Inseego insights

Modern enterprises are more reliant than ever on powerful but often complex networks. Network orchestration is a way to optimize network usage and management. It combines both network automation and network management technologies and practices to facilitate end-to-end provisioning and real-time management of dynamic network structures.

The development of 5G and artificial intelligence (AI) technologies has created a powerful combination of cutting-edge tools that can be used to develop new and innovative services. 5G-enhanced AI (5G AI) further optimizes interactions between people, devices, and networks, enabling new applications, such as virtual and augmented reality, autonomous vehicles, the Industrial Internet of Things (IIoT), and edge computing to be deployed and utilized more easily and effectively.

5G networks offer extremely high speeds, low latency, and built-in security, and are highly reliable. Now, many enterprises are looking to extend public 5G network coverage indoors to support their business needs.

The fifth generation of cellular networks technology is the most powerful to date. 5G networks offer a combination of high bandwidth and low latency that makes them ideal for Internet of Things (IoT) and other bandwidth-hungry applications, which need reliable, high throughput connections.

Private indoor wireless networks, particularly those based on 5G technology, are becoming increasingly popular among businesses. By bringing cellular coverage and connectivity indoors, businesses can support data-intensive business communication needs end-to-end, particularly in rural and remote areas.

The Industrial Internet of Things (IIoT) is a collection of devices, sensors, and networks for communications, software, and artificial intelligence that are combined to improve the efficiency and reliability of industrial production processes. Manufacturing, mining, and agriculture industries are already using IIoT to increase their operational efficiency and reduce downtime.

The manufacturing industry is currently undergoing a technological revolution. Smart manufacturing, which leverages the Internet of Things (IoT), Artificial Intelligence (AI), and Machine Learning (ML), among other technologies, is increasing efficiency, improving real-time monitoring, and enhancing process control and communication.

Fixed wireless access (FWA) and mobile broadband are both viable, high-speed internet options for businesses. But they have different strengths and weaknesses which are important to consider.

Network failure is potentially devastating in today’s era of technology-driven businesses. With so much network reliance, failures, or even interruptions can cost enterprises dearly in money, reputation, and time. To effectively anticipate, avoid, and address this issue read more on this blog.

5G and edge computing are two of the most important technologies of the digital era. They’re each impressive on their own. But they also synergize, providing complementary strengths.

Private cellular networks are local area networks that are dedicated to one specific user or organization. Unlike public cellular networks, they are owned and operated by a single organization, granting it full control over the network and its performance, helping ensure secure, reliable, and high-performance cellular connectivity. And Citizens Broadband Radio Service (CBRS) is an ideal way for organizations to leverage the strengths of private cellular networks.

By reducing infrastructure and equipment costs, increasing competition, and improving reliability, 5G FWA can offer a cost-effective and scalable solution for high-speed internet access.

Cellular failover is a technology that provides an additional layer of resilience and reliability to internet connections by providing a secondary connection that kicks in if the primary connection fails.

Cellular routers are a type of router that uses cellular technology to provide internet access. They are an ideal solution for businesses, homes, and other locations that don't have access to wired internet services, such as cable or fiber.

5G’s speed over other wireless networks, low latency, and real-time communication capabilities make it an ideal choice for connected devices that demand quick, millisecond-level responses, such as self-driving cars, virtual reality, and other similar applications.

Fleet managers are looking for ways to save money amid rising inflation and mounting supply chain costs, and help could come from an unexpected source — lower insurance costs.

We are often asked to explain the benefits of vehicle tracking and what it can do to help drive down costs. Years of experience have shown us that both fleet managers and business owners are often surprised by the efficiency savings they can make by employing a vehicle tracking solution.

The way your employees drive can have a much bigger impact on your business than either they or you might think.

Businesses with moving assets —lorries, cars, vans, construction machinery, and more — need a good system to keep track of where their assets are, and how they are being used. They need to make sure assets are being used efficiently, safely and securely. This becomes even more critical as businesses accumulate more assets, and grow their operations.

In a very broad sense, telematics can be used to reference a range of systems, including the internet itself. However, these days, it is more commonly used to apply to vehicle telematics, where location information (GPS tracking) and diagnostics data is collected in real time to manage a business fleet — cars, trucks and other assets.

Edge AI are hardware devices that operate at the network edge (where end users are connecting, which could be anywhere) that include processing power and data storage sufficient to perform computing tasks (Edge AI applications) that previously were handled by central cloud services.

You’ve heard of the cloud, but maybe not the edge cloud, or edge computing. If you understand the basic concept of the cloud then you’ll grasp the edge cloud without too much trouble.

The security risks related to remote work are shockingly high. For example, a study on cybersecurity from HP in collaboration with KuppingerCole shows a 238% increase in global cyberattacks during the pandemic.

Edge computing is a decentralized network, storage, and compute architecture that is designed to bring more computing power to where end users (or IoT devices) are located instead of requiring data to always flow to a central data server.

Private Cellular Networking is an important part of the transition to 5G, as it will allow for more efficient and reliable use of bandwidth.

The potential of 5G for businesses is finally being realized, with competitive pricing plans making it more accessible. This is enabling companies to explore all the ways 5G can improve their operations, from increased efficiency to better connectivity.

The coworking space trend has been on the rise in recent years due to the many benefits it offers startups, including flexibility, convenience, and networking opportunities. Read further to learn 5 things you should look for in a coworking space.

Network downtime can cost businesses a lot of money, so it’s important to take steps to reduce the possibility of it happening. Here are five important things you can do to minimize network downtime.

Work-from-home (WFH) for many employees became the operating standard during Covid-19, but now as the pandemic recedes and workers are gradually returning to the office, it’s time to reflect and analyze on how efficient and productive WFH was and explore a more efficient technology for successful WFH experiences.

Remote work can weaken your cybersecurity if you don't have the right protocols in place. Securing your connection, the user, the device, and the application will allow for the flexibility of remote work without the risks.

Recruitment can be a tough challenge for growing companies, especially in a competitive labor market. A digital nomad might be part of your solution, it can mean finding someone with the right skill-set but within a more affordable salary range. It will mean you might need to make some adjustments to how you manage staff.

IoT device management is the process of deploying, configuring, monitoring, and maintaining IoT devices. This includes managing the devices' firmware and software, as well as troubleshooting and diagnostics. IoT device management platforms offer a central way to manage IoT devices, and provide benefits such as increased efficiency, better connectivity, and cost savings.

5G is emerging as a fast, cost-effective way to bridge the digital divide in homes and communities across America. Unlike wireline networks that require physical, point-to-point installations, wireless solutions can easily deliver last-mile, high-speed broadband to all kinds of locations.

Learn how 5G networks are using millimeter wave spectrum (also called mmWave spectrum) to achieve greater capacity and faster speeds using higher frequencies.

When most of us hear ‘5G’ we think of faster smartphones. After all, that’s how cellular service has been delivered for decades. But for wireless operators, consumer smartphones are just one slice of the growing 5G market.

A look at the market and technology forces driving the next wave of wireless innovation.

Learn how the Inseego Skyus SC4 modem works with Aruba Networks wireless APs, wireless LAN Controllers and SD-WAN gateways, using AT&T and Verizon LTE services.

COVID-19 will have many deep and lasting impacts on our world, including the way millions of Americans “go to work” every day. A look at the latest statistics reveals the scope of this sweeping change.

Laptop, monitor and home office chair? Check. Separate space where your kids (and dogs) won’t interrupt you? Maybe. Home broadband that doesn’t lag and cut out during your meetings?