The choice of a distributed architecture for an organization is usually determined by the business requirement to support its remote office base at the same level as its main office. Branch offices broaden the reach of the business and are usually a sign of successful business growth. However once the decision to expand with branch offices has been taken, these offices instantly increase the responsibility of the IT/Network Manager who has to ensure (more…)
We’re proud to be the market leader in Out of Band Management, knowing that our customers rely on us to ensure always on access to their network. As demands increase and new network requirements emerge, we’ve continually evolved our solutions to meet those needs, such as being the first to offer an embedded LTE cellular module. And now, we’re excited to announce the next evolution of Smart OOB, with our new NetOps Console Server.
An Out-of-Band network is no longer just a response for those 3am calls, to get quick access to your network in an outage. From secure Day One deployments, to every day management of your devices, Out-of-Band and NetOps functionality is always useful 24/7, no matter what is happening.
The new NetOps Console Servers (our OM appliances) provide the secure access to console ports you expect from an Opengear solution, plus the automation ability of standard NetOps tools. Engineers can now deploy one appliance at each location, which will provide them with secure remote access. It will also enable presence and proximity which will serve as a base for programmability and automation of network management. Running on a x86 CPU, they support off the shelf Docker applications and a Python runtime environment.
These new console servers add a level of intelligence beyond normal Out-of-Band management:
Providing presence and proximity at every location, the OM1200 appliance is specifically designed for secure edge deployments, with 4-8 serial ports and a 4-8 port ethernet switch. Used in combination with Lighthouse Management Software, it is a key component of Opengear’s Network Resilience Platform, supporting the emerging requirements of network management and automation.
Combining the capabilities of Smart Out-of-Band and the flexibility of NetOps automation, the OM2200 appliance is built to meet the demands of data centers and high density locations, with 8-48 serial console ports. Like the smaller OM1200, it enables secure automated provisioning over LTE-A before the production network is live
The Network Resilience Platform is built on the Lighthouse management software which orchestrates a remote network of Smart OOBTM Opengear appliances and NetOps Console Servers. The platform provides secure access to network devices, and automates common NetOps processes, via a separate management plane independent of the production network.
Why is a separate management plane so important? Current architecture assumes that an organization relies on their production network to manage that same network. This is dangerous because when an issue occurs, an engineer may not have access to that production network. The production network is also accessed by a wide group of users making it vulnerable to hacking. A separate, secure management plane, in the form of an out-of-band management network, ensures access to remediate even during an outage or network congestion. It also allows administrators to lock down many features in the production network to improve security. All network configuration and management is carried out on the management plane, of which access is restricted to only the core network team. You can think of it as “The Network Admin’s Network”.
The Network Resilience Platform allows Out-of-Band to move beyond just emergency access. The platform extends management access to the edge of the infrastructure through an always on management plane that is resilient to disruptions in the production network. Whether it’s for Day One provisioning, responding to a network outage, or every day management of devices, Opengear can handle it. It’s Smart Out-of-Band and NetOps. Together.
To learn more about adding the new NetOps Console servers to your existing IM7200, ACM700 and CM7100 deployments visit: https://opengear.com/solution/NetOps-Automation
The Software Defined Wide Area Networks (SD-WAN) market is rapidly expanding, becoming the standard in enterprise deployments. According to MarketsandMarkets1, the global SD-WAN market size is expected to grow from $1 billion in 2018 to $ 4 billion by 2023.
In just the past year alone, we’ve seen a considerable trend when it comes to choosing to deploy SD-WAN and for many reasons. Allowing traffic to be routed over the most cost-effective services, such as broadband, an SD-WAN network can manage multiple types of connections including LTE, broadband and multiprotocol label switching (MPLS) links. Services that require high quality, such as video or voice, or high security, with sensitive information, can still be routed over remaining MPLS lines, although many enterprises are freeing themselves of MPLS entirely, allowing them to invest in Smart Out-of-Band with the savings. Because of this flexibility, SD-WANs can dramatically lessen the cost and minimise the complexity of traditional WANs. However, despite it’s gaining popularity, with deployments in data centers and at the edge, it still needs an alternative path of access to the network in the event of an outage.
In traditional branch networking, branch routers can go for years without needing any intervention like configuration changes or firmware updates. But SD-WAN routers are more sophisticated and run a larger software stack. Firmware updates are common which means that there are many more opportunities for things to go wrong. Updates can leave organizations vulnerable to potential downtime; and visibility blind spots can decrease the effectiveness of deployments, creating security challenges.
SD-WAN also needs additional security offerings to protect an enterprise. The primary SD-WAN connection must be secure and must be added to any other security solution being deployed. These devices are usually fully meshed which means that compromising one device can give attackers visibility into the traffic flow from across the enterprise.
Smart out-of-band management by Opengear allows enterprises to bypass these common limitations. Not only does it provide an alternative path to devices located at remote sites when the primary network is down, helping mitigate the risk that SD-WAN can bring, it can also help facilitate access to edge infrastructure to ensure business continuity.
Attaching Opengear to SD-WAN deployments:
Diagnoses the issue: If a disruption occurs and the internet link isn’t connected, outages are detected immediately. Paired with Lighthouse Centralized Management, administrators are able to identify issues and remediate them remotely without having to roll a truck out to a site.
Allows for always-on access: Failover to Cellular paired with Smart Out-of-Band ensures uninterrupted availability for remote networks with 4G LTE. This allows organizations to continue business as usual while the primary internet connection is down.
Decrease costs: A Smart Out-of-Band solution costs less to deploy and operate. A truck roll and a few hours offline can cost an organization thousands of dollars.
Designed to provide the needed resilience at the edge, Smart Out-of-Band by Opengear is scalable, providing the ability to manage infrastructure at distributed sites. Troubleshooting and remediation at the network’s edge enables organizations to detect faults before they become failures which minimizes downtime and operating costs.
Providing organizations with always-on connectivity and increased resilience in the event of an SD-WAN network failure, Smart Out-of-Band is able to ensure that infrastructure is accessible from anywhere during an outage. This resilient backup connectivity allows enterprises to reduce the time-consuming nature of dispatching engineers to data centre sites to make configuration changes and trouble-shoot issues for business continuity. Smart Out-of-Band and Failover to Cellular™ ensures that SD-WAN continues to operate when all other circuits are unavailable, providing the always-on access needed at the edge. So the next time you’re deploying SD-WAN, remember to attach Smart Out-of-Band.
Opengear’s channel program has continued to see exponential growth over the past few years. To continue to facilitate this and show our commitment to our partners, we’ve built a new Americas Value-Added Reseller Partner Program. Launched on March 1st, the enhanced Partner Program includes a new Reseller Elite tier and wide array of new benefits for all Opengear resellers. To learn more about it, I sat down with Bryan Keepers, Director of Channel Sales, Americas.
1. What was the catalyst that made you decide to enhance the Partner Program?
As our partnerships and revenue continue to grow, we feel that it’s important to continually add new benefits to the program. We also feel that it’s critical to reward our top partners who are most successful at positioning Opengear solutions as an essential component to network resilience strategies.
2. Can you discuss the new tier?
We’ve added a new tier to our program, Elite and enhanced the benefits in our Premier tier. Partners qualify for those levels based on several factors including the amount of Opengear solutions that they’ve sold in the previous year as well as our access to their sellers. Revenue and access dictate which tier they fall into. The overall relationship is ultimately the deciding factor into where they are placed in our program.
3. What are some of the new benefits of the Partner Program?
To decide on these new benefits, we took a look at what would really reward our partners and how we can better assist them. There’s a wide range of benefits and tier level dictates which are available to each partner.
Premier Partners receive:
Elite Partners receive all the benefits that Premier Partners do along with:
Again, these are just a few of the benefits our partners will have access to with our new program.
4. What are some differentiators between Opengear’s Partner Program and others?
Our new program is unique in that both our partners and Opengear have more skin in the game. This will strengthen our relationships and also allow us to hold each other accountable for success together. Some of our main differentiators are:
5. Looking to the future, what are your ambitions for Opengear’s Partner Program?
Opengear is continually growing, just look at our recent acquisition by Digi, and our channel is a major factor in that growth. For the future, I’d like to continue to add activities and enhance our offerings to help better position our channel partners with the customers to win the business. We’ll realize the greatest success through continual communication and support.
To get all the details on our 2020 Value-Added Reseller Program for the Americas, take a look at our Partner Page!
In healthcare, patient needs are constantly evolving. To meet these demands, these institutions are taking advantage of emerging technology which has essentially changed the landscape of the industry.
From IoT devices to Electronic Medical Records to Picture Archiving Systems, bandwidth intensive applications are digitally tying together healthcare systems. The constant addition of new applications can improve greatly improve patient care and also create challenges with the network. Some of the top network challenges are:
In healthcare deployments there are on average more than 20 different operating systems. It’s predicated that by 2025, IoT in the healthcare sector will reach $534 billion.1 As these devices continue to get added to these networks, the ability to exchange and interpret data acquired from each application becomes more challenging. In order to ensure the efficient transmittal of real time data collected, these devices must be able to speak the same language.
Healthcare is one of the top two industries affected by cyberattacks, with more than 190 million patient records stolen since 2009.2 Due to the large amount of patient data being constantly collected, healthcare has become a target for hackers. Not only do applications such as EHRs contain sensitive patient records, they also have valuable financial information. Due to this, the industry has unique compliance and security challenges. Any type of security breach could leave facilities that are not compliant with Health Insurance Portability and Accountability Act (HIPPA) standards could result with up to $1.5 million in fines.3 Governing health related transactions and procedures, healthcare facilities must adhere to these requirements to ensure that patient records are protected. The HIPPA security rule require that each healthcare organization creates a contingency plan to ensure that if a disruption does occur business processes remain uninterrupted.
Connecting devices to the internet and ensuring that they are receiving the strongest signals possible is a constant challenge in healthcare. It’s important to understand that not all mobile and connected devices can be treated the same way. The only way for these devices to function properly is to have constant and dynamic network connectivity.
Opengear solutions are the foundation of a contingency plan. Lighthouse Enterprise provides full visibility of an entire healthcare network while Smart Out-of-Band enables engineers to remotely monitor and manage any IT issues that may occur. Paired with Failover to Cellular™ which provides always-on availability with 4G LTE, healthcare organizations are able to continue business operations while the issues are remediated.
Hurricane season is well underway with Barry, Dorian and Humberto having already hit and deluged most of the Bahamas and the southern United States, there’s still a total of 22 more predicted storms to hit before November. These storms leave a large wake in their path and enterprises are not exempt. According to the Small Business Administration, 45% of businesses don’t reopen after they experience a disaster.1 A network Disaster Recovery Plan (DRP) helps to protect IT infrastructure, ascertain organizational stability and establish systematic disaster recovery.
Whether it be to meet compliance requirements, adhere to customer agreements or to implement best practices, many organizations have a network disaster recovery plan in place.
An IT disaster recovery plan must take into account how to:
There are a variety of disaster recovery plans, each influenced by the systems relied on by an organization.
Virtualization Disaster Recovery
An organization can quickly and easily begin their recovery efforts by placing a virtual server on reserve or in the cloud to reduce the need to recreate an actual server if an issue occurs. Take stock of the virtualization platforms in your environment with the backup and recovery tools used by each. A plan can be created to get virtual workloads back up and running.
Data Center Disaster Recovery
A plan for data center disaster recovery includes IT systems housed in a computing facility. It involves the building itself, utility providers, backup power, security and support personnel. This requires input from IT teams, facilities management and security providers.
Network Disaster Recovery
A disaster can affect servers, applications and services that depend on network connectivity. This type of plan takes into account contacting the proper IT personnel and getting network equipment replacements to get the network back up and running.
The main purpose of a network disaster recovery plan is to ensure services can continue to be delivered despite a disruption through network connectivity. Whatever type of plan you choose to implement for your organization, there must be a solution in place to ensure always-on, secure access.
Disasters come in different forms which makes it difficult to predict what their potential impact could be and how to best address network issues that may arise, however Opengear solutions provide cellular to your critical devices in every situation. Opengear solutions should be the foundation of your plan. Once that is in place and the other necessary considerations are added in, the plan should be documented and tested in advance which will help expedite the process when an actual disaster strikes. The three main components that should be addressed in a recovery plan are data, systems and people.
To get started with creating a disaster recovery plan to meet the specific needs of your organization there are a few steps to follow.
Complete A Risk Assessment
Create a risk assessment that details the likelihood of a disaster.
Collect Data and Document
Document and collect the information needed to create your plan. This may include taking inventory of servers, network diagrams and floor plans.
Test Your Plan
In general, it’s ill-advised to crank up the heat in a data center or disconnect a critical server, however there are ways to determine if your plan will work. Hands-on technical tests and tabletop simulations are just a few ways to see if your plan will work.
Opengear solutions should be added to every network disaster recovery plan. Smart Out-of-Band and Failover to Cellular ensure that even during a disruption, the network can be accessed. Visit our solutions page to learn more.
Retail is one of the top targeted industries for cyberattacks, with more than 50% of retailers having experienced a breach within the past year.1 These cyber attacks have double since 2017, putting retailers of all sizes at risk.2 Large volumes of customer data being transferred between devices and other edge locations have created a feeding frenzy where cybercriminals use all types of threats to break into these networks. Home Depot, Macy’s and Chipotle are just a few of the big players that have experienced significant breaches within the past few years.
POS systems were infected with malware that posed as a an anti-virus software. The cyber attackers stole debit and credit card information from more than 56 million customers.3
Logins and passwords were stolen from sites unrelated to the retailers allowing cyber thieves to hack thousands of customer accounts. Continuing for 6 weeks before being shut down, names and credit card numbers were stolen from the site.4
Cyber thieves used malware to access customers’ payment card information on POS devices for a month. Names and credit card numbers were stolen from more than 2,250 restaurants nationwide.5
New types of attacks are constantly emerging and finding common gaps within retail network systems. Some of these gaps include inadequate vulnerability scanning, poorly designed networks and using legacy systems without the proper controls. As more resources move to the cloud, attack surfaces will continue to grow in size making it easier for cybercriminals to breach security measures that have been put in place. Some of the largest threats to the retail network landscape are:
Malware attacks continue to increase and this method of attack has also become harder to prevent. This type of cyberthreat occurs when malware is installed onto POS devices to steal large amounts of information.
Much like the name implies, ransomware is when cyberattackers break into an organization’s network and encrypt specific information which can only be unlocked by paying a ransom.
This type of attack occurs when a network is infiltrated through an outside partner or vendor that has access to an organization’s systems.
Retailers at edge store locations rely on corporate offices to provide technology and protection necessary to ensure the network is up and running. When a breach does occur in an advanced technology environment, many organizations choose to address the specific cause instead of evaluating the network as a whole. Retailers need to have full network visibility in order to ensure compliance, data security and network resilience at each location.
Lighthouse Enterprise ensures that in the event of a hack, network engineers have the ability to:
Ensure that your organization is prepared during the event of a cyber attack. To learn more about how Opengear can ensure always-on access for your remote retail sites, download our whitepaper, Building a Resilient Retail Network.
One of the largest data breaches ever occurred to one of the largest financial corporations in the country, Capital One. Over the span of two days, more than 100 million Capital One credit card applications were accessed.
The hack occurred in March, however it took months before Capital One was aware of the event. The suspect is Paige Thompson, a 33 year old, former software engineer from Amazon Web Services. By exploiting a misconfigured web application firewall, she was able to access the Amazon server hosting Capital One’s customer information. After hacking into the organization’s server, it wasn’t until July 17, that a tipster informed Capital One of the existence of the stolen information.1 Thompson gained access to credit scores, balances and addresses, along with:
Finance is one of the top targeted industries when it comes to cyber-attacks. These types of institutions have a steady stream of sensitive customer information being entered into their databases making them an ideal target for hackers. Letitia James, General Attorney of New York was asked about the Capital One breach and stated, “It has become far too commonplace that financial institutions are susceptible to hacks, which raises questions like, why are these breaches occurring? Are companies doing enough to prevent future data breaches?
Just last year, more than 2 billion people were affected by data breaches and over the past decade some of the largest attacks have occurred with well known financial organizations such as JP Morgan Chase, Equifax and Citi Financial.2
Not only do these cyber attacks pose as a danger to customers, it also threatens the stability of a network. Downtime causes:
Banks depend on the network for a multitude of reasons such as making transactions, transferring funds or processing applications. Not being able to complete such actions can lead to loss of customers and revenue.
Highly regulated industries such as finance, have a large number of regulations to comply with in regards to global privacy, data and security. Any type of network downtime can cause non-compliance and result with million dollar fines.
Many times, these types of disruptions occur in a remote branch, where without the proper solutions, network engineers don’t have the ability to quickly diagnose and remediate the issue. During a cyber attack, visibility is a necessity.
Opengear devices extend your reach, providing full visibility to remote sites. Smart Out-of-Band and Failover to Cellular™ enable engineers to securely access the network and continue to run applications needed to ensure business continuity while the issue is diagnosed. Providing a wide range of capabilities such as the ability to disable access to the impacted network equipment, disconnect the WAN connection to isolate an affected branch and even reconfigure devices to factory default, Opengear devices ensure that normal business operations aren’t effected by a cyber attack.
As these attacks continue to evolve, the likelihood that your bank may be affected increases.
To learn more about ensuring network resilience for your organization, read our white paper.
There has been a widespread move towards SD-WAN in the financial sector. An industry that embraced features such as online banking and mobile apps, is continuing the tech forward mindset by using technology to improve network performance, communications and speed. IoT and mobile devices are just a few applications that have increased customer expectations and to continue to meet these, financial institutions must build their online engagement model. As more are added to the network, performance can suffer and onsite technicians distributed sites are few and far between. Providing improved security, reliability and performance, SD-WAN ensures a more streamlined solution with less need for a technician onsite. Additional benefits of SD-WAN for financial institutions include:
More than 36% of organizations have chosen to move to SD-WAN because of the optimization of bandwidth.1 Providing the ability to utilize a variety of connectivity options, most jump at the chance to eliminate expensive MPLS circuits, it continually searches for the best path as it carries packets across the network. This is an immediate benefit, as other most other solutions have little capability to actually prioritize the data being carried.
This allows financial organizations to use lower priced bandwidth products, without sacrificing quality or consistency. It also provides consistent communications – with the amount of transactions being processed in finance this is a necessity. Now these organizations like credit unions and banks, with distributed locations, can also switch to lower data packages allowing them to reduce costs and improve communications.
Finance has a variety of business distribution models – each with challenging network needs. Requiring an always-on network, any small disruptions can quickly escalate. In fact, 28% of organizations indicate that the ability to use existing architecture in an aging network is a major concern. SD-WAN provides organizations with greater control over solution used across each network.
Automation at Distributed Sites
Financial institutions have distributed locations and without the proper solution, functioning as a cohesive unit can be a challenge and if not properly managed, it can become a source of operational and financial inefficiency. This makes SD-WAN a perfect fit for these distributed organizations. More than 28% of organizations state a need for improved automation and self provisioning for their network.2 This would allow financial institutions to manage and view the WAN as one entity, instead of treating each endpoint as a standalone resource.
SD-WAN has a variety of benefits, but it does have points of failure. To learn about adding Smart Out-of-Band to your next deployment for always-on access, see our storygraphic.
The Federal Financial Institutions Examination Council (FFIEC), oversees five of the largest banking industry regulators, enabling this group to have an in-depth understanding of trends and threats. The FFIEC has recently stated that financial institutions have become increasingly dependent on information technology and telecommunications to deliver services.1 This means that a degradation or disruption to a system or information can impact core processes and undermine confidence in the financial sector. As threats and regulations continually change, to better ensure network resilience, financial institutions must understand the top security challenges.
Organizations are dealing with a large number of compliance mandates and security regulations – Basel II and the Gramm- Leach-Bliley Act are two that are finance specific. The Gramm-Leach-Bliley Act, also known as the US Financial Modernization Act, ensures that any type of organization that offers financial products or services must explain their information sharing process to customers, including how collected data is safeguarded. Basel II are regulations that aim to reduce the risk of internal and external fraud from unauthorized activity by setting best practices.
There are many reasons why a financial institution should comply with these regulations. Meeting any of these regulations ensures compliance, which creates a framework to help secure company systems and data, and it also secures the business. Demonstrating compliance can be costly but the end result is a more secure organization. This will reassure existing customers that their personal information is safeguarded, improve the organization’s reputation and help attract new customers. Penalties will occur from non-compliance. Those found to be non-compliant depend on the jurisdiction in which the offense occurs and penalties can vary depending on the failure, and can include fines and even imprisonment.
Compliant doesn’t necessarily mean secure – and not all financial organizations identify or classify data based on sensitivity or criticality which can increase the chance of network vulnerabilities. CEO of IBM Ginni Rometty said, cybercrime is the largest threat to every organization in the world.2 Although there are a variety of network security threats, ransomware is the largest and costs associated with it are predicted to reach $11.5 billion in 2019.3 Many times, deploying multivendor solutions without an effective management approach can cause data to be lost or stolen and makes it difficult to support regulatory requirements.
3. Third Party Risk
Many financial institutions participate in partnerships and outsource services to reduce costs. Doing so, allows these third party entities to access data and internal systems which increases the risk of vulnerabilities and can cause an outage – with one minute of downtime costing $5,500 this is something most organizations don’t want to happen.4 Just a few years ago one of the largest retailers in the world, Target, was attacked when hackers gained access to their network through a third party heating and ventilation company who was hired to monitor their systems.5 Using the HVAC organization’s credentials to install malware on POS devices, credit card information was stolen effecting thousands of customers. How these parties are managed can either greatly decrease or increase the chance of an outage. Most financial organizations centrally manage third parties which includes ongoing monitoring and creating protocols to reduce these risks.
4. Human Error
A 2016 IBM survey found that more than 60% of cyber attacks came from inside financial institutions and because of their large assets, finance was one of the top three industries targeted.6 Three quarters of attacks were by employees and done intentionally, the other remaining quarter of these attacks occurred by human error which could be as simple as opening a suspicious email.
5. Emerging Threats
Just last year, one of the largest Distributed Denial of Service (DDoS) attacks ever in IoT occurred. Attacks like these can have a large impact on a financial institution, many times customers aren’t able to access accounts, websites or funds until the attack’s complete. To ensure financial institutions can continue to operate without disruption from an attack, regulations are constantly being updated, like the NIST Cybersecurity framework – a set of standards that by 2020, over 5o% of US organizations will use.7 This requires written policies and procedures to protect consumer information from cyber attacks.
Financial institutions are constantly facing a variety of customer demands, emerging threats and updated regulations. Ensure resilience for your financial network, visit our finance page to learn more.
For retailers, meeting growing customer demands can be challenging when factoring in ever-increasing network complexities. Connecting stores, distribution centers and warehouses is a necessity in order to provide improved customer experiences. To enable this, many retailers are turning towards SD-WAN – soon to become the standard deployment for enterprise networks.1
Better network security
Many legacy WANs don’t have standard security features built-in, so they can’t adequately protect the network. SD-WAN encrypts network traffic which increases security when sending sensitive customer information to dispersed locations.
Bandwidth and network updates can be adjusted depending on needs. This allows retailers to add services at different sites without using any legacy systems or sending a person to the location.
SD-wan reduces the amount of on-premise hardware which decreases the cost of maintenance and downtime.
SD-WAN does provide many benefits, however running on larger software stacks they require constant firmware updates which can introduce points of failure, leaving retail organizations vulnerable to potential downtime with each deployment. Smart Out-of-Band by Opengear supports SD-WAN deployments. Ensuring secondary access to the router to reflash or power cycle, NetOps staff are able to remotely get the network back up and running. Understanding that branch networks are critical piece to many retailers business strategies, Opengear ensures that if downtime does occur, POS, security systems and other in store devices continue to run seamlessly.
Adding Smart Out-of-Band during SD-WAN deployments:
Diagnoses the issue
If a disruption occurs and the internet link isn’t connected, outages are detected immediately. Lighthouse Centralized Management enables administrators to identify and manage the network remotely without having to roll a truck to a remote retail site.
Allows for always-on access
Failover to Cellular ensures uninterrupted availability for remote networks with 4G LTE. Retailers are able to continue business as usual while the primary internet connection is down.
A Smart Out-of-Band solution costs less to deploy and operate. A truck roll and a few hours offline can cost a retail organization thousands of dollars.2
Trust your SD-WAN deployment to Opengear, ensure guaranteed access with Smart Out-of-Band.
To learn how 5G will work with Opengear devices to make organizations resilient, I talked to Carrier Sales Manager, Todd Atherton.
Why would a customer want to use 5G?
5G will replace 4G technology. It’s more efficient, faster and has better signal strength. There is a need for something better than 4G because of how crowded that cellular band is getting – there are currently millions of devices operating on 4G, and more are being added every day. With this “overcrowding” there’s the need for something that is capable of handling all of those devices, that need is fulfilled by 5G.
What’s the difference between 5G and 4G?
Previous generations, like 3G, were a breakthrough in communications. 3G receives a signal from the nearest phone tower and is used for phone calls, messaging and data. When 4G was released it worked very similar to 3G, but with a faster internet connection and a lower latency – which is the time between when something is sent and received.
That said, 4G was supposed to be at least five times faster than the existing 3G services and theoretically, would provide download speeds of up to 100 Mbps. Fast forward to now and, like all the previous generations, 5G will be significantly faster than 4G. This should allow for higher productivity across all capable devices with a theoretical download speed of up to 10,000 Mbps.
To put it into perspective, it will be like the difference of riding your bike to work – 4G – versus taking a Bullet Train to work – 5G. OK, that might be a little over the top, but it does show that the difference will be very extreme, to say the least.
5G technology will utilize a higher-frequency band of the wireless spectrum called millimeter wave that allows data to be transferred much more rapidly than the lower-frequency band dedicated to 4G. The downside is that millimeter wave signals don’t travel as far: The new 5G networks will require many more – albeit smaller – antennas spaced closer together than previous wireless generations.
But on the plus side, the technology should be able to meet the vast needs for additional data transmission capability that are expected in the next several years. Gartner analysts estimate there will be nearly 21 billion internet-connected devices by the year 2020.1 More than three times as many as there were in 2016. That figure doesn’t just include phones, tablets, computers; devices such as home appliances, cars, dog collars, and many more are getting connected via the “Internet of Things”.
How will 5G effect Opengear devices in the future?
The main consequence of 5G is that it will enable/accelerate the migration of IT complexity to the edge of the infrastructure. More distribution of IT assets. If users want to maintain their current level of end-to-end reliability/availability, they will need to be able to extend it to the edge by implementing a Network Resilience layer. That means giving Network Engineers at the NOC the ability to reach devices at the edge, something enabled by Opengear solutions. As the levels of automation increase, users will need to also extend the reach of their management/monitoring tools. Opengear is preparing to be one step ahead of the market with its NetOps Automation System.
Today’s data centers are typically located in centralized locations. The farther away the data center is, the longer it takes to access that data. 5G networks help them quickly access information. So, no matter where these devices are located the need for visibility is even greater and can easily be accomplished with Opengear’s Smart Out-of-Band technology.
To learn more about using wireless 4G or 5G to ensure network connectivity, visit our Failover to Cellular page.