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Between existing and emerging use cases, the demand for reliable Wi-Fi isn’t going away. Learn why Wi-Fi testing today is critical for tomorrow’s wireless world

There are more than 16 billion wireless devices in the world today, driving $3.3 trillion in global economic value. The industry will ship an additional 4 billion Wi-Fi devices in 2021 alone.

This incredible growth is driven not only by existing use cases, but also emerging ones. From shopping malls and office buildings to factories and hospitals, reliance on Wi-Fi is pervasive and there’s a heightened priority to rigorously test Wi-Fi products before they ship.

Tech thought leader Diana Adams recently joined me to talk about key insights from Spirent’s new eBook, Testing Wi-Fi for High-Performance Use Cases. Watch the video below as we discuss how Wi-Fi testing today is critical for tomorrow’s wireless world.

Wi-Fi Testing Today Is Critical for Tomorrow’s Wireless World – Spirent

To learn more about Wi-Fi testing, download the eBook.

Testing Wi-Fi for High-Performance Use Cases

High-performance use cases such as Work From Home, industrial IoT, telehealth and 4K streaming video are driving adoption of a new generation of Wi-Fi connectivity. These use cases come with high expectations even as the complexity of Wi-Fi networks and the interoperability challenges surge. How can service providers and vendors ensure Wi-Fi 6/6E and beyond deliver the performance their customers demand? They must thoroughly test new Wi-Fi products and services in controlled, repeatable conditions that mimic the real-world.

Created by Spirent’s team of Wi-Fi experts, this ebook explains:

  • The history and development of Wi-Fi standards
  • How Wi-Fi testing is accomplished and the importance of controlled variables
  • The 3 key steps in Wi-Fi testing: traffic emulation, channel emulation & performance evaluation
  • The types and importance of test automation

Key Considerations for Wi-Fi 6E Testing

Learn how to validate 802.11 WLAN AP and device performance, ensure network security, maximize service coverage.

Orthogonal Frequency-Division Multiplexing Access (OFDMA) introduced in Wi-Fi 6E (802.11ax) is one of the most important features in this generation of Wi-Fi technology. However, testing Wi-Fi 6E OFDMA can be a challenging task due to the complex nature of features defined in 802.11ax standard.This white paper provides an overview of 802.11ax, OFDMA triggering mechanisms, info exchange protocol, and MU PPDU transmission. It also offers an in-depth look at the essentials for OFDMA testing with a special focus on OFDMA operational scenarios. The latest industry-leading solutions will be shared for testing Wi-Fi 6E enhancements in a controlled environment and creating realistic, meaningful traffic models for OFDMA use cases.


Service providers and device makers can no longer make do with homegrown testbed solutions for Wi-Fi 6. Learn how a turnkey, automated and modular approach represents the new must-have for Wi-Fi testing.

You could say there’s an inverse correlation between how easy Wi-Fi has made broadband connectivity and how complicated mass market Wi-Fi device testing has become. Consider the plight of service providers and device makers tasked with testing Wi-Fi in recent years: constantly acquiring multiple pieces of testing equipment from multiple vendors, managing integrations, adding more and more test chambers with more antennas, running substantial cabling between antennas and chambers, and figuring out how to properly isolate components for repeatable testing. That was challenging enough when Wi-Fi was a mostly standalone, consumer-focused technology. But with Wi-Fi 6 underpinning new high-performance service offerings and expanding 5G convergence on the horizon, “complicated” can no longer be tolerated when it comes to testing.

This escalating challenge served as the backdrop for Spirent’s recent acquisition of octoScope. When I founded octoScope to streamline Wi-Fi testing, the burdens on the teams actually doing the testing were already mounting. Now, with Wi-Fi 6 and 5G poised to join forces to address trends across #WFH, industry 4.0, healthcare anywhere, fixed wireless access, and far beyond, stakeholders simply don’t have time for testing headaches. With that in mind, it’s no longer feasible for service providers and device makers to continue trying to make do with homegrown testbed solutions. Not when profitability, smooth customer experiences and time-to-market are on the line.

“It’s no longer feasible for service providers and device makers to continue trying to make do with homegrown testbed solutions. Not when profitability, smooth customer experiences and time-to-market are on the line.”

Wi-Fi 6 driving new testing needs

The complexity of traditional Wi-Fi testing environments has steadily grown over time. There were roaming, handoffs and mesh networks to be tested across access points and devices using dozens of pieces of testing equipment and hardware from multiple providers. All those devices under test and test systems had to be isolated in an array of chambers and interconnected via hundreds of cable connections, as expanding needs like traffic loading and ever-increasing numbers of antennas were added to the equation.

Wi-Fi 6 and now Wi-Fi 6E, fueled by more than a gigahertz of new spectrum in several countries, introduces even more testing requirements. More capacity, longer battery life, latency improvements, extended range, throughput increases, QoS guarantees, even more users – and it all has to be repeatable across a range of environments.

Service providers and device makers can’t keep running to multiple vendors for standards-based and high-performance testing and they can’t be consumed with managing a complex array of chambers and antennas and the cabling between them. Really, there’s only one way forward: a complete solution that can be deployed quickly and configured for precisely the new testing needs at hand. With Wi-Fi 6/6E, a turnkey, modular approach to testing has emerged not as a nice-to-have, but a necessity.

“There’s only one way forward: a complete solution that can be deployed quickly and configured for precisely the new testing needs at hand. With Wi-Fi 6/6E, a turnkey, modular approach to testing has emerged not as a nice-to-have, but a necessity.”

Defining a complete Wi-Fi test platform, on-demand

A modern, unified Wi-Fi testing platform built to accommodate traditional and emerging requirements will be capable of delivering channel emulation, testbed automation, full layer 2-7 testing and load testing – but only as needed in the moment. A modular approach addresses the full range of needs any service provider or device maker would bring, from standards-based and pre-certification testing, all the way through to advanced options for high-performance testing. It is supported by highly-realistic channel and network traffic emulation that allows stress testing based on real-world conditions.

Streamlining Wi-F 6 testing requires a modular approach that allows automated testbeds consisting of isolation chambers, antennas, emulators and test instruments to be rapidly configured and deployed.

Today, Wi-Fi chipset, access point, residential gateway and connected device vendors rightly place a premium on automation and ease of integration to existing systems when selecting Wi-Fi testbeds. In response, a comprehensive testing solution must support automated benchmarking of product performance and validation of functionality and scalability, while presenting simple interfaces and options for integration with existing lab automation.

On the service provider side, operators offering a Wi-Fi service place a high value on automation and ease of use when selecting Wi-Fi testbeds. Their focus is on home and business network environments that “just work” and provide high levels of service that reduce call center inquiries, truck rolls and churn. Delivering this experience at scale to upwards of millions of customers for a range of environments means automated test and assurance processes are a must. In enterprise environments, SLAs for Wi-Fi will increasingly become a reality and pre-deployment testing will go a long way toward ensuring service providers meet promises. From device performance validation and vendor selection to pre-deployment testing, software upgrade testing and recreation of field issues for problem solving, automation will be the common denominator amongst successful Wi-Fi 6 deployments.

The path ahead for better Wi-Fi testing

Modular solutions capable of generating highly-realistic traffic, authentically replicating a range of deployment environments, reducing traditional complexity headaches and supporting automated, repeatable testing scenarios represent the new must-haves for Wi-Fi testing. With octoScope now part of the Spirent family of test solutions, we’re better positioned than ever to offer the industry a one-stop shop for these must-haves, while pursuing octoScope’s original mission of streamlining Wi-Fi testing with a renewed sense of purpose and urgency.

The emergence of use cases for work from home (WFH), small business, hospitals, factories, IoT, and the onslaught of Covid, elevated Wi-Fi’s importance, making it the new global wireless workhorse. This seismic shift requires a completely new approach to testing. Learn about the new generation of testing solutions that address this challenge.

Best effort. That about sums up expectations of Wi-Fi among daily users. In the coffee shop? Airport? The park? Our homes? We take what we can get. Some networks are better than others, but in the end, it’s always been “just Wi-Fi.”

Lately, the emergence of use cases for work from home (WFH), small business, hospitals, factories, and IoT, and the onslaught of Covid, has elevated the importance of Wi-Fi, pushing it into the role of global wireless workhorse for our generation, and we expect, for the future. Yet, for all the performance demands being placed on Wi-Fi, it is tested infrequently and inconsistently. This stands in stark contrast to mobile networks, which are tested extensively by operators.

But this is changing. The rapid evolution of use cases, introduction of Wi-Fi 6/6E, rivaling 5G tech and Wi-Fi’s anticipated convergence and harmonization with 5G represent a sea change. The latest tech advancements see Wi-Fi all grown up, with new responsibilities and expectations, and all the complexities of a mature, sophisticated technology. Especially for indoor environments, Wi-Fi 6/6E has the potential to rival what 5G can deliver, at a fraction of the cost.

Considering the COVID-19 impact on Wi-Fi in the wireless ecosystem – which won’t likely change post-pandemic – service providers (SPs) will need to “up their game” to deliver the performance and QoS required to continue the productivity gains and economic trends established pre-pandemic. But offering bulletproof performance requires operators to adopt unprecedented, advanced testing and validation strategies.

In this new era of Wi-Fi, there’s no more room for error. Performance issues won’t just get a shoulder shrug. They’ll impact business revenues. Degrade user experiences. They’ll affect the bottom line. Meanwhile, competitive pressures will intensify at an accelerating velocity. Speed to market for a host of new devices with expanded feature sets will drive competitive battles. Just as importantly, it will necessitate a completely new approach to testing.

“Competitive pressures will intensify at an accelerating velocity. Speed to market for a host of new devices with expanded feature sets will drive competitive battles. Just as importantly, it will necessitate a completely new approach to testing.”

Goodbye disaggregation, hello results

In a previous post, octoScope founder (and now Senior VP of Wi-Fi Products with Spirent) Fanny Mlinarsky, discussed the rising urgency to streamline and automate Wi-Fi testing. Homegrown, multi-vendor testing shops based on garden-variety test products just weren’t meant for scale. Originally, within the more confined requirements of Wi-Fi’s earlier incarnation, they got the job done. But now, with Wi-Fi 6 and Wi-Fi 6E offering customers 5G speeds and latency, based on a new set of standards, it’s a non-starter.

Today, Spirent recognizes a critical opportunity to evolve from slow and expensive DIY testing to turnkey, configurable Wi-Fi test suites that deliver a seamlessly integrated testbed. All without prohibitively large and expensive chambers typically employed for performance testing that comprised previous approaches.

Evolution to a unified approach to Wi-Fi testing

It should be noted that a unified solution does more than just streamline processes – it impacts business outcomes.

Moving ahead, operators and device makers don’t want to buy test equipment – they want to buy results. And they need them as quickly as possible. Testing is emerging as not just a checkpoint before launch, but a driver of innovation itself. Wi-Fi 6 won’t be possible with a best-effort approach. It must be about maximizing performance results and getting them to market rapidly with advanced unified solutions.

Wi-Fi testing strategies for success

Spirent recognizes five key strategies for Wi-Fi 6 testing that merit serious consideration:

  • Rely on solutions, not boxes. Originally, Wi-Fi testing was considered so complicated that some companies skipped it all altogether. Those that did conduct testing relied on a range of customized solutions they set up and managed on their own. Now, however, attempting to apply the old playbook to today’s testing requirements simply won’t deliver the performance, speed and efficiency demands. Look for standards-based, end-to-end high-performance testing solutions that harness products, technologies, and expertise in one unified approach. This should also be easy to integrate and built for specific types of devices, and scale for rollouts or deployment complexity. When you have the right solution for the job, the right results follow.
  • Emulate real world environments. It’s not enough to anticipate Wi-Fi 6 traffic patterns in testing, they must mirror what will be encountered outside the lab. Isolating devices via a multi-chamber approach and injecting actual traffic or impairments for repeatable results is the first step toward planning for unknown trouble scenarios that previously only turned up after a product shipped. Testing environments must accurately represent real-world applications and experiences. That means modeling applications, conducting over-the-air connection testing, and focusing on latency impacts along the way.
  • Optimize for mesh testing. As mesh networks become more commonplace, there is an opportunity to greatly improve connectivity throughout the home and enterprise. But with users and devices moving constantly within fixed environments, optimizing connections at any given moment across multiple access points in a range of structural environments poses a major challenge. The ability to emulate a limitless number of environments, simulating distance, obstructions, motion and more will be critical in ensuring top performance. Especially as the market awaits approved standards to design against.
  • Automate for comprehensive and rapid results. Global consolidation of lab space through next-gen automation has become a growing need in testing as the size of some Wi-Fi test systems are often quite large. When customers purchase multiple units, they face serious space constraints. Additionally, the complexity of comprehensive Wi-Fi testing has reached a stage where next-gen test automation must be incorporated for continuous integration and continuous deployment (CI/CD). Automated test suites must encompass a range of channel and traffic emulation for validating the device performance of YouTube video, video conferencing, gaming, security cameras, factory automation, and so many applications in daily use within wireless environments. Cutting-edge lab and test automation are now Wi-Fi testing table stakes.
  • Account for scale requirements in testing. One size does not fit all for Wi-Fi testing, making it ideal to have a choice of pre-integrated testbed systems that can meet exacting needs, regardless of the project testing scope. Where one customer might only need to simulate a few client devices, another might need to do this for 50 to 100 devices by adding instruments and software. The ability to merge specialized products with advanced automation can deliver best-in-class testbed creation that is easy to deploy, can be sized for specific requirements and is extendable as future demands necessitate.

Wi-Fi’s new role in WFH, along with new use cases for small business, hospitals, factories, IoT, and Wi-Fi 6’s promise, all represent a world of opportunity where this ubiquitous connectivity tech finally stands on its own as a highly capable, and highly performant solution for complex devices, services and access environments. But Wi-Fi’s full potential can only now be achieved with an evolved and holistic advanced test strategy that mirrors the ambitions of the technology itself.

Enables easy and quick deployment of new test scripts and development of customized test automation

LITTLETON, MA, MARCH 18, 2021 – octoScope, the leader in accurate, repeatable and automated wireless personal testbeds, announces the introduction of the scriptMachine, a console for controlling one or more octoBox testbeds. The scriptMachine also includes a development environment for test automation and runs scripts supplied by octoScope or third parties.New Wi-Fi functionality, such as mesh, roaming, steering and load balancing, require automation of complex test sequences. Similarly, new Wi-Fi industry testing standards such as TR-398 from the Broadband Forum demand lengthy test automation suites and call for the use of multiple testbeds to accelerate execution of complex testing programs.

This increasing complexity in test management drives the need for an easier way to deploy test scripts across testbeds. Instead of installing scripts on each server, scriptMachine allows running these scripts on any testbed or on multiple testbeds at once. The scriptMachine comes with Python libraries and script examples, making it easy for customers to develop their own customized test automation sequences.

“The scriptMachine makes our octoBox testbeds easier to use and easier to automate,” said Fanny Mlinarsky, President of octoScope.

Stackable and configurable, octoBox personal testbeds are completely isolated from external interference and can be used at an engineer’s office or lab bench.

Each octoBox testbed is controlled by a dedicated Node.js web server accessible via a browser UI for manual control, or via REST API for test automation. The server provides the time base for the testbed and controls the built-in instruments, DUT configuration, traffic, and test flow. Test results are saved in a MongoDB database, enabling multiple teams to easily collaborate by sharing the test automation scripts and test results.

octoScope is a Spirent company.

Acquisition of octoScope, Inc.

Combination that firmly establishes Spirent as the Wi-Fi test leader

London, UK – 5 March 2021 – Spirent Communications plc (LSE:SPT), the leading provider of test, assurance, and analytics solutions for next-generation devices and networks, today announces that it has acquired octoScope, Inc (octoScope) from the founder Fanny Mlinarsky, management and other investors, for an initial cash consideration of $55 million on a debt and cash free basis, with an additional consideration capped at $18 million based on annual revenue growth targets for 2021 and 2022 and retention of key staff. The acquisition will be funded from existing cash resources.

Founded in 2006, octoScope is a US-based technology company that provides market-leading accurate, repeatable and automated wireless test solutions and methodologies to the wireless industry. Its test solutions leverage patented technology to provide automated Wi-Fi and 5G testing in emulated real-world environments, including the latest Wi-Fi 6 and 6E technologies. octoScope’s products are used by a blue-chip roster of leading global communication service providers, chipset, device, network infrastructure and Wi-Fi equipment vendors including: Google, Facebook, Verizon, Qualcomm, Nokia, Amazon, Philips and Sony.

This complementary acquisition is in line with Spirent’s targeted investment and M&A plans outlined at its Capital Markets Day in October 2020, securing a broader assurance opportunity and expanding our diversified customer base. octoScope will be incorporated into our Lifecycle Service Assurance operating segment along with our emerging Wi-Fi revenue stream currently residing in our high-speed Ethernet business within the Networks & Security operating segment.

The gross assets of octoScope at 31 December 2019 were $11.6 million. Revenue in the year to 31 December 2019 was $17.4 million and profit before tax was $4.5 million. Revenue grew to around $20 million for 2020, subject to audit. The business has a history of delivering robust growth and we expect that to continue.

Wi-Fi sits alongside 5G as a critical next-generation wireless access technology. With the explosive growth in the Internet of Things, the emergence of new mission-critical use cases in sectors such as healthcare and industry, and expansion of applications including fixed wireless access and Wi-Fi offload, the importance of reliable and secure Wi-Fi is greater than ever. Wi-Fi applications continue to grow on the back of a robust technology roadmap (Wi-Fi 6/6E/7), the rise in remote working and expansion into new frequency bands around the world.

Spirent already has a strong position in the Wi-Fi and 5G test markets and the combination of octoScope with our existing portfolio firmly establishes Spirent as the Wi-Fi test leader. It also provides opportunities to extend the capabilities of our 5G solutions and offer new and differentiated services to our customers through our global channels.

Commenting on the acquisition, Eric Updyke, Chief Executive Officer, said: “Having firmly outlined our M&A intentions at our Capital Markets Day in October, I am delighted to welcome octoScope to the Spirent family. The need for reliable and secure Wi-Fi is greater than ever and our teams look forward to working together to address an increasing range of complex Wi-Fi challenges for our customers.”

“This acquisition supports our strategy of sustainable, profitable growth by establishing Spirent as the firm market leader in the expanding Wi-Fi space, adding to our 5G solution portfolio. octoScope brings to us an impressive and well-known customer base, providing us with the opportunity to further leverage our established global routes to market and trusted relationships with our key accounts.

By:Abu Islam

November 23, 2020 · 3 min read

Wi-Fi coverage and cybersecurity becomes mission critical for patient care and workflows. Read how rigorous testing ensures reliable Healthcare provider networks and secure Wi-Fi connectivity to prevent services interruptions.

In a previous blog, we discussed the various benefits Wi-Fi 6 is offering healthcare providers. In this sequel, get a closer look at Wi-Fi device and network testing considerations for this sector.

Testing Healthcare Provider Networks and Devices

Compliance to local regulations, such as FDA 510k certification and IEEE/ANSI Wi-Fi C63.27 standard in the US, require medical device manufacturers to ensure the functionality and safety of their devices through rigorous testing. In addition, healthcare facilities must test their Wi-Fi network regularly to:

  • Ensure ubiquitous Wi-Fi coverage and performance for the entire facility:
    Physicians and clinical staff require access to Electronic Medical Records (EMR) and medical images via handheld devices or computer on wheels (COW). Pharmaceutical orders and clinical procedures are also carried out wirelessly to help make workflows more efficient, all of which requires reliable Wi-Fi networking.
  • On-board a wide range of wireless devices:
    Hospital beds, infusion pumps, ventilators and many other devices send life-saving alarms to patient monitoring stations over the Wi-Fi network. Their continuous operation is essential regardless of Wi-Fi network congestion or unwanted RF interference.
  • Reproduce field conditions and modeling “what if” scenarios:
    Healthcare facilities are built with inhomogeneous wall structures for operating rooms, X-ray rooms, patient wards and visitor lobbies. Using advanced tools in a laboratory, RF characteristics of a hospital along with potential interference sources can be modeled to test out range and roaming functionality under varying conditions, prior to installation of Access Points.
  • Assure service performance and QoE for end-users:
    The Wi-Fi network of healthcare facilities serves a wide range of use cases for physicians, clinical staffs, patients, and visitors. While physicians need access to critical healthcare applications that require high bandwidth, patients and visitors require convenient access to Wi-Fi network using BYOD (Bring Your Own Devices) without compromising the network security.
  • Test network security and vulnerability:
    To ensure a safe wireless and wired network throughout the entire facility.

A joint cybersecurity advisory, coauthored by the Cybersecurity and Infrastructure Security Agency (CISA), the Federal Bureau of Investigation (FBI), and the Department of Health and Human Services (HHS) was issued on Oct 28, 2020, and shared the following findings:

  • Malicious cyber actors are targeting the Healthcare and Public Health (HPH) Sector with TrickBot and BazarLoader malware, often leading to ransomware attacks, data theft, and the disruption of healthcare services.
  • These issues will be particularly challenging for organizations within the COVID-19 pandemic; therefore, administrators will need to balance this risk when determining their cybersecurity investments.

Similar concerns were echoed by the INTERPOL Secretary General Jürgen Stock in early 2020:

“As hospitals and medical organizations around the world are working non-stop to preserve the well-being of individuals stricken with coronavirus, they have become targets for ruthless cybercriminals looking to make a profit at the expense of sick patients.”

Unfortunately, there has been an increased number of cases, which resulted in various forms of services interruptions at hospitals and clinics, even to an extent that critically ill patients had to be re-routed to other facilities, globally. With this backdrop, it is more vital than ever that healthcare providers assess their network’s vulnerability, perform network penetration testing, including compliance testing of Wi-Fi security protocols (e.g. WPA3, WPA2) and web authentication like secured use of Captive Portals.

Assuring Reliable and Secure Connectivity for Healthcare Providers

As Wi-Fi coverage becomes mission critical for patient care and workflows, it is important to ensure healthcare provider Wi-Fi networks are up to the tasks. Yet improving and optimizing Wi-Fi network and device performance for unique healthcare provider deployment scenarios can be complex.

Learn about the latest test solutions for Wi-Fi turn up services and solutions specifically designed with healthcare providers in mind, including emulating hospital environments in a lab.

By:Abu Islam

November 17, 2020 · 4 min read

An increasing number of medical devices enabled with Wi-Fi technology are entering the healthcare industry, ranging from simple applications to mission critical real-time applications. Blog outlines the market drivers for healthcare Wi-Fi networks.

Learn about market drivers for Healthcare Wi-Fi networks

A recently published Spirent eBook on the impact of COVID-19 on the Wi-Fi ecosystem discussed the effect of underlying factors such as the economy, business, government and consumer-behavior on Wi-Fi deployments and testing. While certain Wi-Fi market segments such as large public venues (LPV) and hospitality are still struggling to recover, the healthcare industry is facing altogether different challenges.

According to a recent report from Frost and Sullivan (April 2020), “Telehealth market in the US is estimated to display a staggering seven-fold growth by 2025, resulting in a five-year compound annual growth rate (CAGR) of 38.2%. In 2020, the telehealth market is likely to experience a tsunami of growth, resulting in a year-over-year increase of 64.3%.”

The World Health Organization (WHO) defines Telehealth as the “delivery of health care services, where patients and providers are separated by distance. Telehealth uses ICT for the exchange of information for the diagnosis and treatment of diseases and injuries, research and evaluation, and for the continuing education of health professionals.”

“Wi-Fi 6 helps solve the different challenges the healthcare industry is facing.”

Wi-Fi has been the preferred wireless technology of choice for decades in hospitals and clinics, globally. This is primarily because Wi-Fi offers technical advantages in indoor environments, and often, it’s the most cost-effective option for healthcare providers. As a result, an increasing number of medical devices enabled with Wi-Fi technology are entering the healthcare industry each year, ranging from simple applications to mission critical real-time applications (e.g. ubiquitous access to patient medical records).

With stringent regulatory requirements such as FDA 510k certification for product introduction in the U.S., patient safety and privacy concerns (e.g. HIPAA in the U.S., GDPR in Europe), and the need to provide patient care around the clock (24/7/365), it is understandable that new technology adoption takes longer for the healthcare industry. However, the various new features and promises offered by Wi-Fi 6, are providing a great motivation for healthcare providers to think seriously about upgrading their devices and networks.

Benefits of Wi-Fi 6 for Healthcare Providers

Wi-Fi 6 offers several benefits over legacy standards such as Wi-Fi 5/4. Key features include Orthogonal Frequency Division Multiple Access (OFDMA) for Downlink and Uplink (DL/UL), Multi-user Multiple Input and Multiple Output (MU-MIMO) for DL/UL, Target Wake Time (TWT) among others.

Coupled with the latest security standard by the Wi-Fi Alliance (WFA) Wi-Fi Protected Access 3 (WPA3) for Enterprise, Wi-Fi 6 enables healthcare providers to benefit from a reliable, efficient, and secured Wi-Fi connection for patient care and clinical workflows.


Key Wi-Fi 6 features

  • OFDMA: enables higher aggregated throughput and lower latency in dense environments like in hospitals (over previous generations of products). However, the key benefit of OFDMA is the scheduling-based resource allocation capability in the frequency domain, which enables organizations to prioritize their Wi-Fi traffic. For instance, life-saving traffic data such as patient monitoring and paging can now be prioritized over less sensitive traffic such as Internet-of-Medical Things (IoMT).
  • MU-MIMO: Particularly suitable for higher bandwidth applications and larger data packets, MU-MIMO (capable of up to 8×8) enables access points (APs) to transmit more data at a given time and serves a larger number of concurrent clients. Healthcare applications, ranging from full-body MRI images accessible by handheld devices to HD video for physician and patient consultation, require a higher bandwidth, that is supported by this feature.
  • Target Wake Time (TWT): Large number of IoMT devices run on battery power. With TWT, APs and IoMT devices can “wake up” at negotiated times. In multiple WLANs deployment scenarios in congested environment like hospitals and clinics, this allows for reduced power consumption and longer battery life for IoMT devices, as well as less congestion for the Wi-Fi network.
  • WPA3: Healthcare industry is tasked with protecting critical medical information and patient records by regulatory requirements, especially when such information is transmitted over the air. The latest WPA3 standard offers enhanced security protection and is available in two forms:
    • WPA3-Enterprise: Unlike WPA2, WPA3-Enterprise provides a 192-bit security suite, making for a more robust security system for enterprise environments, making critical networks harder for hackers to penetrate.
    • WPA3-Personal: WPA3-Personal uses Simultaneous Authentication of Equals (SAE) (RFC 7664) to replace Pre-shared Key (PSK) in WPA2-Personal, to offer forward secrecy, that helps protect data traffic by making it resistant to offline dictionary attacks.

In addition, Wi-Fi 6 is backward compatible, enabling legacy clients to co-exist with the latest Wi-Fi 6 devices. This is particularly important in healthcare facilities, where thousands of devices from various Wi-Fi generations are served by the same network at any given time.

In the sequel to this blog, we will take a closer look at Wi-Fi device and network testing considerations for healthcare providers.