. Here’s everything you need to know.
UMTS stands for Universal Mobile Telecommunications Service. Learn more about what it is and how it works.
Discover why cellular connectivity is the best choice for many IoT projects.
We explain the key differences between artificial intelligence (AI and machine learning (ML) and how they apply to cellular IoT.
Network Selection is critical in how a cellular device connects to a cellular network. Here we explain how it works and more.
MNO, MVNO, MVNA, and MVNE play important roles in cellular IoT. Here we break down the differences.
IMSI is a unique number for Mobile Network Operators (MNOs). It plays a critical role in cellular IoT.
Edge computing is making a huge impact on IoT applications. Here are all of the benefits and use cases you should be aware of.
IoT is revolutionizing the fleet management industry. Here’s a look at 9 ways IoT is impacting fleet management—and what the future may hold.
IoT architecture can be complicated to explain. We break it down so you can easily understand and implement.
SIM cards have evolved quite a bit since they were created and are not all the same. Here’s a breakdown of the different types of SIM cards out there today.
Learn how to set up and optimize your IoT device for eUICC, with tips on using eUICC to future-proof your IoT deployment.
From free-roaming robot to smart shelves, IoT technology is impacting how customers shop at retail stores today.
Learn why IoT drones need reliable connectivity to unite their hardware and software for new missions that reach remote areas and achieve lofty goals.
Learn how Internet of Things (IoT) wearables use reliable connectivity to change behaviors, create communities, and even save lives.
These applications of IoT for healthcare are changing the industry in many ways. Learn how IoT is being used and where it’s headed for healthcare.
Smart factories are disrupting the manufacturing industry. Learn how they work and what the future holds for key industries.
What are self-driving cars and how do they work? Let’s take a closer look at the technology that’s enabling vehicle autonomy.
What is industrial IoT and how is it different from consumer IoT? Here’s our guide to the world of IIoT.
An IoT gateway functions much as its name suggests—as a doorway connecting IoT sensors in the field to the wider network.
If you’ve decided eUICC is a good option for your existing or upcoming IoT device deployment, what should you do next?
An overview of eUICC technology basics
As drone traffic increases, the FAA wants to begin tracking drones as they fly, just like airplanes and heliocopters.
How teams manage IoT connectivity together
The new Hologram dashboard has revamped views and features for every member of your IoT team.
New Global Distribution Partners for Hologram Cellular IoT Connectivity
Today, we announce the release of an open-source and open-protocol project, called Magic.
Let's take a look at a real world example of self-driving vehicles and a set of companies deploying autonomous fleets in the near future.
Below is a comparison of the most promising decentralized networks for IoT that can be used or are accepting alpha/beta testers today.
Scooters companies are built on “disposable” hardware front ends and are truly software companies.
Hologram's new and improved plans and pricing
Even a widely accessible network requires getting third party devices hooked in and transmitting properly.
When planning your own migration strategy, think long term. Upgrading from 2G to 3G right now is a viable strategy.
The hot new thing in the market (and really not that new) is the eSIM.
A deep dive into the information that matters most when navigating these various radio access technologies.
IoT demands a specialized, adaptive, and always-improving network, and the Hologram global network meets these demands everywhere around the globe.
Finding the Best IoT Cellular Coverage - Hologram - Connectivity for the Internet of Things
Smart buildings use sensors to get even smarter in a COVID-19 world. Find out how smart building solutions can protect tenant health and boost efficiency.
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