Where satellite used to be seen as a back-up option, it’s increasingly being regarded as part of our global connectivity backbone, especially as people expect to stay connected wherever they are, even if that’s 38,000 feet in the air.

It’s also a very literal representation of something we’ve known for some time: that connectivity can no longer be bound by geography.

We recently carried out a representative survey in Germany which showed that 70% of people would use satellite Internet if it were stable and widely available, which mirrors exactly what we’re now seeing in the market.

The technology is ready, and so is public demand, but latency remains a key obstacle.

That might not matter for somebody browsing their emails on board an intercontinental flight, but it’s the biggest barrier to satellite connectivity achieving widespread adoption for all use cases.

This move by British Airways and other airlines that have deployed onboard satellite Wi-Fi will do much for the reputation of satellite connectivity.

But for it to become core to our global connectivity infrastructure, the next step should be building the right interconnection pathways – both on Earth and above it.

These pathways will give the satellite technology the low-latency connections it needs to sustain things like real-time AI inference.

Through our Space-IX initiative and the European Space Agency’s OFELIAS project, we’re working on ways to optimize the direct exchange of data between low-Earth-orbit satellites and terrestrial networks – and even between different space-based networks.

The aim is to make these space-based ecosystems as responsive and reliable as those on the ground, so that no matter where users are, on Earth or in the sky, they won’t have to compromise on connectivity.

[Featured Image Credit]

Young Africans are building wealth, discovering global markets, and taking control of their finances through crypto. It is a revolution driven by innovation, smartphones, and a hunger for financial freedom.

Yet, just like any gold rush, the excitement comes with danger. Scams, security threats, and poor decisions have cost many traders their hard-earned money. As crypto adoption expands, staying safe has become just as important as making profits.

This article explores how African crypto traders can protect their hard-earned assets, avoid common mistakes, and thrive in a fast-growing digital economy.

Understanding What You Invest In

The first step to staying safe in crypto is understanding what you are investing in. Every cryptocurrency represents a project or purpose, but not every project is built to last. Some tokens solve real problems, while others exist only to exploit investor excitement.

Before buying any coin, take time to research. Look into who created it, what it aims to achieve, and whether it has a clear roadmap. A flashy website or a trending hashtag is not proof of value.

The more you understand a project, the less likely you are to fall for false promises. In crypto, information is your first layer of protection.

Choosing Trustworthy Platforms

Your choice of exchange determines how safe your crypto journey will be. Trusted platforms like MEXC provide strong security systems, transparent operations, and global access, all essential for peace of mind in a volatile market.

A good exchange protects your funds through technology like two-factor authentication, withdrawal passwords, and robust data protection.

It also ensures you trade at fair prices with deep liquidity and fast order execution. When you trade on reliable platforms, you not only safeguard your assets but also position yourself for sustainable success.

Securing Your Digital Wallet

Your wallet is the digital vault for your assets, and protecting it must be your top priority. Hot wallets (those connected to the internet) offer convenience but are vulnerable to hacks. Cold wallets (offline storage such as hardware devices) are far more secure for long-term holdings.

Never share your recovery phrase or private keys with anyone, no matter how convincing they sound. No legitimate company or support staff will ever ask for them. The moment someone gains access to your private keys, your funds are gone forever.

Building Safe Digital Habits

Technology alone cannot protect you if your habits are careless. Many traders lose funds not because of bad investments, but because they fail to stay vigilant. Using weak passwords, ignoring security updates, or trading over public Wi-Fi are all risky mistakes.

Always double-check website links before logging in. Turn on two-factor authentication. Use strong, unique passwords for each platform.

And most importantly, think twice before responding to offers that seem too good to be true. In the world of crypto, if something sounds effortless and guaranteed, it is almost certainly a scam.

Recognizing Modern Scams

Crypto scams have become more sophisticated, and even experienced traders can fall victim. Fake investment schemes promise high returns and disappear overnight. Fraudsters create look-alike websites of legitimate exchanges. Others impersonate well-known traders or brands to gain trust.

Before you click, confirm. Check official handles, contact verified support channels, and rely only on recognized sources such as MEXC’s official website and social media pages. Protecting your funds means slowing down, questioning everything, and keeping your guard up.

Managing Risk with Discipline

Crypto markets are fast-moving and unpredictable. Prices can surge or crash within hours. The smartest traders understand that risk is part of the game, and they plan for it. They never invest more than they can afford to lose, they diversify their portfolios, and they always use tools like stop-loss orders to minimize potential damage.

On MEXC, tools such as Copy Trading allow newcomers to learn directly from experienced professionals. It helps users follow proven strategies while maintaining full control over their money and level of risk. Knowledge, not emotion, is what keeps you profitable in the long run.

Learning Is the Real Investment

The safest traders are the most informed ones. Knowledge is the most valuable currency in crypto. That is why MEXC Foundation has launched programs like IgniteX, which empower students and young Africans with blockchain education, mentorship, and scholarships.

Through resources like MEXC Learn, anyone can access free, easy-to-understand materials on topics ranging from trading and blockchain basics to advanced Web3 innovation. The more Africans learn, the better prepared they become to navigate the digital future responsibly.

Think Beyond Quick Profits

True wealth in crypto does not come from chasing short-term gains. It comes from patience, knowledge, and a long-term vision. Traders who focus on understanding technology, supporting meaningful projects, and investing in solid platforms are the ones who last.

Africa’s crypto revolution is still unfolding. Stablecoins are helping people preserve value, Bitcoin is becoming a digital store of trust, and blockchain is opening global opportunities. But this progress will only be sustainable if traders approach it wisely and securely.

Conclusion

The digital gold rush is real and Africa is right at the heart of it. But success in this new economy will not belong to those who rush in blindly. It will belong to those who take time to learn, who protect their wallets, and who make informed decisions.

In the world of crypto, safety is an important strategy. With trusted platforms like MEXC, the right education, and disciplined trading habits, African crypto traders can build not just wealth, but lasting financial empowerment.

[Risk Disclaimer: The information provided in this article regarding cryptocurrencies does not constitute investment advice. Given the highly volatile nature of the cryptocurrency market, investors are encouraged to carefully assess market fluctuations, the fundamentals of projects, and potential financial risks before making any trading decisions].

Vincent Iachetta Jr., president of Peppermonkey Media, discusses why you should think twice before connecting to public Wi-Fi.

What Are The Dangers?

Man-In-The-Middle Attacks

Man-in-the-middle attacks are where hackers break into the public network and view your data as it passes from your connected device to the Wi-Fi router.

Vincent says, ‘If you’re doing online banking at the time, hackers can see your passwords and account information. They can steal your credit card number, email address, and other personal details.’

Evil Twin Attacks

When you’re looking for a public Wi-Fi hotspot, you may discover a lookalike to the correct one. It might be named something like, ‘Free University Wi-Fi1’ or ‘Station Wi-Fi234’. But by using this clone instead of the correct network, you’re connecting right to the scammers, meaning you could expose your private data.

Malware-Infected Networks

According to Vincent, ‘If hackers infect a network, they can send software bugs to any device connected to it. If you suddenly see a pop-up, don’t click on it because it could contain an infected link.’

Session Hijacking

If a cybercriminal gains access to your device while you’re browsing online, they can copy your data. Next, they’ll hijack your browsing session and masquerade as you. In turn, they can steal your money, personal details, or identity.

How Can You Stay Safe?

Vincent has some top tips for beating scammers on public networks:

Always use A VPN (Virtual Private Network) when using public Wi-Fi. It’ll encrypt all your data so that it can’t be viewed by hackers.

Use a Password Manager so that cybercriminals can’t view your password.

Vincent says, ‘You should also never conduct sensitive activities such as online banking when using free Wi-Fi. If you really have to look at your banking info, do it via an app using 4G.’

In the end, though, Vincent’s most simple advice is: ‘Use your mobile data rather than risking public Wi-Fi. The inconvenience of using up your data is nothing to what you’ll face if your personal details are stolen by scammers.’

You could be working from home, streaming your favorite shows, or gaming online, a reliable Wi-Fi connection is what we all Leverage. However, we’ve all faced those frustrating moments when the Wi-Fi suddenly decides to act up. 

That’s why this comprehensive guide has been put together, walking you through common Wi-Fi issues and how to fix them, ensuring you stay connected without a hitch.

1. Check Your Hardware

Before diving into software tweaks, start with the basics:

• Router Placement: Ensure your router is placed in a central location, away from obstructions like walls and electronic devices. Ideally, it should be elevated and free from interference.
• Modem and Router: Power cycle both your modem and router by unplugging them for 30 seconds and then plugging them back in. This often resolves minor connectivity issues.
• Cables: Check that all cables are securely connected, and there are no visible signs of damage.

2. Wi-Fi Network Settings

Sometimes, the culprit lies in the Wi-Fi settings themselves:

• Network Name (SSID): Make sure your network’s name (SSID) is unique and not shared with nearby networks. This prevents interference.
• Security Settings: Ensure your Wi-Fi network is password-protected using a strong, unique password to prevent unauthorized access.

3. Update Firmware

Outdated firmware can lead to performance issues:

• Router Firmware: Access your router’s web interface and check for firmware updates. If available, install the latest version to benefit from improvements and security fixes.

4. Overcome Interference

Wi-Fi signals can be disrupted by other devices and networks:

• Change Wi-Fi Channel: In congested areas, changing your router’s channel can reduce interference from neighboring networks. Experiment with different channels to find the least crowded one.
• Limit Interference: Keep electronic devices like cordless phones and microwaves away from your router, as they can interfere with Wi-Fi signals.

5. Signal Strength Enhancement

Sometimes, weak signals are the issue:

• Wi-Fi Extenders/Repeaters: Consider adding Wi-Fi extenders or repeaters to boost your signal in areas with weak coverage.
• Upgrade Router: If your router is old, upgrading to a newer, more powerful model can significantly improve signal strength and range.

6. Manage Connected Devices

A crowded network can slow things down:

• Disconnect Inactive Devices: Regularly disconnect devices that aren’t in use to free up bandwidth for active ones.

7. Advanced Troubleshooting

If basic steps don’t work, it’s time for more advanced troubleshooting:

• Quality of Service (QoS): Configure QoS settings on your router to prioritize specific devices or applications for a smoother experience.
• DNS Configuration: Experiment with different DNS servers, such as Google DNS or OpenDNS, for potentially faster and more reliable connections.
• Contact Your Internet Service Provider (ISP): If all else fails, reach out to your ISP for assistance. They may need to investigate issues on their end.

A well-functioning Wi-Fi connection is one of the backbones for modern living. With these troubleshooting tips, you can tackle common Wi-Fi issues head-on and maintain a seamless connection for all your online activities. Remember, a little patience and persistence can go a long way in keeping your digital life running smoothly. Happy surfing!

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Two days to the end of November 2022, the Wireless Broadband Alliance (WBA), announced the publication of “Rural Wi-Fi Connectivity: Challenges, Use Cases and Case Studies,” a report that demonstrates why Wi-Fi is the most economical and effective technology for bridging the digital divide in small towns, remote communities and other sparsely populated areas, utilising the best available backhaul solution.

Over 1 billion people worldwide live in rural communities where internet access is poor or completely unavailable.

This severely limits their access to key digital services such as telehealth and online education, as well as job opportunities that involve telecommuting.

This digital divide persists in both developed and developing countries and threatens to become “the new face of inequality,” according to UN Deputy Secretary-General Amina Mohammed.

In September 2022, the Biden-Harris administration announced $502 million for High-Speed Internet in Rural Communities to help address the issue in the United States.

Strategies and Use Cases for Bridging the Rural Digital Divide 

The new WBA report, led by WBA members C-DOT, HFCL and Meta, includes strategies and best practices that service providers can use to ensure the right quality of service, making Wi-Fi ideal for distance learning, telehealth, e-commerce, the internet of things (IoT), streaming video and other consumer, business and government applications.

Through use cases and real-world case studies, the report explores a wide variety of deployment scenarios that address unique challenges of rural environments, with different types of backhaul, targeted applications, market conditions and other factors.

The report also provides regulators with guidance for maximizing Wi-Fi’s ability to bridge the digital divide in rural areas.

A prime example is ensuring that the new 6 GHz band is available for use in their countries, giving service providers additional spectrum to support more users and deliver the requisite speeds and performance.

Wi-Fi enables mobile operators, telcos and other service providers to address a wide variety of existing and potential use cases, giving them a much more versatile and cost-effective technology for expanding their services into rural areas.

Two examples are:

• Fiber providers using Wi-Fi to extend their services into rural areas over microwave. This avoids the expense and lead time of burying or stringing fiber in remote areas, including ones with challenging terrain such as rivers, mountains and rock. “With Wi-Fi 6, the bandwidth over the unlicensed band microwave link will increase and may reach 1 Gbps,” the report says. “One telecom operator in India is already deploying a network called Bharat Air Fiber in rural areas based on similar architecture.

• Cellular operators using Wi-Fi to provide fixed and mobile broadband services.The average cost of deploying a cellular tower covering a population of around 4,000 spread across 1 sq. km costs at least 20x more in capital and operational expenses compared to a mere $2,500 for Wi-Fi deployment,” the report says. “This includes outdoor Wi-Fi equipment, external antennas, solar panel, solar charge controller, battery, outdoor PoE, poles and earthing, cabling, and two years of fiber backhaul subscription cost.

Rural Connectivity is Essential to address the Digital Divide

Rural Wi-Fi is ideal for closing the digital divide:

• Two thirds of the world’s school-age children – or 1.3 billion children aged 3 to 17 years old – do not have internet connection in their homes, according to a new joint report from UNICEF and the International Telecommunication Union (ITU).
• According to ITU, 2.9 billion of the global population is still offline, with an estimated 96% of them in developing countries. Even among the 4.9 billion counted as “internet users,” many hundreds of millions may get the chance to go online only infrequently, via shared devices, or using connectivity speeds that markedly limit the usefulness of their connection.
• In some of the world’s poorest nations, getting online can cost a staggering 20% or more of per capita Gross National Income (GNI).

Tiago Rodrigues, CEO of the Wireless Broadband Alliance, said: “Wi-Fi is uniquely positioned to extend voice, video and broadband services to the nearly 1 billion people worldwide in rural areas who have poor or no connectivity. Unlike cellular, Wi-Fi is already included in virtually all smartphones, tablets, laptops, streaming boxes and other devices.

This ubiquity also means Wi-Fi has the kind of high-volume low-cost structure that’s critical for ensuring devices and services can be priced low enough to maximize adoption.

As our new report shows, these are some of the reasons why Wi-Fi is economically and technologically ideal to address the digital divide in rural areas.”

Dr. Rajkumar Upadhyay, Executive Director at C-DOT India, co-authors of the report, commented: “Demand for data is exponentially increasing globally. This is well supported by an affordable device ecosystem, availability of a variety of quality content, over-the-top (OTT) services, e-education, e-health and other new use cases. Covid-19 has fuelled this demand further and uptake is increasing in rural areas. Wi-Fi, an unlicensed band technology, is key both from access and backhaul perspective. In India, Wi-Fi is being used not only as access but to extend connectivity, for example, from Gram Panchayat (GP) to neighbouring villages. The use of Wi-Fi technology to establish point-to-point and multi-point links in an unlicensed band is one of the alternate and affordable technologies to extend connectivity from fiber points of presence to nearby villages.”

Mr. Bhuvnesh Sachdeva, Senior Vice President – Product Development at HFCL Limited, Co-author of the report, said: “Over 40k Wi-Fi public hotspots have been deployed across rural India in the last two years under various schemes introduced by the Government of India. We at IO by HFCL are proud to be the major supplier of robust Wi-Fi equipment to enable such affordable connectivity for all. The state-of-the-art network infrastructure is proving to be a game changer for the lives of thousands of village residents. The residents can now access telemedicine, remote learning, government services, financial services like banking and digital payments, social networking, and entertainment.”

This milestone is the latest example of WBA OpenRoaming’s success in providing Wi-Fi users seamless and automatic network access, enterprise-grade security and – with Wi-Fi 6 & 6E- a carrier-grade Wi-Fi experience across multiple locations.

WBA also announced Release 3 of OpenRoaming, launched today, which will make the business and commercial aspects of roaming easier than ever before and importantly, cut back on hundreds of hours of legal and administrative time when establishing roaming settlement agreements.

OpenRoaming – 1m Global Hotspots

The 1 million OpenRoaming hotspots span a wide variety of venues, including airports, universities, stadiums/arenas, office buildings and municipalities. Examples include San Jose State University, Fira Barcelona Gran Via, Canary Wharf, London Stadium, Live Nation BottleRock Festival,  Brazil’s São Paulo/Guarulhos International Airport and various European municipalities and tourist destinations enabled by Boingo, Cisco, CommScope, Extreme Networks  and other members of the federation. A recent proof of concept deployment by WBA member, Airties, to automatically onboard Wi-Fi client devices to a residential Wi-Fi 6 network also paves the way for the rollout of OpenRoaming across in-home Wi-Fi networks.

WBA OpenRoaming enables enterprises, device OEMs, service providers and others to offer business users and consumers automatic, secure, friction-free access to Wi-Fi. It offers flexibility to support a variety of biz models and quality of service suitable for their customers.

Launched in May 2020, the OpenRoaming platform was developed as a global solution based on a common set of standards to bridge the gap between cellular and Wi-Fi, offering users frictionless connectivity as users roam between guest Wi-Fi networks and public Wi-Fi hotspots, as well as from cellular to Wi-Fi.

OpenRoaming enables venues to get their patrons connected seamlessly and quickly. It removes hurdles to get users onboarded and increases opportunities for engagement.

The OpenRoaming standard frees users from the need to constantly re-register or re-enter log-in credentials and provides performance guarantees and quality of experience (QoE) capabilities as users roam between different public/private Wi-Fi realms.

OpenRoaming also helps enterprises ensure a gold standard of privacy and establish a high bar of security. It ensures a strong bar of security as a baseline. This is a major benefit for users and enterprises alike and an improvement from connecting via open and unsecure networks. In an era of hybrid work/play culture, secure Wi-Fi networks are paramount to combating the growing threat of hacks, scams and espionage. For example, all 24 Adventist Health hospital campuses now use OpenRoaming so staff and visitors can connect seamlessly and securely to the Wi-Fi network without additional training or needing to enter login credentials. This saves doctors and nurses valuable time and ensures that staff, patient and visitor data goes over a secure, private Wi-Fi connection.

OpenRoaming – Release 3

Release 3 includes a significant improvement on the legal and commercial framework providing the ability to implement a new templated approach, making commercial arrangements between federation members simpler and easy to scale. Dynamic settlement capabilities make it possible for rate variations to be varied at peak times.

In addition, Release 3 has been enhanced to include automated tools, reporting and API’s to significantly reduce the overhead for management and administration of an OpenRoaming network, while providing an online portal for federation members to self-serve.

Enhanced Identity Proofing has also been enabled so that identity providers are able to meet regulatory and legislative requirements as well as corporate and business needs.

Tiago Rodrigues, CEO of the Wireless Broadband Alliance, said: “In just 18 months, WBA OpenRoaming has already surpassed 1 million hotspots worldwide. That’s a major milestone — one that highlights how quickly the marketplace has recognized the benefits for network operators, infrastructure vendors, device OEMs and end users. It also reflects demand driven by the emergence of private 5G networks requiring simple roaming between cellular and Wi-Fi.

“But this milestone is just the beginning. We expect to see even more types of locations adopt WBA OpenRoaming, including hotels, cafés, trains, planes and connected cars. In fact, in our most recent cross-industry survey, 40% of businesses said they have implemented Passpoint/OpenRoaming or plan to do so before the end of this year. Wherever you work, live and play, OpenRoaming will be there.”

OpenRoaming has been adopted by most major Wi-Fi equipment vendors and device OEMs. Federation members include Adentro, Airties, Boingo, Broadcom, Cisco, Cityroam, Cloud4WI, Commscope, eduroam, Enea, Extreme Networks, GlobalReach, Intel, Kyrio Samsung, Single Digits, and many others amongst the growing eco-system.

The Premium Wi-fi was launched by the leading mobile operator in Nigeria, MTN, in collaboration with Chinese equipment manufacturer Huawei to ensure that businesses have the best in-home wireless Internet experience possible.

Also, the move is in a bid to continuously fine-tune end-users experience on the network.

The Premium Wi-Fi can playback the historical home wireless networks’ performance in the last seven days. It demarcates faults based on speed tests by segment and diagnoses major issues in just one click, in order to rectify problems in the cloud.

A self-trouble shooting function on a mobile app provided by MTN Nigeria enables home broadband users to solve some network problems by themselves, allowing them to manage all broadband performance much easier.

According to MTN Nigeria’s Chief Technical Officer, Mohammed Rufai, the Premium Wi-Fi deployment is geared around delivering a superior user experience with high technology.

With the variety of smart home devices multiplying by the day and endless new types of services being created to land on them, there needs to be, better home network quality. Given that most of the apps will be youth-oriented video clips and online games, that calls for a lot of management.

“Home network experience has become a vital area in improving network quality for MTN Nigeria,” said Rufai.

“We want to solve problems such as Wi-Fi interference, coordination between home network terminals, and Wi-Fi coverage which occurs frequently and leads to a large proportion of user complaints.”

In order to improve user experience, MTN Group partnered with Huawei to launch the Autonomous Driving Network project.

This introduces the home network manager to clever new practices such as target architecture design, autonomous level evaluation, and high-value use-cases of autonomous networks.

“With this, we can proactively identify and accurately locate fault points on home networks. It will help us improve O&M efficiency and reduce customer complaints,” said Daniel Smith, a senior engineer with the MTN Group.

“In the future, MTN and Huawei will implement more innovations in network automation and intelligence and quickly deploy them on the live network.”

From labs to classroom A/V equipment, student cell phone coverage to sports arenas, there are a growing host of demands on the networks of these facilities.

Universities have many different IT needs and have to take a holistic view of connectivity, in order to deliver a seamless performance on both public and private networks.

Fixed connections and Wi-Fi alone won’t be enough to meet the demand. The latest generation of mobile wireless in 5G, with its fast speeds, low latency and superior security, can be the missing piece.

Connectivity will be in high demand on campus

Sprawling university campuses can be a difficult environment in which to achieve reliable, secure connectivity.

A private 5G network can serve as an extension of a school’s IP network, untethering applications from hardwired connections and students from Wi-Fi signals that ebb and flow in strength depending on what corner of the quad they’re standing in.

College IT administrators also need to stay ahead of the coming wave of connected devices. To a great extent, they’re already here—a 2018 Center for Digital Education (CDE) survey showed that more than three-quarters of college campuses at the time were either “smart” campuses or on their way to becoming so.

Internet of Things (IoT) applications on campus can include everything from emergency notification systems to building HVAC control, to smart ID badges for students and faculty.

The COVID-19 pandemic also rapidly accelerated the use of online portals connecting students both on and off campus.

To power all those devices, a school needs a wide coverage network that gives every inch of campus reliable connections.

Especially in outdoor environments, 5G networks powering a “Fixed Wireless Broadband” solution can provide strong, secure coverage with far less access points than a traditional Wi-Fi setup. For example, indoors the ratio is typically 5 Wi-Fi APs to 1 LTE/5G AP and for outdoor locations, 7 to 1. This is due to the power regulations set by the FCC as well as the technology advantage of cellular equipment over Wi-Fi.

Mobile broadband can power use cases from the everyday to the cutting edge

One example of how 5G private networks can help university campuses meet their needs is an athletic venue, like a football stadium. 5G equipment allows network slicing, meaning that different functions (arena security, POS for food vendors, tablets on the sidelines, etc.) all have their own dedicated network resources.

A single Wi-Fi network may be too congested or too weak in spots to meet all these needs.

And this can also apply inside the building, for things like smart whiteboards, or A/V equipment beaming in an expert to a classroom.

A mobile broadband connection gives the security and speed of fixed Ethernet while allowing equipment to be moved from room to room.

This can also be applied to public safety technology—things like wireless cameras that can be redeployed during an event, or drones for autonomous patrols of outdoor areas.

Private networks aren’t a replacement for Wi-Fi, but a compliment and extension of the school’s existing IP network.

A 5G-powered private network can serve as a strong compliment to public mobile broadband, and as IT departments look to “cut the cord” on things like security cameras and A/V equipment, it can provide connectivity that’s just as strong and secure as a hardwired connection.

Future-proof university networks with 5G

Private 5G networks are only part of the overarching connectivity solutions for a university campus.

But there are indirect cost savings to leaning into such a model—for example, public LTE is needed for connectivity outside the school, but costs could be reduced if 80 percent of the data plan is used at the campus. (Studies have shown most wireless subscribers use their phones indoors, meaning they would therefore save on data plans if they used their private wireless networks instead of the public network when on a university campus.)

The use cases detailed here are just the ones that are prolific today. We know driverless vehicles, delivery robots and other cutting-edge tech is on the horizon.

In the coming years, universities will want to demonstrate tech proficiency to attract top students and faculty talent to campus.

Things like AR/VR, smart classrooms, and virtual instruction will become the norm. Institutions will also look to things like drones for safety and security.

A 5G private network can help lay a powerful, secure foundation for these technologies.

Every university is in a different stage of bringing students back, as higher education works out what life will be like after the COVID-19 pandemic.

Whether students are fully returned to the classroom or on a permanent hybrid model, one thing will be consistent—everyone, from students to faculty, will expect good connectivity.

If a university wants to stay competitive and attract top students and staff, it needs to offer robust, secure and high-speed connectivity on every inch of campus. A 5G private network is a key part of that solution.