Every time an employee connects to a public guest Wi-Fi to access corporate files, they are stepping outside the digital security perimeter that enterprises have worked so hard to build. They aren't just working; they are exposing business data. To thrive in a mobile-first world, a business doesn’t just need a hotspot; it needs a secure enterprise bubble.

Deploying 5G Fixed Wireless Access (FWA) should be fast, simple, and scalable. The Inseego FX4200 5G Cellular Router is engineered not just for high performance but for easy deployment.

Traditional network infrastructure fiber, cable, and even satellite, forces enterprises to accept high initial investment and complex, recurring maintenance. The Inseego 5G ecosystem, centered on devices like the FX4200 Fixed Wireless Access (FWA) router, the MiFi X PRO hotspot, and the FW3000 Outdoor CPE, completely disrupts this high-cost model.

While network slicing provides the necessary isolation and guaranteed resources, the ultimate level of performance and service differentiation is achieved when the two are used together. Network slicing fundamentally changes how QoS is implemented, moving it from a "best effort" priority system on a shared network to an enforced guarantee within a dedicated environment.

A business-grade mobile hotspot is a strategic investment that allows you to take advantage of the simplicity and flexibility of a mobile solution, but with the power and security needed to handle the demands of a professional environment. It provides a reliable internet connection that can be a genuine enabler of productivity and growth.

When wired network connections were the norm, delays getting internet access were to be expected. But in today’s competitive business environment, waiting weeks or even months for traditional wired connections to be provided is no longer viable.

Many of today’s businesses need fast, flexible, and reliable internet connections without the long-term commitment of fixed-line installation. Food trucks operating point-of-sale (POS) terminals, construction sites with on-site office trailers, and pop-up events like concerts, for example, all need access to reliable, high-performance internet on location to succeed.

The precise router placement of a 5G router can profoundly impact its wi-fi signal strength and quality. This means optimizing router placement is as vital as the quality of the carrier’s 5G network in delivering advertised speeds and reliability. Optimal placement can unlock the 5G router's full capabilities and ensure a stable, high-speed connection. And optimizing router placement requires an understanding of how 5G signals operate.

To protect their data, businesses must not only find secure network solutions that leverage the best cryptographic modules but also trust that the solutions they deploy will remain secure. One of the most effective proof points available for any solution is the Federal Information Processing Standard 140-3, or FIPS 140-3.

For years, the wireless networking industry has debated the merits of internal router antennas vs. external router antennas. Received wisdom is that external antennas are superior, based on the idea that they can be easily adjusted to improve signal reception. The reality of which type of antenna is better is considerably more nuanced.

Zero-Touch Provisioning (ZTP) offers a powerful solution. By automating device setup, ZTP allows businesses to scale efficiently while enhancing security and network performance. It transforms cellular network infrastructure deployment and management from a manual chore into a streamlined, automated process, crucial for digital transformation and agility.

Many networks are architected with single points of failure (SPOF), where if only a single component is compromised, the entire network will stop operating as intended. Hidden dependencies and critical systems without redundant components can put the entire network’s operations at risk.

As businesses rely more on real-time communication and always-on connectivity, having strong network monitoring systems is crucial. While network deployments have advanced by leaps and bounds, adoption of the technology needed to actively and effectively monitor business-critical networks has not kept pace.

Inseego Connect is a secure, multi-tiered, web-based platform, that is meticulously engineered for the comprehensive remote deployment, monitoring, and management of Inseego FWA routers and MiFis. It offers IT teams, network administrators, and small businesses a powerful, centralized platform that provides full visibility and granular control over Inseego FWA portfolio and other connected devices from virtually any location.

Carrier Aggregation (CA) is a foundational technology that combines multiple data channels, or component carriers (CCs), into a single, wider logical channel, allowing for significantly faster data transfer. The latest iteration of this technology, 3 Component Carrier Aggregation (3CC) in 5G, directly responds to the escalating demand for higher data rates because of limitations of modulation and coding technology.

For over a century, Plain Old Telephone Service (POTS) has been the bedrock of voice communication, relying on analog signals transmitted through copper wires. The escalating demands of today’s IoT environments exceed what POTS can effectively support. The ever-increasing need for higher bandwidth and more advanced features requires performance that traditional analogphone lines simply cannot meet. To fully realize the potential of this interconnected world, an advanced connectivity solution is required. 5G technology stands ready to meet this demand.

In emergencies, the reliability of communication technology is critical for first responders. As a leader in wireless broadband solutions, Inseego offers several devices certified for use on the Verizon Frontline Verified network. This certification ensures that our MiFi X PRO hotspot, FX3100 cellular router, and FW2000 cellular antenna meet the stringent demands of mission-critical communications, enabling faster response times and improved communication during emergencies.

5G cellular internet has become a pivotal broadband option for businesses, offering unmatched coverage and ultra-reliable high-speed connections. One of the many benefits of 5G is delivered by network slicing — a network management method that enables the creation of virtual networks from a single physical infrastructure.

Now that the market has begun to mature, there is an opportunity to fully realize the vision and potential of 5G, using a 5G Standalone (SA) architecture. How does it compare to 5G Non-Standalone?

The proliferation of internet-enabled devices in homes and offices has made robust and reliable Wi-Fi coverage a necessity. However, many users experience frustration with inconsistent signals, dead zones, and slow internet speeds in certain areas. Two primary solutions have emerged to address these issues: Wi-Fi extenders and mesh Wi-Fi systems.

Proving a commitment to sustainability can be a key differentiator for many enterprises, and certifications like ECOLOGO certification or UL 2710 from Underwriters Laboratories (UL) help companies demonstrate their commitment to sustainability.

Wireless broadband has proven especially powerful for remote and rural areas. Laying cables and putting in physical infrastructure is expensive and time-consuming, and in many places the cost and time cannot be justified. Wireless infrastructure is considerably faster and easier to deploy, bringing high-quality connectivity to places where it was previously unavailable.

A backup internet connection is vital to ensuring your business remains connected during these inevitable disruptions. A robust backup can seamlessly switch your network to an alternative connection, maintaining productivity and operational continuity. Having a backup internet service isn’t just a luxury — it’s a necessity for safeguarding the bottom line. Cellular internet is the most effective and cost-efficient way to establish a reliable backup.

5G provides the high-speed data transmission and connectivity required to support a multitude of devices and applications in a smart city infrastructure. Its ability to handle vast amounts of data with low latency enables deployment and management of a complex ecosystem of IoT devices that rely on seamless, real-time communication between sensors, apps, and embedded machines.

Seamless and reliable internet access via Wi-Fi is a widespread consumer expectation. The expectation extends beyond coffee shops and other customer-facing businesses into events of all kinds as well. Whether it’s a trade show, outdoor event, or a pop-up booth, access to internet services enhances the performance of point-of-sale (POS) systems, social media uploads, and live streaming.

The integration of Qualcomm’s Dragonwing advanced computing technology into Inseego’s devices represents a future opportunity to transform industrial innovation across multiple verticals. Cutting-edge AI, computing, and connectivity provide a powerful framework for facilitating greater business growth and productivity.

As various sectors and industries depend on uninterrupted connectivity to perform essential functions, ensuring that these networks are resilient and quickly recoverable has become a top priority. 5G mobile hotspots are proving to be an innovative and effective solution for maintaining reliable communication under challenging circumstances, making them indispensable tools for industries relying on mission-critical communications.

Even as Wi-Fi 6 adoption continues to roll out, new innovations in wireless network technology have continued. The latest and greatest version of Wi-Fi technology, Wi-Fi 7, has already been largely completed and its release is imminent. Some limited adoption has happened already, but the greater adoption of Wi-Fi 7 will doubtlessly take some time.

The right network connectivity strategy is critical in today’s fast-paced and digitally connected world. Choosing between wired and wireless solutions has only become more complicated for enterprises in every industry sector. Each has its own merits and primary use cases.

By supporting vast amounts of mobile data and managing increased bandwidth demand, 5G small cells are used to create faster and more reliable broadband connections for both indoor and outdoor environments. They enable rapid expansion of wireless networks that are crucial for applications like IoT, automation, and smart cities.

Students need to access learning platforms, turn in assignments, and interact with online content. Without reliable internet, these students face significant disadvantages, hurting their academic performance. Still, the digital divide affects millions of K-12 students. This is especially in underserved communities where students can't fully engage in digital classrooms or access necessary learning tools.

Cellular routers are essential in settings where traditional broadband is limited. Single SIM routers, though affordable and user-friendly, rely on one network, making them vulnerable to disruptions and costly in weak coverage areas. In contrast, dual SIM routers offer more reliable and adaptable connectivity, ideal for those needing enhanced network stability.

5G Reduced Capacity (5G RedCap), also known as 5G New Radio (NR)-Light, is changing that. This new advancement in 5G technology, introduced in 3GPP Release 17, sits between 4G LTE and 5G, providing more cost-effective and power-efficient access to many 5G features, broadening the spectrum of possible IoT use cases.

DSL is struggling to keep up. It tends to be slower than other existing connectivity options such as cable and fiber. Connectivity efficiency diminishes the further you are from the ISP, and the infrastructure it relies on is aging. As businesses adopt ever more bandwidth-intensive and business-critical online activities, it’s become increasingly clear an alternative is needed. This is where 5G-powered fixed wireless access (FWA) internet comes in.

In general, there are two types: omnidirectional and directional antennas. While omnidirectional antennas are the technology most people are familiar with and are often considered the default option, directional antennas may be a better choice or even a necessary one for certain deployments in rural and remote areas.

Temporary deployments vary significantly in duration, network requirements, and location, making the choice of hardware—routers, hotspots, or IoT gateways—crucial. Selecting the right devices ensures your temporary internet solution aligns with your specific needs. It's essential to understand the available hardware options and their functionalities to make an informed decision.

Wide Area Network Bonding (WAN Bonding) is a transformative technology that blends multiple WAN connections from various sources, including satellite, DSL, and 5G/LTE, and broadband into one robust connection. The combined connection exceeds the capacity and speed of all individual connections to deliver robust, reliable, high-speed internet connectivity.

WAN aggregation combines multiple independent WAN connections, such as broadband, DSL, or Wi-Fi connections from different ISPs, into one aggregated WAN connection. This helps maximize the available bandwidth and improves overall network performance. WAN links are aligned in parallel to create a more robust and efficient wide area network (WAN), which integrates seamlessly with routers and uses technologies like Link Aggregation Control Protocol (LACP) to manage data flow efficiently.

Identifying the location of 5G cell towers is a challenge for businesses in rural and remote areas, despite the immense opportunities 5G connectivity offers. While enhanced data speeds, reduced latency, and greater bandwidth can significantly enhance business efficiency, profitability, and customer experiences, accessing these benefits hinges on locating the 5G cell sites.

Private cellular networks provide the direct network control for enterprises in many industries, including manufacturing, healthcare, energy, and transportation. In smart cities, these networks facilitate city-wide IoT applications and services. Educational institutions, corporate campuses, and large venues use private networks to ensure seamless connectivity and comprehensive coverage for many users.

Internet connectivity is a significant challenge for rural businesses. Many business-critical operations and devices, including smartphones, tablets, laptops, and even desk computers, rely on this critical infrastructure. Rural businesses must overcome this connectivity challenge in an effective and cost-efficient way.

Effective deployment, setup, monitoring, and management of cellular antennas can dramatically improve wireless connectivity for business and homes in underserved areas.

Cable free internet is a powerful tool to have for many businesses. It allows enterprises to flexibly deploy high-quality, high-bandwidth internet easily, cost-efficiently, as needed and where needed. This is very important in rural and remote areas where wireline connectivity provided by DSL, fiber, or cable simply isn’t an option, either because it isn’t offered or is cost-prohibitive. Businesses operating in these areas can’t afford to be left without a viable internet connection.

Automatic failover is the most reliable and efficient form of failover. It ensures businesses can maintain normal workflows, access necessary data, support internal and external communications, and conduct business irrespective of network conditions.

One of the key network elements that enables continuous connectivity for many businesses is a Dual WAN router. These routers have two WAN/LAN ports, allowing them to either simultaneously or alternately connect to multiple Internet Service Providers (ISPs). Traditional routers with only a single WAN port can only connect to one ISP. With multi-WAN ports, businesses have more flexibility.

Load balancing works by distributing network traffic efficiently across multiple backend servers. It helps ensure that applications are always available and makes it easier to optimize application performance and manage workloads.

Despite its ubiquity, Wi-Fi is not the only or even necessarily the best technology to connect to the internet and support private networks, particularly for businesses. While Wi-Fi is adequate for many businesses that have only very limited reliance on internet access or place low demands on their network, for those that need high-quality, far-reaching, and secure internet, Citizens Broadband Radio Service (CBRS) may be a better choice.

One of the most common and effective methods companies use to protect their networks is intrusion prevention systems (IPS). These cybersecurity solutions actively monitor network traffic and prevent threats from entering a network or endpoint through vulnerabilities in your system.

Firewall-as-a-Service (FWaaS) is a cloud-based network security solution that offers organizations an easy and cost-effective way to protect their networks, data, and devices. It’s normally a subscription-based service where the firewall functionality is provided and managed remotely by a third-party service provider. It offers the same level of protection as traditional firewalls but with added flexibility, scalability, and centralized management capabilities.

An SD-WAN virtualizes the network and separates the traffic decision-making process (control plane) from the traffic forwarding process (data plane). As a result, instead of sending all network traffic through a single hub, SD-WAN can dynamically and intelligently route traffic to the optimal path based on availability, bandwidth, and latency.

The Texas Department of Information Resources (DIR) delivers technology solutions to government agencies across the state. It is primarily focused on providing state agencies with purchasing support for the procurement and acquisition of broadband service technologies, including routers, modems, gateways, and customer premises equipment (CPE).

Network type is an important consideration for businesses. Different network connections have significantly different attributes that may not matter to users at home but can have serious implications for your business functions and security, among other things.

In today’s digital landscape, businesses must have a strong disaster recovery plan in place. A disaster can strike at any time, whether natural or man-made, and it is essential to be prepared to mitigate any potential damage.

Most children today are more likely to see their first words on a screen than in a book. Digital technology and broadband access have become essential aspects of education, both in schools and at libraries. These institutions often have difficulties accessing high-quality broadband access.

The federal government launched the Broadband Equity, Access, and Deployment (BEAD) program to extend high-quality broadband access into previously unserved or underserved areas. The program makes funding available across the states for telecom providers to enhance their offerings, extending high-quality internet access into rural and remote areas where there was only low-quality access or no access at all.

Firewalls are a standard component of all consumer and enterprise networks. These security systems monitor, filter, and route incoming and outgoing data traffic based on predetermined security rules to filter out malicious actors, prevent unauthorized access to networks and sensitive data, and control the flow of outgoing traffic.

AWS Govcloud is a specific region within the larger Amazon Web Services (AWS) cloud computing platform that is designed to meet specific regulatory and compliance requirements for government workloads. It offers a secure and compliant environment for government agencies and their sensitive data. It is separate from, but functions similarly to, the standard AWS regions.

The Federal Risk and Authorization Management Program (FedRAMP) is a government-wide program established in 2011 to address the growing use of cloud computing by government departments and the sensitive nature of federal data. Its purpose is to ensure the security and compliance of cloud service providers (CSPs) working with federal agencies, making FedRAMP authorization a requirement for all CSPs seeking to work with the U.S. federal government.

FIPS 140-2, Federal Information Processing Standard 140-2, is a U.S. government standard that specifies the security requirements for cryptographic modules used to protect sensitive information. It was developed by the National Institute of Standards and Technology (NIST) and was first published in 2001.

TAA compliance refers to the Trade Agreements Act, a federal law that sets guidelines for government contracts and procurement. The purpose of this act is to promote fair and open international trade and to ensure that the products purchased by the U.S. government are manufactured in designated TAA-compliant countries.

Few enterprises have escaped reliance on information and communications technology (ICT) networks. Verticals from software to healthcare, financial management, retail, telecommunications, and government agencies rely on powerful and reliable networks to operate their businesses effectively. The proliferation of data-intensive business applications and cloud-based computing to support flexible business strategies and remote work, among other things, has made powerful and reliable networks a necessity for most businesses.

Traditional wide-area networks (WANs) rely on connectivity methods like multiprotocol label switching (MPLS) to maximize the efficiency of data movement throughout a network. These circuits are costly and don’t typically deliver superior performance. This has created increasing interest in moving data through the cloud via a software-defined wide-area network (SD-WAN).

Technology is advancing so quickly these days it hardly seems possible to keep up. Every time we get used to the latest innovation, we find out there’s another on the horizon or that even just came out.

Fast and efficient communications networks have become increasingly important to businesses across all industry verticals. Long gone are the days when fast internet access was a luxury or bonus item for some offices and a staple for forward-thinking or cyber-oriented enterprises.

Starlink and 5G represent major developments in the field of internet connectivity, which has become a crucial consideration for enterprises. Many mission-critical and business-enhancing applications rely on high-quality connectivity.

The world of telecommunications has seen numerous breakthroughs in recent years, with 5G technology leading the way. There are many advantages to deploying 5G as a wireless connection, making it a viable option for many use cases. However, for many businesses, wired connections still make sense, and fiber networks stand out as the gold standard for enterprise network architectures.

Managing network data traffic is crucial to ensuring the most effective use of network resources and an optimal user experience. With efficient traffic management, enterprises get maximum return on network investments and ensure optimal performance of network elements that support mission-critical operations.

When a network failure happens, IT teams must find the cause immediately, no matter where it is in the network. Dispatching personnel to troubleshoot hardware and software at each branch office or remote site is often not feasible. When it is, the process just prolongs the disruption and increases costs

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.

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.

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.

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.

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.

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.

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

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?