Category: 5G

The Strategic Value of Out-of-Band Management Solutions

Maintaining an efficient and secure network infrastructure is paramount for businesses seeking sustainable success. Network disruptions can lead to revenue loss, operational inefficiencies, and eroded customer trust. In response, innovative approaches like out-of-band management have emerged, offering a robust solution to address these challenges. In this comprehensive guide, we delve into the realm of out-of-band management, exploring its mechanics, problem-solving prowess, and why the investment in solutions is a strategic decision that yields significant returns.

Decoding Out-of-Band Management

Out-of-band management (OOBM) is a cutting-edge practice that revolves around independently managing network devices separate from the primary network pathway. This ingenious approach empowers IT administrators to access and troubleshoot network components, even when the primary network encounters disruptions. By establishing an alternative avenue for device control, OOBM ensures critical management tasks proceed seamlessly regardless of the network’s operational status.

In other terms, OOBM can be likened to adding a back door to your house that provides a crucial alternative access point in times of need. Just as a back door allows you to enter your house if you’re locked out or the front entrance is inaccessible, OOBM establishes a separate pathway for network administrators to remotely access and manage network devices, even if the primary network is down or facing issues. This ‘back door’ approach ensures that critical management tasks can be performed, configurations adjusted, and troubleshooting executed, safeguarding against extended downtime and maintaining operational continuity. Just as the back door provides a valuable fail-safe option, OOBM serves as a vital lifeline for maintaining network functionality, particularly in critical situations where rapid response is essential.

The Inner Workings of Out-of-Band Management

OOBM operates through distinct communication channels that operate independently of the main network. These channels can include serial connections, cellular networks, or satellite links. By harnessing these supplementary pathways, IT teams gain the capability to remotely access and manage network devices, encompassing routers, switches, and servers.

In practice, when the primary network encounters a setback, administrators can pivot to the out-of-band channel. This maneuver allows them to diagnose and resolve issues, fine-tune configurations, execute software updates, and restore the network to peak functionality.

Addressing Critical Network Issues

  • Mitigated Downtime: The foremost advantage of OOBM lies in its potential to minimize network downtime. By furnishing an independent route for troubleshooting and maintenance, IT teams can swiftly resolve issues even in the absence of a functional primary network. This translates to shorter downtimes, reduced financial losses, and an amplified level of operational continuity.
  • Fortified Security: Cyber threats loom large in the digital landscape. OOBM augments security by maintaining a clear separation between management traffic and the primary network. This isolation thwarts potential attackers from exploiting vulnerabilities during network maintenance, thereby fortifying your network’s defense mechanisms.
  • Simplified Infrastructure: OOBM presents an opportunity to streamline infrastructure by centralizing network management tasks. This consolidation can lead to cost savings and heightened operational efficiency, as IT resources are optimized for more strategic endeavors.
  • Remote Mastery: The geographical dispersion of modern business operations necessitates remote management capabilities. Out-of-band solutions empower IT administrators to oversee widely distributed networks without physical presence. This feature is particularly invaluable for enterprises housing remote offices or branch locations.

Unlocking Strategic Value: Why Invest the Extra Capital?

The decision to invest in OOBM solutions, albeit involving an additional cost, is a calculated move with numerous compelling justifications. We’ve outlined a few below. 

  • Downtime Reduction and Business Continuity: The financial repercussions of network downtime can be staggering. OOBM equips IT teams to swiftly address and rectify issues, ensuring minimal disruptions even in the absence of a functional primary network. This agility translates to shorter downtimes, reduced revenue loss, and heightened business continuity.
  • Expedited Issue Resolution: Traditional troubleshooting methods often entail on-site visits, which are time-intensive and costly. OOBM empowers IT teams to remotely diagnose and resolve issues, expediting issue resolution and bolstering customer satisfaction through consistent service availability.
  • Security Enhancement and Risk Mitigation: Cyber threats pose a substantial risk in the digital realm. Out-of-band management’s isolation of management traffic from the primary network fortifies security by reducing the vulnerability to unauthorized access, data breaches, and malicious attacks. This proactive approach safeguards your business’s reputation and customer trust, potentially circumventing the substantial costs associated with a security breach.
  • Operational Efficiency: OOBM centralizes and simplifies network management, removing the need for intricate on-site infrastructure. This streamlined approach enhances operational efficiency, reduces the necessity for on-site visits, and optimizes IT resources for more strategic initiatives. The resulting efficiency can lead to sustained cost savings and refined resource allocation.
  • Remote Management Competence: In an era where remote work and dispersed teams prevail, the ability to manage network devices from any location is a distinct advantage. OOBM solutions empower administrators to execute tasks remotely, regardless of physical proximity to the affected location. This feature is particularly valuable for enterprises spanning multiple branches, remote offices, or geographically scattered assets.
  • Compliance and Audit Facilitation: Certain industries, such as finance and healthcare, are beholden to stringent regulatory mandates. OOBM solutions offer a structured approach to network management and monitoring, aiding compliance endeavors. The ability to audit and document alterations made to network configurations ensures accountability and enables your business to meet regulatory obligations seamlessly.
  • Future-Proofing: Technological progress is relentless, and your network infrastructure must remain adaptable. Investing in OOBM signifies a forward-looking stance toward network management. As your business expands and integrates new technologies, having a robust out-of-band solution in place positions you to seamlessly assimilate and manage these innovations.

Why Choose 5Gstore Solutions?

  • Cradlepoint: Renowned for its wireless edge solutions, Cradlepoint’s NetCloud Service incorporates a suite of out-of-band management features. This empowers remote configuration, troubleshooting, and software updates. Businesses with expansive operations, such as retail chains or IoT deployments, stand to benefit significantly from Cradlepoint’s offerings.
  • Digi: Digi’s out-of-band management solutions focus on delivering remote access, monitoring, and control capabilities, ensuring that IT administrators can effectively manage their network devices regardless of the status of the primary network. These solutions often leverage cellular connectivity, offering an independent communication channel that is separate from the main network. This approach enables administrators to troubleshoot issues, apply updates, and reconfigure devices even when the primary network is down due to outages, congestion, or security concerns.
  • Inseego: Inseego Connect with OOBM is a remote management solution that provides a high-speed data plane connection and secure management plane simultaneously from a single device. The always-on connection enables IT personnel to securely troubleshoot, adjust, and monitor any network device directly from a user-friendly terminal window within Inseego Connect.
  • Peplink: Acknowledged for its Balance and MAX series routers, Peplink offers advanced out-of-band management capabilities through its InControl 2 cloud-based platform. This platform facilitates remote management and monitoring, configuration adjustments, and resolution of connectivity issues. Peplink’s solutions are particularly valuable for enterprises seeking robust remote management capabilities.
  • Sierra Wireless: A recognized leader in IoT solutions, Sierra Wireless provides out-of-band management capabilities through its AirLink routers and management solutions. These solutions enable remote monitoring, diagnostics, and troubleshooting, ensuring seamless network management even in challenging environments.

What if My Device Doesn’t Support OOBM?

There are alternatives that can provide you some control over your network and other devices when your primary access fails. While a backup connection is still necessary, you may use a device like the 5Gstore Remote Power IP Switch to remotely reboot power to certain devices. Use either the 2 outlet model connected via Ethernet LAN or our single outlet, which can connect via WiFi. These Switches can either automatically reboot power when your primary Internet connection is dropped, or you may manually control power to it via a secondary Internet connection. For more information, check out our video. 

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Exploring eSIM Benefits and Integration

In our increasingly digital world, connectivity is a cornerstone of modern life. From smartphones to smart homes, the need for reliable and versatile connections has never been greater. Enter the eSIM (embedded SIM), a technological marvel that is reshaping the way we stay connected. This article explores what eSIM is, its numerous benefits, and its integration into a range of cutting-edge devices.

Understanding eSIM: The Digital Passport for Devices

An eSIM, short for embedded Subscriber Identity Module, is a virtual SIM card that is built directly into a device’s hardware. Unlike traditional SIM cards that need to be physically inserted and replaced, eSIMs allow devices to connect to mobile networks without the need for a physical card. This breakthrough technology is transforming how we interact with networks, offering a wealth of benefits that cater to both consumers and businesses alike.

Benefits of eSIM: Redefining Connectivity

  • Convenience: One of the most significant advantages of eSIM technology is its convenience. Users no longer need to fumble with tiny SIM cards or worry about losing them. Devices can be activated remotely, enabling a seamless setup process.
  • Remote Activation: eSIM enables users to switch carriers or activate new plans without requiring a physical visit to a store. This is especially beneficial for travelers who can purchase and activate local plans on-the-go, ensuring uninterrupted connectivity.
  • Dual-SIM Functionality: With eSIM, devices can have dual-SIM capabilities without the need for a physical second slot. This feature is invaluable for those who need separate personal and work numbers or who frequently travel internationally.
  • Cost Efficiency: The ability to switch carriers and plans without changing the physical SIM card can lead to cost savings. Users can easily opt for the best deals without the hassle of obtaining and replacing traditional SIM cards.
  • Space-Saving Design: eSIM’s compact nature allows device manufacturers to design sleeker, more streamlined products. This is particularly important for smaller devices where space is at a premium.
  • Environmental Impact: The reduced need for physical SIM cards translates to less plastic waste and a smaller carbon footprint.

Revolutionizing Connectivity: eSIM Integration in Various Models

Numerous models have embraced eSIM technology to provide users with enhanced connectivity options. Let’s delve into a selection of these models:

  • BR1 Mini, BR1 Mini Core: Compact and powerful, these models offer eSIM integration for easy network connectivity in remote or mobile environments.
  • BR1 Pro 5G, BR2 Pro: These models combine the power of 5G and eSIM for high-speed connectivity, making them ideal for demanding applications.
  • MAX Adapters (LTEA, 5G): Providing eSIM capabilities, these adapters ensure dependable connectivity in various settings, though SFC Protect is not supported on SFC 5G/LTE plans.
  • UBR Plus, Transit Duo Pro: These models offer eSIM support for reliable network access in critical scenarios, including failover and load balancing.
  • Balance Series (20X, 310X): eSIM integration in the Balance series enhances network reliability and stability for businesses.
  • MAX HD Series (HD2 MBX, HD4 MBX 5G): These models utilize eSIM technology to create robust and high-performing networks.
  • Sierra RV55, Sierra MP70: These devices provide eSIM-enabled connectivity for vehicles, enhancing communication in transportation and remote settings.

The Future of Connectivity: eSIM and Beyond

eSIM technology has proven itself to be a game-changer, offering unparalleled convenience and flexibility in a digitally connected world. As more devices integrate eSIM capabilities, we can expect to see even greater innovation in how we connect and communicate. Whether it’s enabling seamless international travel, enhancing business operations, or supporting critical applications, eSIM’s impact is far-reaching and transformative. As the technology continues to evolve, we can only imagine the exciting possibilities it will unlock for the future of connectivity.

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Saying Farewell to BlueJeans: Verizon’s Video Collaboration Service

Verizon Wireless just sent out a note alerting users of BlueJeans, a video collaboration service, that it will no longer be supported.

Here’s What You Need to Know:

  • Service Termination Date: Your BlueJeans service will officially come to an end on December 31, 2023. Until then, you can continue to utilize the service for your virtual meetings and collaborations.
  • Early Termination Option: If you prefer to transition away from BlueJeans before the end of the year, you have the option to terminate your service sooner. To do this, simply access your account in Verizon My Business. Alternatively, you can reach out to Verizon’s dedicated Customer Support team at 800.922.0204 for assistance with making the necessary service changes.
  • Exploring Alternatives: Verizon understands that the right communication tools are essential for your business. In light of this change, they will be sending you a follow-up communication with information about alternative meeting options that may be suitable for your needs.
  • Bundled Services: If BlueJeans is currently bundled with other Verizon services you are utilizing, rest assured that those additional services will remain unaffected. Any discounts or promotional rates you’re enjoying on those services will continue even after your BlueJeans service is terminated.
  • Download Your Recordings: If you have any important recordings stored on the BlueJeans platform, they recommend that you download them prior to the service termination date. After this date, in accordance with the BlueJeans privacy policy, your content will be deleted.
By 5G ,

Cutting the Cable – Switching from Cable Internet to Cellular 5G

90 Days in: An Update

After about 90 days of living off 5G Internet service, I am more than pleased with the experience. Have I had any issues? I’d be lying if I said no, but thankfully they’ve been minor. Things like buffering video and choppy audio on voice over IP (VoIP) calls. Regardless of those issues, I was able to use over 500GB of data in June and just over 1TB in July (unfortunately, my May usage was lost). 

I found that my issues were mainly noticeable for my work purposes. This includes real time video meetings and VoIP calls. The buffering I experienced was typically while trying to stream movies during my personal time, which was acceptable. However, I wanted to look for ways to possibly improve those issues. 

When I first installed the 5G service, I simply used the antennas that came with the router. These provided a decent signal and okay quality. Leaning on my experience here with 5Gstore.com, I know that signals tend to improve when there are less obstructions. This means getting the antennas outside and higher up in elevation. The best way to accomplish this is with an outdoor antenna. 

I decided to install an outdoor directional antenna as they are generally more powerful than omnidirectional antennas. They are also focused in a specific direction so you can test and compare results from multiple cell towers (if applicable). This may result in not only better signal, but better quality if there’s less interference in one direction. With less interference, the speeds can normally increase too. 

Since installing the directional antenna, my connection has noticeably been more consistent. That’s with a slight change in frequency band connection and small to large increase in signal and quality (depending on the band). 

The speeds have usually been around 130-160 Mbps down and 13-17 Mbps up with approximately 30-40ms ping times. It would seem that a more consistent connection allows for more usage, which might explain the jump seen on my network between June and July.

Original article, published 5/23/2023:

For years, if you could get your hands on it, cable was the go-to option for both TV and Internet. However, in more recent years, 4G/5G Internet has been a game changer in the world of home entertainment and remote work. “Cutting the cable” might be something you’ve heard a lot recently, especially if you’re subjected to any commercials on live TV or the radio. Making the switch from cable to 4G or 5G Internet can save you money and headaches from outages or overall unsatisfactory service – or so they say. Can it really? I’m here to answer that question, at least based on my own experience with Comcast/ Xfinity. However, this article applies if you are wanting to leave COX or Spectrum.

A Little Background

I’ve been using Comcast/ Xfinity cable for TV and Internet pretty much since it became available. The ease of accessibility was something I quickly grew accustomed to. As time went on, the Internet speeds got faster and more channels were added to the TV lineup. I was addicted on all accounts. Although catching new episodes of my favorite shows was always a struggle. 

Eventually, I grew up and became an adult living in a world of endless entertainment and high speed Internet. I got married to a man just as interested in TV and film as I was. Neither of us had ever lived without cable so it was natural we got cable for TV and Internet when we bought a house. At that time, we marveled at all the content available and felt fortunate to have such high speed internet when so many others do not. 

Having this cable connection allowed me to start working from home almost 12 years ago. I was convinced cable was the best and most reliable connection to have for this purpose. So here we are, two people and a bunch of connected devices with download speeds of up to about 250 Mbps and upload speeds of up to 15 Mbps. This is way more than we ever needed for personal or work use. Still, I believed I had no other choice for a reliable Internet service, especially because my husband and I thought we needed cable TV. After all, the overall cost for TV and Internet was only slightly higher than Internet by itself. 

Working for 5Gstore.com

After some time working from home, I was provided a cellular modem to use as a backup Internet connection. This was a modem that 5Gstore (previously 3G store) both sold and supported, so it helped me on a few levels. I found the connection to be sufficient for my work use, but couldn’t imagine trying to live off that for personal use. I liked to download a lot of audio and video content as well as play games online, which all required more bandwidth speed than I saw a 3G service could provide. 

Gradually, the 4G/5G services started to improve and I could see the capabilities were growing. However, from working with customers who were solely working on cellular, I discovered that it still would not seem adequate for my personal use. Mainly because of the amount of data I would need to use for both work and personal use. From what I could see on our cable usage, we were using anywhere from about 60 GB to 900 GB. We definitely needed an unlimited data plan.

Making the Decision to Switch from Cable to 5G

Over just the past year, there have been multiple choices for Internet service and video content available to me. It was important that I have something reliable and as consistent as possible with its bandwidth speeds. Unfortunately, I couldn’t find anything better than my cable connection and I gave up pretty quickly. 

More time passed and both my husband and I found ourselves watching less and less cable TV and more content on streaming services. Nothing interested us on cable. Or, the content that was on could easily be accessed later without commercials. So why would we bother watching it live?

When 5Gstore announced their 5G unlimited data plan with no overages or throttling, I jumped at the chance to check my service. I live just outside of Chicago, which is thankfully in a coverage area. This changed my outlook on everything. I already knew that I could work off 3G and 4G cellular service. I also had been seeing and hearing reports of over 100 Mbps download speeds and higher, which I knew would be sufficient for my personal use. I was on board to at least test it out. As an added bonus, I had a chance to finally use the Peplink MAX BR1 Pro 5G!

The Transition from Cable to 5G

Coming from a household that has had cable Internet and TV for decades, it was a little strange to consider canceling. After all, I was technically sacrificing some bandwidth speed as well as all the channels and on demand video content our TV plan had to offer. I decided to keep both plans in place for a month. The goal was to perform comparison testing during this time. Though I also still wanted access to the cable in case the cellular became unusable. This would hopefully provide a smoother transition, while allowing my husband and I to see if we could live without cable.  

The first part of the process was checking my address for service. This was done in a matter of minutes since it was during the work day. Next, placing an order from 5Gstore.com. This was simple and an even faster step. Not just because I work for the company, but because I took the same steps that any customer would take.   

In my case, I started using the 5G unlimited data plan. This is considered a Fixed Wireless Access (FWA) type of Internet connection that requires address verification because of limited tower availability.  It operates directly off the Verizon cellular network and can connect to C-Band frequencies, which can provide faster, more reliable speeds. 

Overall, this was a smooth transition. Sure, my experience in this business helps, but this is something that anyone can do. Just let the 5Gstore sales team assist you with selecting the appropriate data plan and 4G/5G router or modem first. Once you’ve got your hands on the SIM card and hardware, the installation is quick and easy. In fact, you could be set up and ready to go in a matter of minutes. 

My Experience Living and Working on 5G

The Peplink MAX BR1 Pro 5G swapped in for the cable modem nicely. I found a great location in my home where I was able to get a decent 4 bar, or roughly -96 dBm to -113dBm RSRP. I was able to get a consistent 5G signal on the C-Band (5G band n77) along with a signal over 3 additional 5G and 4G LTE bands. This was achieved with the Peplink and its stock, paddle style antennas. 

My current work involves uploading and downloading lots of files. Even with the roughly 100 Mbps slower download speeds, I did not see much difference when downloading over cable versus 5G. The upload speeds from 5G were actually quite comparable to cable. Typically, upload speeds were around 10 to 13 Mbps so uploading files was barely noticeable in comparison to uploading over cable.  

Occasionally, I am on the phone using VoIP service or on a video meeting. I would say that 99% of the time, my experience is excellent. The other 1%, the audio on a phone call will cut out for a moment and then return. For the most part, video meetings were just as fantastic. In some cases, it even appeared to be better than what I saw over cable. 

When I use streaming services for TV and movies, I normally try to watch in 4K when possible. I was surprised that there were no issues with this. Then again, the download speeds are still way higher than my husband and I need. In comparison to the roughly 250 Mbps from cable, I normally received between 120 Mbps and 170 Mbps. That all being said, it would be difficult for me to tell the difference from cable. This was a pleasant surprise.

Regarding my data usage I gathered information over a complete month of testing (April 1st to April 30th). My usage totalled about 741 GB. Of that, my work PC used 121 GB and my work phone used 532 MB.

On a side note, this 5G unlimited plan, and a 4G LTE plan that 5Gstore offers, come with a static IP address. I found this extremely useful for setting up a VPN connection between my router and a colleague’s for easy access to devices on my LAN. I could also see it helpful if I wanted to access my personal files remotely when on vacation. Naturally, there are pros and cons to everything. So, while it proved to be helpful for my business use, it was otherwise frustrating for personal use. How could that be? Well, in order for a static IP address to work in this case, it had to be routed through a connection in Nebraska before reaching me in Illinois. This caused my devices without GPS capability (everything but our cell phones) to think they were in Omaha rather than Chicago. 

Why was this frustrating? All the commercials and local television access I had through streaming services like Amazon Prime, Hulu and Paramount+ were showing me content from Omaha and there was no option to change this to Chicago. Once the static IP address was removed from the line of service, it fixed the issue and all local content started coming from Chicago. Keep this in mind if you plan on purchasing a 5Gstore.com data plan for home use. Simply request we do NOT include the static IP when checking out and we’ll ensure it’s not included. 

Final Thoughts

Without cable service, I’m saving a little over $100. Not only is the 5G data plan cheaper, but there’s no hardware fees for renting hardware. You own the hardware and the SIM card is a one time fee. There’s no activation fees either like there are with some 4G/5G services. These savings even include the cost of streaming services. Those services are currently Amazon Prime, Disney+, Netflix, and Paramount+ with Showtime. 

So, is it worth it? I’d say yes! Whether you have COX, Spectrum, Charter, or Xfinity like me, it’s definitely worth the switch. Not only have I had 24/7 service, but my speeds have been pretty consistent and more than adequate for my usage. They’ve also been comparable to cable. The great thing about the data plan, aside from being so much less expensive, is that there’s no contract. We pay month to month and can cancel any time. Should I ever need to renew the service [after canceling] I would just purchase a new SIM card and data plan for my router.  

If you’re considering making the switch, it’s worth doing your research to find a provider like Verizon or T-Mobile, along with a plan that works for your needs. Check your coverage first and see if our 5G Unlimited data plan is available in your area. If this is not available, see what other types of data plans are offered and verify if they will work with the amount of usage you and any others may require. Check with the team at 5Gstore.com to see what hardware and data plan may be the best solution for your needs. With the right setup, you may find that cutting the cable is the best decision you ever made.

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Peplink Firmware 8.4.0: An Overview

Peplink engineers are always looking for ways to improve their firmware while meeting the unique needs of their customers. Beta firmware is typically released prior to the final firmware. This allows customers and partner engineers to test it out for themselves and provide feedback. Peplink truly makes it a communal experience. In the latest beta release of 8.4.0, Peplink brings some exciting updates. We’re going to outline some of the highlights. Though if you’d like to review the full release notes, you may download them at Peplink’s community forum. 

SpeedFusion Features Now Available Without PrimeCare

Normally, SpeedFusion features on SKUs ending in -PRM are unavailable without an active PrimeCare subscription. With firmware 8.4.0, features like Bandwidth Bonding and WAN Smoothing will remain active, regardless of a PrimeCare subscription. Devices affected include: 

  • MAX BR1 Mini (HW3)
  • MAX Transit Duo
  • MAX BR1 Pro 5G 
  • Balance 20X
  • Balance 310 5G
  • UBR Plus

FaceTime and Google Meet Support Added

Peplink’s supported list of Cloud Applications in SFC Protect (SpeedFusion Connect Protect) has been somewhat limited, but they have been working on adding more. If you regularly use FaceTime or Google Meet, Firmware 8.4.0 adds these applications to its list. 

Outbound Policy Update

Peplink Firmware 8.4.0 introduces compatibility for the “Least Used” algorithm within the Outbound Policy feature. This algorithm enables the system to intelligently choose the WAN connection that possesses the highest amount of untapped uplink bandwidth. This becomes particularly valuable in scenarios where bandwidth is scarce, such as in DSL and satellite setups, where upload speeds often become the bottleneck. By strategically directing traffic towards the “Least Used” connection based on its uplink bandwidth, individuals can potentially alleviate numerous challenges and prevent unnecessary complications.

New Ways to View GPS Data

In Peplink Firmware 8.4.0, the presence of GPS-capable devices within the network now offers enhanced visibility of their GPS data within InControl 2. A compelling use case for this feature involves vehicles equipped with built-in GPS systems. The GPS data originating from these systems can now be accessed through InControl 2 by means of a Peplink device, opening up exciting possibilities.

Factory Reset Via SMS Command

Have you ever needed to remotely factory reset your Peplink, but you’re without InControl 2 access? Peplink has added a SMS command for restoring the device to factory default configuration. For more on SMS commands and how to use them, check out our video. 

Bring Your Own eSIM

Along with InControl 2 version 2.13, firmware 8.4.0 adds support for installing Bring-Your-Own eSIM on the Cellular WAN. Note that you must also have a valid Care Plan subscription. While this new version of InControl 2 is not yet available, once it is, this feature will be fully activated.

New Beta Available for AP One

If you’re also running Pepwave AP One devices, you may also be interested in checking out Beta 2 for firmware version 3.9.3. Among many improvements and some resolved issues, InTouch is now available with a valid Care subscription. See details at the Peplink forum. 

By 5G

SASE: Revolutionizing Network Security for the Modern Era

The digital landscape is rapidly changing. The traditional approach to network security is facing new challenges because of this. With the proliferation of cloud services, mobile devices, and the Internet of Things (IoT), enterprises are grappling with the complexities of securing their networks while ensuring seamless connectivity and performance. This is where SASE comes in, but what exactly is this? How does SASE work and why is it important? 

What is SASE?

SASE (pronounced “sass-E”), which stands for Secure Access Service Edge, is an architectural framework that combines network security and wide-area networking (WAN) capabilities into a single, cloud-native solution. This concept was coined by Gartner in 2019 to address the evolving needs of modern digital enterprises. SASE integrates the functions of secure web gateways (SWG), secure sockets layer (SSL) inspection, firewall as a service (FWaaS), cloud access security broker (CASB), and software-defined WAN (SD-WAN) under one umbrella.

At its core, SASE aims to provide secure and optimized access to applications, data, and services regardless of the user’s location, device, or network. It is an identity-driven approach to network security that follows users and devices rather than forcing them to access traditional data centers.

How Does SASE Work? 

Let’s take a closer look at SASE in more simple terms. Imagine you and your friends are planning a big trip to a theme park. You need to get there from your homes, and you also need to have fun once you arrive. In this scenario, think of your journey to the theme park as data traveling from different devices (like phones or computers) to a central server, and having fun at the theme park as accessing different services or resources on the internet.

In the traditional way, when you access the internet or online services, your data takes a long journey, just like having to drive a long distance to the theme park. It goes from your device to your home’s internet router, then through various networks (like your internet provider, other service providers, and the website’s server) before reaching the final destination.

Now, imagine if you had a magical shortcut that instantly teleports you and your friends directly inside the theme park, without going through all the traffic and stops. That’s what SASE does for your data. Instead of following the traditional long route, it takes a super-fast and secure shortcut, so your data can reach its destination (the internet or specific services) quicker and safer.

Key Components of SASE

  • Cloud-Native Architecture: SASE operates as a cloud-native service, taking advantage of the scalability, flexibility, and global reach of cloud infrastructure. This allows for rapid deployment, easy updates, and efficient management.
  • Security as a Service: SASE combines multiple security services, such as secure web gateways, firewalls, and threat detection, into a unified, cloud-delivered model. This approach ensures that all network traffic is inspected and secured, regardless of the user’s location.
  • Software-Defined Networking: SD-WAN is a critical component of SASE, enabling intelligent routing and dynamic traffic management across the network. This ensures that data takes the most efficient and secure path to its destination.
  • Zero Trust Model: SASE adopts the zero-trust security model, assuming that no user or device should be inherently trusted. Instead, every user and device must continuously verify their identity and comply with security policies before accessing resources.
  • Identity-Centric Security: User identity becomes a central element of SASE’s security framework. It allows for granular access controls, based on user context and behavior, ensuring that access is granted only to authorized individuals and devices.

Benefits of SASE

  • Enhanced Security: By consolidating various security functions into a single cloud-delivered service, SASE minimizes security gaps and provides consistent protection across the entire network.
  • Improved Performance: SASE’s intelligent routing capabilities and SD-WAN technology optimize network traffic, leading to improved application performance and reduced latency.
  • Simplified Management: With a cloud-native architecture, organizations can easily deploy and manage SASE, streamlining administrative tasks and reducing operational complexity.
  • Scalability and Flexibility: SASE’s cloud-based nature allows for effortless scaling to accommodate the changing needs of an organization, whether it’s expanding globally or handling varying workloads.
  • Cost-Effective: By eliminating the need for on-premises security hardware and appliances, SASE can potentially reduce infrastructure costs, making it an attractive option for organizations of all sizes.

Challenges and Considerations

While SASE offers numerous benefits, there are some challenges and considerations to be aware of. Firstly, SASE relies heavily on consistent and secure internet connectivity. Organizations must prioritize establishing and maintaining reliable connections to ensure uninterrupted service delivery. Additionally, integrating SASE with existing legacy systems or reshaping current security strategies to align with the zero-trust model can present significant hurdles in terms of both technical implementation and organizational adaptation. With the increasing routing of data through cloud services, organizations must meticulously address concerns surrounding data privacy, compliance with regulations, and adherence to data residency requirements in different regions. 

Another pivotal aspect involves vendor selection; making the right choice among SASE vendors is of paramount importance. Organizations must thoroughly assess potential vendors based on their security capabilities, global presence, and their capacity to effectively fulfill specific and unique business prerequisites. In navigating these challenges and considerations, organizations can harness the true potential of SASE while proactively managing its complexities.

Last Thoughts

SASE represents a paradigm shift in network security and connectivity, offering a comprehensive, cloud-native solution to meet the demands of the modern digital era. As enterprises continue to embrace cloud services and distributed workforces, SASE can provide the necessary tools to secure and optimize access to applications and data, thereby enabling organizations to thrive in an increasingly interconnected world. However, successful implementation requires careful planning, vendor selection, and an in-depth understanding of an organization’s specific needs and goals.

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T-Mobile is the First to Make 5G Network Slicing Beta Available to Developers

BELLEVUE, Wash. — August 2, 2023 – T-Mobile (NASDAQ: TMUS) today announced it launched a 5G network slicing beta for developers who are working to supercharge their video calling applications with the power of 5G SA. With a customized network slice, developers can sign up to test video calling applications that require consistent uplink and downlink speeds along with lower latency (near-real-time responsiveness) and increased reliability.

“The wireless industry has talked about 5G network slicing for years and at T-Mobile we’ve been putting in the work to bring it to life,” said Ulf Ewaldsson, President of Technology at T-Mobile. “Thanks to our nationwide 5G SA network, T-Mobile is the only operator in the country capable of unlocking this technology so developers can immediately begin creating applications that can one day provide tangible benefits to wireless users everywhere.”  

Data traffic on video calling apps has increased dramatically over the last few years as more people work remotely or stay connected with family and friends on the go. That’s why T-Mobile is inviting developers to build new or create better versions of their applications through its network slicing beta — knowing the customized slice will provide their app with optimized network conditions. T-Mobile plans to expand the network slicing beta to additional application types and use cases in the future.  

T-Mobile’s network slicing beta is available today for iOS developers in Seattle and San Francisco and is expected to expand nationwide and to Android later this year as device manufacturers adopt the slicing capabilities available on Android OS. Any video calling app developer — whether a large corporation or small startup — can sign up for the beta by visiting the Un-carrier’s developer platform DevEdge, and those in the greater Seattle area can join T-Mobile engineers at the 5G Hub to test and validate this capability on their applications. They’ll be among developers already working to supercharge applications from companies like Dialpad Ai, Google, Webex by Cisco, Zoom Video Communications, Inc. and more.

“With the rise of the hybrid workforce and an increase in complex applications, there has never been a more critical need for 5G,” said Brian Peterson, chief technology officer and co-founder of Dialpad. “T-Mobile’s 5G opens up incredible new possibilities for bringing mobile and AI applications to the next level. It gives us the ability to test new capabilities with features like network slicing and, ultimately, supercharge Dialpad and AI adoption for customers across the country.”

“Advanced 5G networks are more important than ever with work increasingly happening on the go in today’s era of hybrid work,” said Amit Barave, Vice President of Product Management, Webex by Cisco. “We are proud to be working side-by-side with T-Mobile to harness cutting-edge features like network slicing that will deliver innovative solutions to customers that empower hybrid work.”

T-Mobile is the leader in 5G, delivering the country’s largest, fastest and most awarded 5G network. The Un-carrier’s 5G network covers 326 million people across two million square miles — more than AT&T and Verizon combined. 285 million people nationwide are covered by T-Mobile’s super-fast Ultra Capacity 5G, and the Un-carrier plans to reach 300 million people with Ultra Capacity this year — nearly everyone in the country.

For more information on T-Mobile’s network slicing beta, visit devedge.t-mobile.com/5g-network-slicing.

For more information on T-Mobile’s network, visit T-Mobile.com/coverage. 

Follow T-Mobile’s Official Twitter Newsroom @TMobileNews to stay up to date with the latest company news.

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Note: Limited-time beta for participating developer network traffic through specialized video calling slice. Capable device required; coverage not available in some areas. Some uses may require certain plan or feature; see T-Mobile.com.

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Troubleshooting Slow Internet Connections

A sluggish internet connection can be highly frustrating and debilitating. From buffering videos to crawling downloads, slow internet speeds can hinder productivity and dampen online experiences. While internet service providers (ISPs) play a significant role in determining the overall connection quality, there are several factors within your control that can help improve your internet speed. In this article, we will explore some common reasons why your internet connection may be slow and provide practical tips to help optimize it. Additionally, we will delve into how both Ethernet and WiFi connections can also limit your overall speed on the internet.

Bandwidth Limitations

One of the most common reasons for slow internet speeds is bandwidth limitations. Bandwidth refers to the maximum data transfer rate supported by your internet plan. If you have several devices simultaneously using the internet or are engaged in data-intensive activities like streaming 4K videos or gaming, your available bandwidth may get divided, leading to reduced speeds for each device or activity.

Solution: Consider upgrading to a higher-tier internet plan with increased bandwidth. Analyze your internet usage requirements and opt for a plan that can accommodate your needs, especially if you have a household with multiple connected devices. Also keep in mind that if you’re using a 3rd party router, it could be limiting your speeds. Confirm your router supports the necessary throughput speeds to provide you the max throughput from your ISP. 

Router Placement and Interference

The placement of your wireless router can significantly impact internet speeds. If your router is situated far away from your devices or is obstructed by walls and objects, it may result in weak signals and lower connection speeds. Moreover, interference from neighboring WiFi networks, Bluetooth devices, and other electronic appliances can also disrupt your signal.

Solution: Position your router in a central location within your home or office, away from thick walls and obstructions. Ensure there are minimal electronics or physical barriers between your devices and the router. Additionally, access your router settings to switch to less congested WiFi channels for improved signal quality.

Ethernet and WiFi Connection Speeds

Apart from ISP-related issues and router concerns, the type of connection you use can also influence your overall internet speed. Ethernet connections, typically faster and more stable, can outperform WiFi connections. While WiFi offers the convenience of wireless connectivity, it may not match the speeds of a wired Ethernet connection, especially over longer distances.

Solution: Utilize Ethernet for High-Performance Needs. For activities that require higher speeds and low latency, consider using an Ethernet connection instead of WiFi. Connect your devices directly to the router via Ethernet cables for enhanced performance, especially when engaging in tasks like online gaming, video conferencing, or large file transfers.

Outdated Hardware

Over time, the technology used in your modem, router, and network cards can become outdated, limiting their ability to handle higher internet speeds. Using older equipment may bottleneck your connection and result in slow internet speeds.

Solution: Invest in modern and higher-performance networking equipment. Upgrading your router, modem, and network cards to the latest standards can significantly improve internet speeds and enhance your online experience.

Network Overload

In densely populated areas or in scenarios where many users are connected to the same ISP infrastructure, network overload can occur. During peak hours when many users are simultaneously accessing the internet, the overall network speed may be impacted.

Solution: Try to schedule data-intensive activities like large downloads or high-definition streaming during off-peak hours when the network is less congested. This can help you access more available bandwidth and improve your overall internet speed.

Speed Tests

Not all speed tests are alike. Some tests are limited to the upload and download speeds. Latency and jitter are important to how your Internet connection performs for applications such as VoIP (voice over IP) and video meetings. The device you’re testing from as well as the distance to the server you’re testing against will be factored into your overall result. 

Solution: Use a device with an Ethernet connection to test. This will ensure you’re not getting any interference over WiFi. Choosing a server closer to your location will provide you with a more accurate reading. As will closing background applications when running tests. This will take any extra load off the connection.

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Enhancing Internet Connectivity: The Power of Bonding

In today’s interconnected world, having a stable and fast internet connection is crucial for both individuals and businesses. These days, just about everything runs on the Internet. Things like our phones, TVs, credit card machines, thermostats, and security systems. When we rely on a single Internet connection we often encounter problems like choppy video chats, slow speeds, or even complete connection failures. Creating business continuity can easily be done by adding a secondary Internet connection. This can be used as a backup when your primary connection fails, which is why it’s normally referred to as “failover.” However, there’s another feature we want to explore with you that also utilizes multiple Internet connections, which is called bonding. 

Failover with a Backup Internet Connection

Using a secondary connection from a different Internet service provider can sometimes be difficult. There may only be one reliable cable, DSL, or fiber Internet service provider available in your area. This results in many businesses choosing a wireless service provider instead. Providers like Verizon Wireless, AT&T, and T-Mobile have nationwide coverage available with easy to install hardware. You can normally have the connection up and running in under 15 minutes. When your primary connection fails, your computers and other devices disconnect temporarily, then reconnect to your secondary network to keep your business operating. 

Due to this temporary loss in Internet, failover is most ideal for users and applications which do not require a 24/7 connection. In other words, those who can afford some downtime. The occasional home user, for example, may not mind having to wait a couple minutes before they can continue checking email or watching a video.  

Load Balancing 

With regards to routers, load balancing refers to the distribution of device traffic (i.e. browsing emails on your phone or playing videos on your computer) across multiple Internet connections. The purpose of load balancing is to optimize resource utilization, maximize speed, minimize response time, and avoid overloading any single Internet connection.

Load balancers act as intermediaries between client devices and the Internet connections they are accessing. They receive requests to access the Internet, distribute them among the available connections, and forward the responses back to the clients. This distribution can be based on various factors. That might be to evenly distribute device traffic across each Internet connection, or use the connection that has the fastest response time. Essentially, the router can intelligently select the best Internet connection to use, or it can split your devices evenly across the multiple Internet connections. 

Still, failures can occur. Any devices connected to a failed connection will need to be rerouted back to an available Internet service, assuming there is one. This creates additional downtime for your devices since they will need to disconnect and reconnect to another service. So, load balancing is most useful for households or businesses that have several users or devices that need to connect to the Internet more frequently and reliably. For example, you would connect some of your devices over one Internet connection and other devices over a second Internet connection. This is mainly helpful with cellular networks that can slow down as more devices connect. Load balancing allows you to alleviate the load on an individual Internet service by splitting your device’s Internet traffic across multiple services simultaneously. 

Poor Service vs No Service

On occasion, you may find your Internet connection to be slow or show intermittent issues like buffering video or choppy audio. Unfortunately, failover and load balancing routers do not have the ability to detect weak or spotty service. They only detect if the connection is available or not and sometimes how the connection performs. When you’re on a phone call, in a video meeting/ chat, or running a credit card, and your Internet connection fails, your call, meeting or transaction stops. You now have to re-establish your call, meeting or transaction over the secondary Internet service. No matter how this is done, it’s going to take time and effort on your part. Luckily, bonding can help you to avoid this disconnection.

Understanding Bonding

Bonding is the process of merging multiple internet connections to create a stronger and more efficient connection. Through specialized hardware or software, these connections are intelligently combined to form a single connection with improved capabilities. Instead of relying on just one connection, bonding distributes the load across multiple links, resulting in increased bandwidth speeds and a more reliable connection. This means instead of your phone call, video meeting, or credit card transaction dropping, bonding allows it to continue over your available Internet connection(s). 

Bonding vs. Load Balancing

Bonding and load balancing are two different approaches to optimizing internet connectivity, though both work by using multiple Internet connections. Bonding involves combining multiple internet connections into a single virtual connection. In this case a network can merge the bandwidth of multiple weak or intermittent connections to create a single, more reliable high-speed connection. It works by combining the speeds of these connections and using a protocol to split network traffic across them. 

Unlike bonding, load balancing doesn’t require specialized hardware or software. It distributes traffic across multiple connections based on predefined settings (called algorithms). When devices connect to the load balanced network they will only use one of the connections at a time. This is why when a connection fails, any device using that connection must stop its Internet activity and restart it using an established connection. Load balancing is beneficial for managing traffic efficiently and preventing bottlenecks in scenarios with multiple users or devices, but will not increase bandwidth speeds.

Bandwidth Speed

Bonding can be a lifeline for individuals in areas with only slow DSL services, for example, which limit internet speed and productivity. By combining multiple slow connections, bonding effectively increases the overall internet speed. It surpasses the limitations of individual links, providing a faster and more efficient online experience. This technology empowers individuals living in remote areas or regions with limited internet infrastructure to access the full potential of the digital world. It is also particularly advantageous for bandwidth-intensive applications like live video streaming or large file transfers.

Reliability and Redundancy

Bonding enhances reliability by providing seamless failover capabilities. If one connection fails, your Internet traffic keeps flowing over the remaining connections. This redundancy and resilience are crucial for critical applications requiring continuous and reliable internet access such as day trading or 24/7 surveillance. 

Let’s say you have a VoIP (an Internet based phone) call established with an important client. If you’re using failover and your primary Internet connection fails during the call, the call is dropped. At that time, you have to connect your phone to your secondary Internet and start the call over. If you’re using load balancing, the call also drops, but the switch to another Internet connection is automatic rather than manual. Of course, failover can also be automatic if you’re using a router that supports this feature. 

Bonding is the only feature that would allow your call to continue without any disruption. In fact, it should be unnoticeable. This is because unlike load balancing where device traffic is sent to individual Internet connections, bonding sends the traffic to ALL Internet connections at the same time. So, if one of those connections happens to fail, your device remains connected to the Internet as if the failure didn’t occur.  Where failover creates some disruption in Internet service, bonding does not.  

Enhancing Business Continuity

Businesses relying on internet connectivity for critical operations can greatly benefit from bonding. For example, Point of Sale (POS) systems, which require a stable internet connection for credit card transactions, can experience significant disruptions if the primary connection fails. By implementing bonding, a secondary connection is readily available to seamlessly take over, ensuring uninterrupted transactions. Bonding provides a failsafe mechanism to prevent potential losses and maintain customer satisfaction. Additionally, businesses utilizing internet-based phone services and video conferencing understand the importance of clear audio and video quality during calls. With bonding, multiple weak and/ or unreliable connections are combined into one robust link. This ensures uninterrupted and high-quality conversations, even if individual links fail.

Unleashing Connectivity on the Go

Frequent travelers or remote workers with limited internet access can benefit from bonding. By leveraging multiple cellular internet connections from different providers, bonding enables faster speeds and increased reliability. If one provider’s coverage is unavailable or weak, the other connections seamlessly take over, allowing users to stay connected without interruption. Whether you’re a digital nomad, a field professional, or an adventure seeker, bonding offers the flexibility and reliability needed to stay connected on the go.

The Solution is Bonding

Bonding is a revolutionary technology that significantly enhances internet connectivity in various scenarios. Whether you’re a business owner relying on seamless credit card transactions and phone services, a traveler in need of reliable connectivity, or an individual struggling with slow internet speeds, bonding offers a solution. By combining multiple connections into a single, more powerful link, bonding improves reliability, increases speed, and ensures uninterrupted connectivity. Embrace the power of bonding and unlock a world of enhanced internet experiences. Say goodbye to frustrating connection issues and welcome a seamless online journey.

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The Versatile Two-Outlet Remote Power Switch: Beyond Standard Control Methods

Aside from its standard methods of control (using the web GUI and Cloud4UIS) the two outlet Remote Power Switch (UIS-522B, UIS523*, and UIS-622B) also offers a more advanced option for experienced users. The IP switch has built-in HTTP script commands that can be used in a wide variety of scenarios for manually or automatically controlling the unit.

These script commands can be used for simply sending a command by HTTP URL over your network, but that is not their main draw. Programmers will be able to use them in combination with other applications to automate the Switch to its fullest potential. The possibilities are vast, so let’s take a look at just a few.

  • Office Equipment Management: In an office setting, the Remote Power Switch can be employed to control and schedule the power supply to various electronic devices. For example, you can set up a script command to turn off all non-essential equipment, such as printers, scanners, and monitors, during non-business hours. This not only saves power but also reduces the risk of electrical hazards.
  • Server Room Temperature Control: Data centers and server rooms require precise temperature management to prevent equipment overheating. With the Remote Power Switch, you can integrate temperature sensors and programmatically control cooling devices, such as fans or air conditioners. The script commands can trigger cooling measures when the temperature reaches a certain threshold, ensuring optimal performance and device longevity.
  • Home Entertainment Center: Managing multiple entertainment devices in a home theater setup can be cumbersome. The Remote Power Switch simplifies this by allowing you to create custom scripts to control the power supply to different components. For example, a single script command can turn on the projector, AV receiver, and speakers simultaneously, creating a seamless movie-watching experience.
  • Energy-efficient Lighting: The Remote Power Switch can be integrated into smart lighting solutions to control and schedule the operation of lights in homes or commercial spaces. By automating the lights to turn off when a room is unoccupied or dimming them during specific hours, you can reduce energy consumption and lower utility bills.
  • IoT Device Management: With the rise of the Internet of Things (IoT), there is an increasing number of connected devices in homes and businesses. The Remote Power Switch can act as a central hub to manage and automate various IoT devices. For example, you can create script commands to turn on smart plugs, adjust thermostat settings, or even water your plants using IoT-enabled devices.

If the concept of writing scripts is overwhelming for you, I’ll attempt to break it down step-by-step. Let’s start with simply formulating an HTTP URL command to reset Outlet 1 on our switch here at the 5Gstore warehouse. I have set up the switch locally at the IP address 192.168.1.14. The following command will allow me to manually reset my router which is plugged into outlet one on the switch:

http://192.168.1.14/control.cgi?user=admin&passwd=ipswitch&target=1&control=3

Let’s take a closer look at each segment of the command to understand exactly what information is being sent.

http://192.168.1.14

This is the local address of my IP switch. Starting with this address directs where to send the command. On your network, your switch will most likely be at a different address, so be sure to check this using either Cloud4UIS, the Utility software or by accessing your router’s client list.

/control.cgi?user=admin&passwd=ipswitch

This segment uses a Common Gateway Interface (CGI) that allows us to establish control over the switch. The user=____ and passwd=_____ will be unique to your personal login information when accessing the Web GUI of your switch. It is important to make sure these are entered correctly. The username and password can be changed by accessing the Web GUI and clicking on the “Account” tab.

&target=1&control=3

Here we are identifying which outlet we are controlling, and what we wish to do with that outlet. In our scenario, we have selected target=1, from a list of 4 options.

  •  0: UIS*
  •  1: outlet 1
  •  2: outlet 2,
  •  3: All outlets

*UIS is a feature that allows the switch to automatically reset when an internet connection is lost.

Control=3 tells the outlet to simply reset. However, there are 4 total commands that can be used by implementing the numbers 0, 1, 2, and 3.

  • 0: Off
  • 1: On
  • 2: Toggle Power (i.e. from On → Off, or from Off → On)
  • 3: Reset (Outlet only)

So again, in our example – http://192.168.1.14/control.cgi?user=admin&passwd=ipswitch&target=1&control=3 – the outcome would be that Outlet 1 is reset. 

Although it is the case in our scenario, the script commands do not require the user to be on the same local network as the Switch. By configuring port forwarding through your router, you can use these same commands remotely by adding the proper port to the IP address section.

Think back to how your IP switch is being used, and try to put together a HTTP command that would do what you are looking for in your application. If you have questions, simply run them by the 5Gstore team!

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