Master the complexities of global connectivity. From technical deep-dives to market trends, explore the resources you need to design, deploy, and scale your IoT vision with confidence.
The diversity of LPWAN technologies allows for its application across various domains, driving innovation and transforming industries. Each technology has its own features, advantages, and deployment scenarios. IoT applications need to choose the most suitable option based on their requirements. The following are the prominent technologies along with their key functional differences:
Amidst the surge of new technologies and high demand for digital transformation, IoT (Internet of Things) has revolutionised the IT ecosystem. The backbone of any IoT architecture is its reliable and efficient connectivity between the various devices that, include sensors, actuators and embedded systems. LPWAN- Low Power Wide Area Network is one of the most effective ways in which these devices can communicate with each other. In 2022, the LPWAN market exceeded USD 5 billion, and it is expected to grow exponentially by around 50% by 2032 because of the increased adoption of IoT and other embedded device solutions.
When deploying and maintaining an IoT fleet, one of the most important decisions you’ll make is your choice in connectivity. It impacts the battery life, roaming location, and overall reliability of your devices.
In this post, we will compare two of the most popular IoT connectivity options, LoRaWAN and NB-IoT. By the end of this post, you should have a solid idea of which is right for your fleet.
There are two types of drivers in the world. Those who see the check engine light come on and take their car into the garage as soon as possible, and those who ignore it for as long as they can.
The pharmaceutical sector is an industry that has some of the most complex and critical logistics challenges around. And a key challenge within this sector is cold chain management.
While some medicines can be stored at room temperature, many require specific low temperatures to remain safe and effective. That means these temperatures must be maintained throughout the supply chain without disruption.
In this article, we’ll look at the challenges presented by this and how cellular IoT can serve as a solution.
Workplaces are more connected than ever. Workers expect real-time communication with each other and their tech systems no matter where they might be located. And managers want complete visibility over their workers and assets. These days, cellular IoT-enabled sensors can add a layer of connection and oversight by providing instant alerts when there’s a problem.
Here’s what you should know about cellular IoT-enabled connected worker technology.
Implementing vehicle telematics and fleet tracking systems has become far more affordable in recent years. However, some businesses struggle to get the best out of the new technology. Especially when it comes to global deployment, global cellular IoT connectivity becomes a core.
Global IoT deployment is one of the most useful yet complex applications of IoT. In short, global IoT deployment means being able to communicate with devices no matter where they are in the world, even if they are constantly on the move. This technology is incredibly exciting.
The transportation sector is going through a transformative period. Electric vehicles are taking off, micromobility is on the rise, and consumers are demanding more sustainable means of transportation.
One type of transportation that is both popular and fits comfortably within all three of these parameters is bike-sharing. This growing market has proven that it’s here to stay, and with the right IoT investments, businesses can secure their place in this expanding market.
The future for electric vehicles has never looked brighter. EVs already make up 14% of total automobile sales worldwide. And around the world, an increasing number of regulators are putting plans in place to phase out vehicles that run on fossil fuels in favour of electric vehicles. Consumers are on board as well, with one in four U.K. residents planning to purchase an EV in the next five years.
For these reasons, the eventual adoption of connected electric vehicles seems inevitable. In this article, we’re going to be exploring the future of connected EVs, including their challenges, so that you can better understand the market.
In the rapidly evolving landscape of urban transportation, IoT (Internet of Things) is playing a pivotal role in shaping smart mobility. By integrating connected devices and real-time data analytics, cities can enhance efficiency, safety, and sustainability in their transportation systems.
In this article, we’ll delve into:
What constitutes smart mobility
The foundational role of IoT in smart transportation
The top 5 benefits of IoT in mobility
Real-world applications and case studies
How Velos IoT can assist in implementing these solutions
The micro-mobility market is a rapidly growing sector, with success in countries worldwide. One of the most booming sectors within smart mobility is the e-scooter, with a projected 143.5 million users by 2028.
However, like any new market, this growing sector comes with a batch of unique challenges. Not the least of which is connectivity.
In this post, we’re going to cover the ins and outs of connectivity.
Electric vehicles (EVs) are paving the way for the future of transportation, offering a sustainable and energy-efficient alternative to traditional fossil fuels. Within this exciting shift in transportation, there are several challenges that can be addressed with the help of IoT connectivity. In this blog post, we will delve into these obstacles and explore how connectivity plays a pivotal role in optimising connected electric vehicles.
One of the main challenges of IoT is keeping deployed devices powered. Traditional cellular networks are designed around personal computing devices, which the user can charge conveniently.
The holiday season – a time to celebrate with loved ones, bask in the light of glamorous decorations, enjoy heaps of delicious food. Of course, for some, it means quiet time at the office too, but not for Santa Claus and his busy elves.
We got a hold of one of Santa’s letters from not-so-little George, marked with the notes from the elves to give you a peek of what is up on the wish list this year. It reads:
IoT devices generally use fixed IP addresses for the greater security, visibility and control they provide. The choice for the supplier remains between private fixed IP or public fixed IP options, depending on the business needs.
IoT asset tracking presents an exciting and versatile opportunity for a myriad of industries. As it is a versatile solution, though, it isn’t one-size-fits-all. Businesses will need to identify their specific needs for asset tracking using IoT and then invest in the IoT technologies that align with those needs.
In this guide, we cover the top use cases for IoT asset tracking. Some businesses might only have an opportunity for one use case, while others can be most effective by investing in multiple strategies.
Article
Stay Ahead of the Curve: Newsletter
Join the Velos IoT community to receive the latest insights on global connectivity, architectural resilience, and the future of IoT innovation delivered directly to your inbox.
For most businesses in 2021, IoT has graduated from a buzzword to a technology worth investing in. One use for IoT that can bring significant value to companies in various sectors is IoT asset tracking.
In this post, we’re going to be walking through some of the most popular benefits of IoT asset tracking so you can better decide if it’s the next step in your IoT journey.
IoT asset tracking is undoubtedly one of the most efficient and effective tools for keeping track of your inventory. You can use it to track items as they move through a warehouse, a fleet of vehicles out on the roads, and entire shipments as they move through your supply chain.
Before you can implement IoT asset tracking, though, you need to choose the best system (or combination of systems) for keeping your devices connected.
Below are the leading asset tracking systems for 2021. We’ll go through the specifics of each system and which methods are best for which use cases.
Precision farming, also known as precision agriculture, is a modern farming approach that utilizes advanced technologies to optimize agricultural operations.
Global connectivity is essential for a successful IoT rollout — you don’t want to ship 10,000 smart fridges to Canada only for the network to fail. In regions with open roaming, this isn’t a problem. But for many other markets, like Canada, it’s a growing concern.
One of the primary benefits of switching from a regular SIM to eUICC is the possibility to swap the network provider profiles through an eSIM solution later in the SIM life cycle process. Choosing a regular SIM with a pre-defined MNO profile burned in means you cannot change the profile after the personalisation of the SIM and therefore, doesn’t offer the same flexibility and benefits as an eUICC.
The construction industry is among the many under pressure for optimisation and sustainable growth, driven by the development of smart urban cities. Construction will account for about USD 12.9 trillion in global output by 2022 and is predicted to grow globally by 3.1% by 2030. Its demand and spending are growing rapidly in an attempt to answer the need for housing for the fast-growing global population.
