Digi IntelliFlow: Mastering Data Usage Monitoring

In our interconnected world, the efficient management of data usage is paramount for the seamless operation of Internet of Things (IoT) networks. Unforeseen spikes in cellular data or unexpected surges in non-cellular internet connections can lead to financial disruptions and hinder the ability of sites to deliver essential services. Recognizing this challenge, Digi has introduced an innovative solution – Digi IntelliFlow, a robust data usage monitor and network traffic visualization tool designed to provide actionable insights into network application data.

Understanding Digi IntelliFlow

Digi IntelliFlow is a game-changer in the realm of data usage monitoring, offering an intuitive interface that empowers network managers to gain control over their networks. This cutting-edge tool focuses on the top 10 users or top 10 destinations, offering a clear representation of network activity. This visual insight allows users to adjust settings on Digi devices, optimizing their network to meet the specific data needs of the site.

Combined Power with Digi Remote Manager

Digi IntelliFlow seamlessly integrates with Digi Remote Manager, creating a powerful duo to monitor data usage effectively and prevent excessive charges. While Digi Remote Manager primarily tracks device health and status, IntelliFlow dives deeper into the traffic passing through Digi devices. This depth of analysis enables users to identify top users, spot outliers, and detect data usage trends over time.

Enhanced Monitoring Capabilities

System administrators, technical support professionals, and network administrators can leverage the combination of Digi Remote Manager and IntelliFlow to monitor devices connected to the network comprehensively. This dynamic duo allows for the review of trends and spikes, and the setting of custom alarms to receive notifications when a device approaches or exceeds monthly data limits. Of course, you may still utilize IntelliFlow from the local web user interface as well.

Group Insights for Network Optimization

Digi Remote Manager takes it a step further by aggregating individual site or device data to present usage analytics for groups of devices. This feature offers invaluable insights into network usage patterns, facilitating informed decisions for optimal network performance.

What Can I Do With IntelliFlow?

Here’s a look at the Digi IntelliFlow interface, followed by a description of the functionality:

#	Component	Description
1	Date and time selector	Select a relative time, such as within the Last Hour, Last 30 Days, or Year to Date. Or enter a Start and End date.
2	Filters	Click to expand Show Filters. Type or select values for the appropriate filters. Click Generate Report when finished
3	Report Type	Select the type of categorization for the report: -Service: Displays IntelliFlow data by Service type or Port. -Server: Displays IntelliFlow data by the destination server being contacted. -Host: Displays IntelliFlow data by the internal host that the traffic originated from.
4	Schedule Report	Click Schedule Report to open the Scheduled Report Options dialog.
5	Views	-Click the bar graph icon to view the data in chart format. -Click the table icon to view the data in tabular format
6	Display Options (chart view only)	Click to: -Set the unit of data to be displayed. Available values are KB, MB, GB, or TB. -Set the number of top sources to be displayed. Available values are 5, 10, 20, or all. -Set the sorting order. Available values are Total, Bytes Sent, Bytes Received, or Server Address. -Download a copy of the chart in PNG, JPEG, or SVG format. -Export the chart in comma separated value (CSV) format.
7	x-axis (chart view only)	-Service view: Change between Service Type and Port number. See Service type for further details. -Server view: Change between Server Domain and Server Address. -Host view: Change between Host Domain and Host Address.

Ideal Applications for Digi IntelliFlow

Digi IntelliFlow caters to a diverse range of industries, including retail stores, public Wi-Fi networks, transportation networks, and remote industrial sites. It is particularly beneficial for those susceptible to rogue devices connecting to their network. Additionally, businesses can deploy IntelliFlow on corporate equipment to prevent abuse or unintended network usage, offering the ability to identify and mitigate rogue devices promptly.

Why IntelliFlow?

In the age of IoT, effective data usage monitoring is not just a luxury but a necessity. Digi IntelliFlow stands out as a comprehensive solution that empowers organizations to proactively manage their networks, identify potential issues, and optimize performance. With its seamless integration with Digi Remote Manager, IntelliFlow is a vital tool for staying ahead in the ever-evolving landscape of data usage management. Embrace the power of Digi IntelliFlow and transform the way you monitor and control your network data usage.

March 8, 2024By valerie 5G data usage monitor, digi, DRM, IntelliFlow, networking

A Guide to Planning Your SD-WAN Setup

Traditional wide-area networks (WANs) have long relied on connectivity methods such as multiprotocol label switching (MPLS) to facilitate data movement across networks. However, these methods are often costly and may not deliver the desired performance. The rise of cloud computing has spurred interest in software-defined wide-area networks (SD-WAN), offering enterprises a more flexible and efficient solution. In this article, we’ll explore the key considerations and steps involved in planning for an effective SD-WAN setup.

Understanding Network Requirements

Before diving into SD-WAN deployment, enterprises must thoroughly plan and design their network architecture. Key considerations include:

Network Topology: The physical and logical arrangement of nodes and connections significantly impacts network utility. Properly understanding how traffic flows through the network is essential for efficient placement of SD-WAN gateways.
Bandwidth: Determine the required bandwidth based on your business needs. Scalability is crucial – ensure that your SD-WAN solution is appropriately sized to accommodate network traffic.
Application Traffic Patterns: Recognize that different applications have varying requirements for latency, bandwidth, and security. Tailor your SD-WAN architecture to meet these specific needs. Consider features such as Load Balancing or Bonding and QoS.

Security Measures

Security is paramount in any network infrastructure. Ensure the confidentiality, integrity, and availability of your business network by thoroughly evaluating the security features of your chosen SD-WAN solution. Note that some solutions offer additional security with add-on licenses.

Utilize the advanced firewall capabilities that fall in line with your business’s security policies and industry best practices. Seamless integration with existing security infrastructure is important to maintain a consistent level of security across the network. If you need to keep using an existing firewall while implementing new hardware for SD-WAN capabilities, consider using a feature called Drop-In Mode. This is available with Digi and Peplink hardware and would allow you to make use of Failover and Bonding features.

Deployment Models

Consider how your SD-WAN will be deployed based on your business needs.

On-Premises Deployment: Ideal for enterprises with multiple physical locations like branch offices, allowing for in-house management of on-site equipment.
Cloud-Based Deployment: Suited for organizations with remote employees, eliminating the need for on-premises equipment and providing secure access for remote users.
Hybrid SD-WAN: An optimal solution for businesses supporting both branches and remote employees, combining physical devices at office locations with cloud-based access for remote users.

Feature Implementation

Implement QoS policies to prioritize critical network traffic and ensure a seamless user experience. You can prioritize certain devices, and even applications, as needed by controlling how much bandwidth is provided to each. Additionally, utilize Load Balancing to split LAN connections across different WAN services, which can help alleviate the load on one connection at a time. Or, combine WAN services via Bonding for better performance and uptime.

Testing and Validation

Before implementing SD-WAN in a production environment, run thorough testing and simulations. Conducting real-world testing to simulate network conditions ensures the solution can handle peak traffic loads and diverse application and user types. Testing failover and redundancy mechanisms help maintain network connectivity in case of device or link failures. Some products provide tools for testing network performance, which is typically available via the webUI or a cloud management service.

Continuous Monitoring and Optimization

Admins can ensure optimal network performance by regularly monitoring network efficiency and making informed decisions for improvement. Cloud managers can assist by supporting automated alerts for critical performance thresholds. This allows admins to act quickly as issues arise. Start by establishing performance baselines to benchmark network performance, which can help identify deviations that require attention. Overall, ensure that you have visibility into all parts of the network, including WAN, LAN, and cloud deployments.

Looking for a SD-WAN Solution? Contact 5Gstore.com!

5Gstore.com has solutions available for any use case. From your home office, to a large enterprise, look no further. We have solutions available from Cradlepoint, Digi, Inseego, Peplink, and Sierra Wireless. Our team of experts are available to assist you Monday thru Friday 9am to 6pm CT at 833-547-8673. You may also reach out to sales@5gstore.com and we will follow up with you ASAP.

February 28, 2024By valerie 5G Bonding, Failover, networking, QoS, SD-WAN, security

What Are Containers and How Are They Used?

If you’ve had anything to do with IT the past decade, chances are you’ve heard of containers. These lightweight, portable, and scalable units have revolutionized the way software is developed, deployed, and managed. However, not many understand what a container is or how it can be used. This blog is not meant to be a guide on how to set up or use containers, but simply a means to better understand how they operate and how they may help your business.

Understanding Containers

At its core, a container is a standalone, executable package that includes everything needed to run a piece of software, including the code, runtime, libraries, tools, and system libraries. Unlike traditional virtual machines, containers do not require a separate operating system for each application. Instead, they share the host system’s operating system kernel, making them incredibly efficient and lightweight.

How Containers Work

Containers operate through containerization platforms like Docker and Kubernetes. Docker, in particular, seems to be the standard for containerization. It allows developers to create, deploy, and run applications in containers. These containers can run on any environment – be it a developer’s laptop, a testing server, or a production data center – ensuring consistency across different stages of the software development lifecycle.

Containers utilize the host system’s resources efficiently, as they don’t require a full operating system for each application. They share the host OS kernel, consuming less memory and disk space compared to traditional virtual machines. This efficiency translates into faster startup times and improved performance.

What Can You Do with Containers?

The versatility of containers opens a realm of possibilities for developers, IT professionals, and businesses. For developers, containers allow them to concentrate on coding while ensuring consistent application performance across diverse platforms. Others benefit from container orchestration platforms that simplify deployment, scaling, and management tasks. Here are some of key tasks you can accomplish using containers:

1. Application Isolation and Portability

Containers allow you to isolate applications and their dependencies, ensuring they run consistently across different environments. Developers can build applications with all the necessary components packaged within a container. These applications can then be moved and executed seamlessly on any system with container support, regardless of the underlying infrastructure. This level of portability is a game-changer for software development and deployment.

2. Rapid Development and Testing

Containers enable rapid development cycles by eliminating the “it works on my machine” problem. Developers can work in isolated environments, ensuring that applications behave the same way in development, testing, and production. This consistency accelerates the development process, allowing teams to iterate quickly, test new features, and debug without worrying about environment discrepancies.

3. Scalability and Resource Efficiency

Containers can scale horizontally, meaning you can deploy multiple instances of an application across various containers. Container orchestration platforms like Kubernetes automatically manage the scaling process based on demand. This scalability ensures that applications can handle varying workloads efficiently. Moreover, containers consume fewer resources compared to traditional virtual machines, making them highly resource-efficient.

4. Microservices Architecture

Containers facilitate the adoption of microservices architecture, where complex applications are broken down into smaller, manageable services. Each service runs in its own container, enabling independent development, deployment, and scaling. Microservices architecture promotes flexibility, allowing organizations to update specific services without affecting the entire application, leading to enhanced agility and easier maintenance.

5. Continuous Integration and Continuous Deployment (CI/CD)

Containers play a pivotal role in CI/CD pipelines. Developers can package their applications into containers, ensuring consistency between different stages of the software delivery process. Automated testing and deployment tools can work seamlessly with containers, enabling rapid and reliable software releases. CI/CD pipelines using containers enhance collaboration between development, testing, and operations teams, fostering a culture of continuous improvement.

6. Hybrid and Multi-Cloud Deployments

Containers provide a consistent environment across different cloud platforms and on-premises infrastructure. This consistency allows organizations to embrace hybrid and multi-cloud strategies without worrying about compatibility issues. Containers can be deployed and managed uniformly, enabling seamless migration and workload distribution between various cloud providers and private data centers.

Conclusion

Containers have undeniably transformed the landscape of IT and software development. With their lightweight, portable, and scalable nature, they have revolutionized the way applications are created, deployed, and managed. Unlike traditional virtual machines, containers are highly efficient and resource-friendly.

Through containerization platforms like Docker and Kubernetes, users have found versatile solutions to their respective challenges. As we move forward, understanding the power and versatility of containers will continue to be vital. Their ability to provide consistency, efficiency, and collaboration across different stages of the software development lifecycle makes them indispensable tools in the hands of IT professionals. Embracing containers means embracing a future where software development and deployment are not only streamlined but also more reliable and agile.

Are you looking for a router that can support containers? Check in with the 5Gstore team for more information!

November 14, 2023By valerie 5G Containers, Docker, Kubernetes, networking, Router

What You Should Know About Private 4G LTE and 5G Networks

Connectivity has become the lifeblood of modern enterprises. With the exponential growth of data-driven technologies, businesses are seeking reliable and high-performing networking solutions that can meet their evolving demands. Enter private cellular networking – a game-changing innovation that promises to revolutionize enterprise connectivity. In private cellular networking, one common requirement across all enterprise deployments is the desire for improved wireless coverage that offers high speeds, minimal latency, and the capacity to transmit vast volumes of data instantly. In this article, we will explore the concept of private cellular networking, its benefits, and its potential to reshape the way businesses operate.

What is Private Cellular Networking?

Private cellular networking refers to the deployment of dedicated cellular networks within an enterprise’s premises, providing secure and customized connectivity. It harnesses the power of cellular technology, such as 4G LTE and 5G, to create localized networks tailored to the specific needs of an organization. Private networks are just like public ones, but operate on different frequency bands. This is why not just any device can connect to a private cellular network.

Enhanced Wireless Coverage

One of the primary drivers behind the adoption of private cellular networking is the need for enhanced wireless coverage. Traditional Wi-Fi networks often struggle with coverage limitations, especially in large and complex enterprise environments. Private cellular networks, on the other hand, leverage cellular infrastructure to deliver a broader coverage area, reaching even remote corners of a facility. This expanded coverage ensures seamless connectivity for employees, devices, and Internet of Things (IoT) devices, facilitating uninterrupted operations and increased productivity.

Unleashing High Speeds and Low Latency

In our data-driven world, speed and latency are critical factors in delivering efficient and responsive services. Private cellular networking offers businesses the ability to tap into the high speeds and low latency of cellular networks. With 4G LTE and 5G technologies, enterprises can enjoy faster data transfer rates, enabling real-time collaboration, video conferencing, and access to bandwidth-intensive applications. Additionally, the reduced latency ensures quicker response times for mission-critical tasks, enabling faster decision-making and enhanced operational efficiency.

Handling Massive Data Transfers in Real-Time

The exponential growth of data presents a significant challenge for enterprises, especially when it comes to transferring large volumes of data in real-time. Private cellular networking addresses this challenge by providing the capacity to handle massive data transfers seamlessly. With higher bandwidth and network capacity, businesses can effortlessly transmit data-intensive applications, video streams, and IoT-generated data, enabling real-time analytics, predictive maintenance, and data-driven insights. This capability opens new avenues for innovation and empowers enterprises to harness the full potential of their data.

Security and Control

One of the standout features of private cellular networking is the enhanced security it offers. Traditional Wi-Fi networks are susceptible to security vulnerabilities, making them a prime target for cyberattacks. Private cellular networks, on the other hand, provide inherent security features, such as encryption and authentication, ensuring secure communication and data transfer. By having full control over their network infrastructure, enterprises can implement robust security protocols tailored to their specific requirements, safeguarding their sensitive data and mitigating risks.

CBRS and Other Private Network Spectrums

In the United States, the Federal Communications Commission (FCC) designated the Citizens Broadband Radio Service (CBRS) as a wireless spectrum band exclusively available for private LTE networks. To connect to these private CBRS LTE networks, edge devices such as smartphones, embedded modules, and routers must obtain FCC certification specifically for the use of the CBRS band. Once certified, these devices can seamlessly connect to and operate within private CBRS LTE networks. Organizations seeking to establish their own private LTE networks have additional spectrum options available apart from CBRS. The FCC has recently approved rules that enable the use of a 900 MHz band of spectrum, owned by Anterix, for private networks. This expanded spectrum option provides organizations with more flexibility in designing and deploying their private LTE networks to cater to their specific needs.

Switch Between Private and Public Cellular Networks Where Needed

Routers equipped to support both private and public cellular networks offer a versatile solution for seamless connectivity, empowering users to switch between networks as needed. For instance, in scenarios like fleet vehicles, these routers enable a dynamic transition between public networks while on the road, and the company’s private network when they are in-house. This adaptability ensures continuous and reliable communication, optimizing the performance of applications and services. The ability to effortlessly switch between private and public networks enhances operational efficiency, enabling businesses to maintain a secure and controlled network environment when on their premises, while taking advantage of the broader coverage and connectivity options offered by public networks when their fleet vehicles are on the move. Ultimately, this capability provides organizations with the agility and flexibility to meet their diverse connectivity requirements, maximizing productivity and enhancing the overall user experience.

Industry Applications and Future Potential

Private cellular networking has a wide range of applications across various industries. From manufacturing and logistics to healthcare and smart cities, the benefits of enhanced coverage, high speeds, and secure connectivity are transforming the way businesses operate. With the evolution of 5G technology, private cellular networking holds even more promise, enabling innovations like autonomous vehicles, remote surgeries, and immersive virtual experiences.

July 21, 2023By valerie 5G 5G, Cellular, LTE, networking, PCN, Private network

What is SD-WAN and How is it Beneficial?

These days organizations rely heavily on their network infrastructure to communicate with customers, partners, and employees. However, managing a network can be a complex and time-consuming process, especially when dealing with multiple branch locations, data centers, and cloud services. This is where SD-WAN (Software-Defined Wide Area Network) can be helpful. SD-WAN is a networking technology that utilizes multiple WAN connections. There is software that essentially defines which WAN connection traffic on your network should use. This allows businesses to connect their various locations and services in a more efficient and cost-effective manner.

Improved Network Performance

SD-WAN can automatically route traffic over the most optimal path, improving network performance and minimizing latency. It does this by analyzing network traffic and selecting the best path based on factors such as bandwidth availability, network congestion, and link quality. This ensures that critical applications receive the bandwidth they need to function effectively, while less critical applications are routed over lower-priority paths.

Increased Agility

SD-WAN simplifies network management and makes it easier to make changes to the network quickly and easily. With SD-WAN, network administrators can manage their WAN using software and automation. This reduces the need for manual configuration and management. Deploying new applications and services is made easier, as well as making changes to the network on the fly.

Cost Savings

SD-WAN allows organizations to reduce their reliance on expensive MPLS circuits and leverage more affordable broadband internet services. This is achieved by using multiple transport technologies – such as broadband, 4G/5G, and MPLS – to create a hybrid network that can be dynamically adjusted to meet bandwidth and performance needs. This not only decreases costs but also provides organizations with more flexibility when it comes to selecting their network infrastructure.

SD-WAN In Use

SD-WAN can be used in a number of different applications. It does not matter if you only have one user or multiple. In situations where you need the best network performance and reliability possible, look for a SD-WAN solution. Here are some common use cases for SD-WAN:

Connecting branch offices: SD-WAN allows organizations to connect their remote branch offices to their main network without the need for expensive dedicated connections. This can be achieved by leveraging low-cost broadband internet connections and using SD-WAN to intelligently route traffic over the most optimal path.
Cloud connectivity: With the increasing use of cloud services, SD-WAN provides a secure and reliable way to connect to cloud applications and services. It can optimize traffic routing and ensure that users have access to the most suitable and high-performing cloud resources.
Security: SD-WAN offers enhanced security features such as end-to-end encryption, next-generation firewalls, and intrusion prevention systems. This ensures that the traffic flowing over the network is secure and protected from cyber threats.
Application performance: SD-WAN provides organizations with better control over their applications by optimizing traffic routing, prioritizing traffic based on business needs, and providing real-time visibility into network performance.
Internet Backup: In the event of a network outage, SD-WAN can also provide failover capabilities. It will automatically route traffic over secondary links and allow critical applications to remain operational. When your primary link reconnects, traffic will be rerouted as needed.

Overall, SD-WAN is a powerful networking technology that can help organizations improve their network performance, reduce costs, and increase agility. By simplifying network infrastructure and automating network management, SD-WAN can free up valuable time and resources for organizations, allowing them to focus on their core business objectives. Whether you need to connect multiple sites, support remote workforces, or provide secure Wi-Fi access to customers, SD-WAN can help simplify management.

If you’re interested in learning more about SD-WAN and how it can benefit your business, contact us today via phone, email, or chat!

April 5, 2023By valerie 5G networking, performance, SDWAN