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4G Broadband – The Answer to Your Rural Wi-Fi Woes?

Over the last year, we’ve been inundated with requests from people looking for a different and more reliable source of broadband service.

Many people are moving out of London into more rural areas and expecting the same internet connectivity as they would have in urban areas.

They soon realise that many parts of the countryside are suffering from a broadband deficit and there’s a connectivity imbalance across the countryside.

We’ve installed countless numbers of external 4G antennas and routers, effectively replacing the broadband through the telephone cable, with a data SIM card.

This simple solution has meant that people who couldn’t Zoom for work at home now can, children can do their schooling online through Google classroom and Teams, and the dreaded buffering of Netflix binging no longer happens.

Not only is this solution perfect for those at home, but it works excellently for temporary offices too, such as those in construction, archaeology and film and TV work.

We thought we would share a couple of case studies from some recent 4G installations that have seen a hugely positive affect on their connectivity since making the switch.

 

Case Study – A Rural Home in Bishops Waltham

Wi-Fi Issue: This charming rural home in Bishops Waltham struggled with only 2-3mb download speed and 0.5mb upload speed through their BT Openreach line. As the Director of a large London bank, this unreliable connection meant she couldn’t work from home.

Our 4G Broadband Solution: We installed a 4G antenna and router, and she’s now getting perfect 60mb download speeds with 20mb upload speeds. This means she then didn’t have to travel into London so often.

Case Study – A Garden Landscaping Company in New Alresford

Wi-Fi Issue: This garden landscaping company recently moved their office to a rural location without any internet or traditional phone line. Their new office was a converted shipping container which, as it is made of metal, meant that their phones wouldn’t work quite so well for internet speed.

Our 4G Broadband Solution: Our 4G external antenna solution means they now get 40mb download and 20mb upload speeds within their new office.

Case Study – A Large Metalwork Company in Rural Dorset

Wi-Fi Issue – This metalwork company was having trouble with 3-5mb download speeds and less than 1mb upload speeds. This was the maximum possible speed in their area. Having asked  BT Openreach to extend fibre to their premises, they found out it would not only have cost them hundreds of thousands of pounds, but also ruined a beautiful part of the countryside. (If you watch The Crown you may well have seen it!) The poor internet connection meant that contacting their London based clients over Zoom was very difficult, and often required them to do so from their home instead or office.

Our 4G Broadband Solution: Using our 4G router and external antenna, they now receive 70mb download speeds and 30mb upload speeds. This means they can now easily maintain contact with their clients without having to travel back to their homes for a good quality Zoom call. It also means they can employ more people onsite and increase employment in the local community without moving their office to a larger town.

 

If any of these problems seem familiar to you, whether it’s your home connection or business, perhaps now is the time to get in touch and let us see if we can help.

These 3 examples are just a handful of the successes we’ve seen from clients moving from a slow BT Openreach connection to a faster 4G broadband option.

 

How can you be sure that 4G broadband is the right option for you?

It’s okay to feel nervous, we understand how frustrating a slow connection can be. We can come and assess your property to see whether a 4G broadband option would be viable for you with our new 4G antenna testing pole. This bit of kit means we can get an accurate representation of how our 4G routers and eternal antennas can solve your broadband connectivity problems.

For more information on our 4G broadband service, head to our website. You can also get in touch with one of our Wi-Fi experts who will be happy to discuss your requirements.

 

Don’t let a slow BT Openreach connection hold you back. Whether it’s for Zoom calls to keep in touch with colleagues, WhatsApp video calls with friends and family, or nightly Netflix binges – You deserve a connection that doesn’t freeze, buffer or drop. Call in the Wi-Fi Experts today.

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4G 4G Mobile Broadband 4G Wi-Fi 5G Unlimited data plan Wi-Fi Product Feature
The Robustel R5020 5G Router

We’ve talked a lot in recent weeks about 4G broadband and how it can solve many Wi-Fi issues in rural areas and homes with a slow BT Openreach connection.

But of course, the question on everyone’s lips when we talk about 4G routers and mobile broadband is ‘when will there be a 5G router?’

One product we’re feeling particularly excited about is the Robustel R5020. This router is touted to be offering next-generation cellular connectivity at a competitive price.

The R5020 will enable rapid deployment of high speed IoT applications in sectors such as Transportation, Enterprise Connectivity and Digital Signage.

In a compact industrial unit, the R5020 will offer 3G, 4G/LTE and 5G band coverage.

What are the key features?  

Here are the key features of the Robustel R5020 5G router.

A router with 5G capability

As Robustel’s first 5G capable router, the R5020 will also be capable of supporting 4G and 3G bands.

 

A stable operating system

Powered by their tried and tested CPU platform, the R5020 uses their mature and stable in-house Operating System RobustOS. This OS is fully programmable with a fully documented Software Development Kit. It also comes with a free cloud management platform (RCMS).

 

Applications

The R5020 is designed for use by various applications.

In-vehicle applications

  • Passenger Wi-Fi
  • CCTV de-brief
  • Ticketing
  • Other similar “onboard” requirements

Potentially increase internet speeds in these scenarios with the R5020, as well as future-proofing your current installations by making them 5G compatible. The R5020 has achieved E-Mark* certification for in-vehicle use, and supports GNSS (Global Navigation Satellite System) positioning. There is also a version to protect vehicle batteries with vehicle ignition sensing when the engine is turned off.

Broadband Failover

  • As well as a 5G Router, the R5020 can be configured to use Ethernet or Wi-Fi as the primary internet source. Should there be an outage on either of these, it can then failover to 4G or 5G.
  • If your business is a shop or small office, this can provide a good degree of connectivity resilience at a reasonable cost.
  • It can provide sufficient bandwidth for multiple users.
  • Core networks can utilise connections from IPSEC (Internet Protocol Security), DMVPN (Dynamic Multipoint VPN) and Open VPN (Virtual Private Networks) protocols.

Primary Broadband

  • You might think that using mobile broadband would be a pricey alternative, but mobile networks are now offering unlimited 5G tariffs at reasonable prices.
  • This means that hundreds of Mbps internet are available over the air.
  • There are many technical and commercial scenarios that make a wireless internet connection a favourable option, and mobile broadband offers another level of connectivity on top.

 

For more information on this product, or to register your interest in it when it’s available, head to their website.

If you would like more information on how 4G broadband could make a difference to your connectivity, please get in touch with our Wi-Fi experts here at Geekabit. We have a 4G antenna testing pole so we can assess whether 4G would be a viable option for your premises.

 

 

*An e-Mark proves your vehicle or component complies with the relevant EU/ECE regulations and can be sold in the EU, as well as other regions which have signed up to the ECE vehicle regulations. EU type approval is mandatory for whole vehicles as well as a range of automotive systems and components

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4G 4G Mobile Broadband 4G Wi-Fi Home Network Home WI-Fi Optimising Home Network Remote Learning Technology Wi-Fi Wi-Fi Advice Working From Home
4G Broadband and the Teltonika RUT950 Industrial Cellular Router

If you live in a rural area, you may know only too well how slow the BT Openreach service can be. And we all know how frustrating patchy Wi-Fi can be, especially when so many of us are currently relying on it for work, home learning and socialising.

We’ve had quite a few clients recently that have asked us to install 4G broadband as a more reliable alternative to the slow BT Openreach service they’ve had previously.

The really great thing about 4G broadband is that we can use our equipment to test whether it will work for you before fitting any kit.

It’s becoming a more popular choice for home Wi-Fi networks, so we thought we would share with you our top product for 4G broadband installations – The Teltonika RUT950 4G LTE Wi-Fi Dual-SIM Router.

 

What’s it all about?

Here’s where we’re going to get technical. To skip past the tech jargon, scroll to the next section where we explain why the Teltonika RUT950 is our preferred choice for 4G broadband installations.

This industrial cellular router can be used both as a backup in-case your normal broadband fails, or as your main internet source. It guarantees a reliable internet connection with high data throughout (the amount of successfully moved data, usually in Mbps) and data redundancy (permits the correction of errors).

Connectivity

  • 4G/LTE (Cat 4), 3G, 2G.

 

WAN Failover

  • Automatic switch to available backup connection.

 

Wi-Fi

  • Wireless Access Point with Hotspot functionality. This router can support upto 100 simultaneous connections. Perfect if you’re currently a family of 2 working parents sitting on Zoom calls with 2 teenagers needing to be on virtual lessons via Teams! You can also balance your internet traffic over multiple WAN connections.

 

Dual Sim

  • With auto failover, backup WAN and other switching scenarios. If one SIM has a weak signal, reaches its data limit, has no network or network is denied, the data connection fails, or the SIM becomes idle, the router will automatically switch to the other SIM to limit disruption to signal. Custom data limits can be set up for both SIMs.

 

Ethernet

  • X4 Ethernet interfaces with VLAN (Virtual LAN) functionality. Ethernet adaptions can come in really handy, especially at the moment when households are fighting over their connection.

 

RMS

  • Compatible with Teltonika remote management system, which makes for simple and secure monitoring by us, for you and your network.
  • RutOS is a unified operating system that works across all of the Teltonika Network routers. Being powered by RutOS makes this cellular router highly secure and easily customisable.

 

Security

  • Unlimited configuration and pre-configured firewalls. WPA2 Enterprise (Wi-Fi Protected Access – Still considered the gold standard for wireless network security). Attack prevention. Mobile quota control.

For more detailed information and the complete specification on the Teltonika RUT950 Industrial Cellular 4G LTE Wi-Fi Router, you can head to their website.

 

Why is this product our preferred choice?

This 4G router enables us to have remote access to the network. This means that should any problems arise, we can provide support to our clients from where we are, rather than having to go to their premises.

The Dual-SIM functionality means that there is a backup should one of them fail, giving the client resiliency and reliability.

The units are powered by an operating system called RuTOS. This interface, a little bit like the way you use your smartphone, means that the manufacturer can send through newsletters and updates when new features have been added to the operating system.

Essentially, it’s a really powerful bit of kit, and well trusted by our Wi-Fi experts and engineers.

If you are struggling with a slow BT Openreach connection and would like to find out more about 4G broadband, head to our website. Or you can give our Wi-Fi experts a call and we can chat through whether 4G would be a good option for you.

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Ask Alexa Google Assistant Google Home Hey Google Technology
Fun Things to Ask Alexa or Hey Google This Christmas

Wi-Fi has done a lot for us this year. It’s brought family and friends together whilst they’ve had to stay apart. It’s kept teams working alongside each other whilst sitting at their kitchen tables. It’s launched Zoom quizzes, parties, meetings and catch-ups into the living rooms of so many people. It’s kept us connected when we’ve needed it most.

And now it can provide us with a bit of festive fun to lift our spirits too. So many homes around the country now have an Alexa or Google Assistant. Maybe they help you with your shopping lists, tell you when a parcel is arriving or play your favourite tunes. Whatever you use yours for, here are a few fun things you can ask yours this Christmas time.

Our Top 10 ‘Ask Alexa’ favourites this Christmas

From singing songs and telling stories, to settling arguments over festive films, here is a selection box full of our favourite Christmassy things to ask Alexa in 2020.

“Alexa, what’s today’s Christmas treat?” 

Everyday throughout December, up until Christmas Eve, you can ask Alexa for a different Christmas surprise!

“Alexa who’s on the naughty list?”

We don’t think anyone deserves to be on the naughty list this year…

“Alexa how many sleeps until Christmas?” 

If you have children in the house, this might save you from being asked multiple times a day!

“Alexa how ugly is your Christmas jumper?”

Surely it can’t be uglier than mine.

“Alexa sing your new Christmas song”

We all need a sing-song now and again, and Christmas songs are in full swing.

“Alexa do yoga with Santa”

Inhale through your nose, and exhale slowly through your mouth. Enjoy this short, light-hearted yoga routine with Santa himself leading you.

“Alexa tell me a Christmas story”

Sometimes we all need a bit of a distraction. Whether it’s a particularly fraught moment with the kids, or much-needed moment of escape, let Alexa tell you a festive tale.

“Alexa Is Die Hard a Christmas movie?”

I think we all know the answer to this one, but let Alexa settle the arguments once and for all.

“Alexa read ‘Twas the night before Christmas’”

A little something a bit of Christmas Eve magic.

“Alexa where’s Santa?”

Maybe he’s left the North Pole and is en-route to deliver presents… I wonder if his sleigh is enabled with 4G mobile broadband?

“Alexa, play music for a Christmas party”

We might not be allowed the party this year, but there couldn’t be any easier way to help get your bubble in the festive spirit.

 

Our Top 10 ‘Hey Google’ Favourites to ask your Google Home smart speaker

We couldn’t Ask Alexa without also saying Hey Google – So here are a few of our festive favourites if you want to have a Christmassy conversation with your Google assistant over the coming week.

Hey Google, tell me a Christmas joke

This is bound to be a cracker. (Get it?)

Hey Google, do you want to build a snowman?

You’ve got the song in your head now, haven’t you?

Hey Google, interview a reindeer

We never hear from the reindeer, do we? It’s always all about Santa.

Hey Google, What’s the best Christmas song?

It probably won’t be vlogger LadBaby, although he is currently out in front of Jess Glynne for Christmas number one 2020, so who knows…

Hey Google, what do elves eat for Christmas?

They probably don’t get many turkeys in the North Pole.

Hey Google, talk to Santa’s hotline.

No Santa’s hotline is going to save the husbands in tier 4 that saved their Christmas shopping for the days before Christmas.

Hey Google, sing me a Christmas Carol

There won’t be many carollers on the doorstep this year, so why not bring them inside with Google.

Hey Google, give me a Christmas sound

What could this be? Bells? A cork popping? Paper being scrunched? What sounds like Christmas to you?

Hey Google, tell me a Christmas story

Are you sitting comfortably? Then Google will begin…

Hey Google, Merry Christmas ya filthy animal

I think we’ll leave it there.

 

Which one is your favourite? Magic really is in the air, with a little bit of help from your Wi-Fi.

Merry Christmas!

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Wi-Fi Advice
How to Measure RF Attenuation Through a Wall
Are you having problems with your Wi-Fi? Perhaps you didn’t carry out a Wi-Fi survey prior to designing and installing your network – Or maybe you skipped the design bit altogether!

 

Dodgy Wi-Fi can sometimes be put down to attenuation, or loss of signal. The main causes of this are the distance the signal is travelling from the transmitter, and objects in the way like walls.

It’s paramount that when you are designing a Wi-Fi network in a walled environment like an office, that you take into account things like walls and their attenuation values. These values can then be used in the design process, indicating where best to place devices and simulate any potential problems that may arise.

Not all walls are the same. Different materials will have a different attenuation value – Basically, some walls will block Wi-Fi signal more than others. Some may be plasterboard, or using plasterboard as a disguise over another material such as brick, concrete, or other materials.

Whatever the material, it’s important to identify what it is and how successfully a signal can get through. Here’s how you can go about measuring the attenuation of  a wall.

 

What you will need:
  • Something to generate Wi-Fi. This could be the hotspot function on your smartphone, a WLAN Pi in hotspot mode powered by a USB, or a battery pack powered Enterprise grade AP. You need to be able to control the transmitting power and the channel so that your measurements will be consistent.
  • A device with which you can measure Wi-Fi. This can also be done with a smartphone through AirPort Utility on iPhone or Aruba Utilities on Android. You could also use an AirCheck G2 or an Ekahau Sidekick. The device you choose will need to enable you to scan only the channel your Wi-Fi generating device is on.

 

What to do:
  1. Identify the wall you are wishing to test.
  2. Place the Wi-Fi generating device at least 4m from the wall, with nothing in-between the device and the wall.
  3. On the measuring device, set the channel to only the scan the channel that your generating device is using.
  4. Point the measuring device towards the generating device on the near side of the wall, making sure that there is a direct line of sight between the devices. Make sure you do not sit or stand between them.
  5. Take a few sets of measurements and make a note of the values. Identify the average for the near side of the wall. You could call this A.
  6. Next, move the measuring device to the other side of the wall, directly in line with where it was before. Again, point the measuring device towards the generating device.
  7. Just like before, take a few sets of measurements and make a note of the values. Identify the average measurement for the far side of the wall. You could call this B.
  8. Work out the wall attenuation: A – B. Make a note of this and document it.

 

Now you know how much the wall is (or isn’t) blocking the Wi-Fi signal. This can help you identify the best positions for devices like routers and access points when designing and installing your Wi-Fi network.

Thinking this all sounds a bit complicated? Luckily for you, our expert Wi-Fi engineers here at Geekabit are pros at carrying out this sort of investigation. We offer site surveys, Wi-Fi design & planning and Wi-Fi installation.

If you already have a Wi-Fi network set up, but have a sneaking suspicion that a particular wall might be causing you problems then we can also help diagnose any Wi-Fi issues in an already established network.

Get in touch with us today to see how our Wi-Fi experts can help you.

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Wi-Fi Advice
Three types of Wi-Fi wireless network
There are three main types of wireless network – How do you know which wireless network is right for you?

Here we’re going to talk about three wireless networks to help you identify which would work best for your business.

We’ll be looking at centralised deployment, converged deployment and cloud-based deployment to see which one suits different types of applications.

Centralised Deployment

The most common wireless network system is centralised deployment. These lend themselves well to environments where buildings and networks are all in close proximity. This type of deployment brings the wireless network together which helps to facilitate advanced wireless functionality. It also enables easier upgrades. Wi-Fi controllers in these networks are based on-site, installed in a location at the centre of the network.

Converged Deployment

This type of wireless network works well for smaller environments such as an office building. They offer a consistency for both wireless and wired connections due to combining them both onto one network device. This device is an access switch which acts as both a switch as well as a wireless controller.

Cloud-Based Deployment

This deployment is ideal for networks that cover multiple locations. Devices connected on the premises of these different locations are managed by cloud software which via a dashboard, enables full visibility and management of said devices.

Once you’ve identified which network your business needs, you can then go about designing it. A site survey is invaluable at this stage, and enables a theoretical map to show up any potential problems before installation goes ahead.

If you need some assistance with your wireless network at any stage – From Wi-Fi site surveys, wireless network design, Wi-Fi installation or help with a current Wi-Fi network – Please don’t hesitate to get in touch with us today. Our expert Wi-Fi engineers are here to help, and are still working out of our Hampshire and London bases.

 

 

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Client Stories
Customer focus: Southern Storage

The Issue
As a warehouse and storage facility, it’s necessary for the team to be able to use their barcode scanning guns to identify the location and correct picking of items, constantly throughout the work day.

They found that their existing Wi-Fi system was not providing coverage in all the aisles and racks at many points in their warehouse, meaning staff had to return to a central area or corridor to check they had picked the right item, wasting time and creating potential mistakes.

With the delivery of new barcode scanners it was also necessary to ensure that the network would work to the best possible speeds.

What We Did
Having reviewed the existing installation, we found that access points broadcasting the Wi-Fi channels were incorrectly placed, often sending the main strength of the signal upwards into the roof as opposed to down to the working areas, and nowhere near the corridors.

The network was a mix of various home quality Wi-Fi extenders and domestic access points, with overlapping channels on a variety of frequencies that caused interference and packet loss constantly.

We replaced the existing access points with outside quality (warehouses are cold!) Ubiquiti Uni-Fi AP’s, and arranged the channels to ensure no interference and better utilisation of the free frequencies available.

These were installed correctly to ensure full coverage in all areas of the warehouse, and the power set correctly to ensure the barcode scanners successfully move between the AP’s seamlessly.

Take a look at what they do at Southern Storage https://southern-storage.co.uk/

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Technology Wi-Fi Advice
WiFi Faces Technical Challenges

The emerging wireless standard promises better WiFi but the promise introduces significant complexity.

IEEE 802.11 standards (g, a, n, ac) delivered WiFi performance improvements out of the box. They focused on progressively increasing the data rate over the wireless link. All that was needed to take advantage of any new standard, was a radio chipset that incorporated the new radio and MAC enhancements.

The situation is different for the upcoming 802.11ax standard. The focus of 802.11ax is not on increasing the data rate but on improving the overall wireless network performance. This introduces significant new radio and MAC enhancements such as OFDMA and BSS colouring.

Ranking high among the issues is a transmission-scheduling mechanism. The downlink transmission scheduling in WiFi has been a simple FIFO (First In First Out) system. 802.11e introduced a small variation regarding the maintenance of multiple transmission queues for different priority classes.

However, 802.11ax introduces significant complexity in wireless transmission scheduling due to its OFDMA and MU-MIMO enhancements.

  •  With MU-MIMO, there is now an option to transmit a single wireless frame to a single client or concurrently transmit different wireless frames to multiple clients using multi-user beamforming.
  • With OFDMA, there is now an option to transmit a single wireless frame to single client using traditional OFDM or concurrently transmit different wireless frames to multiple clients using subsets of channel width.
  • 802.11ax introduces multi-user transmission in uplink direction too. The AP needs to schedule multiple clients for concurrent uplink transmissions according to their requirements.

These methods need to take into account service requirements of traffic flows, radio conditions on the channel, client capabilities and client state feedbacks. It is no easy feat to come up with scheduling mechanisms that will work in most practical scenarios with relative ease of configuration and fine tuning.

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Uncategorised
Wi-Fi Frequencies: An Overview

With all of the current and future Wi-Fi frequencies and technologies are really getting confusing, with that in mind theres actually more than you realise. So let’s take a look at what’s out there and what’s coming up, as well as trying to make it as simple as we can.

There are two common well known dominant Wi-Fi frequencies used by 802.11a/b/g/n systems, 2.4 GHz and 5 GHz. Almost all modern Wi-Fi devices are made to operate in one or both of these frequencies. These frequencies now dominate most of our homes.

The same basic OFDM technology used by 802.11a in 5 GHz is also used in a 4.9 GHz public safety band. This band is 50 MHz wide it requires a license and is only available in some regulatory domains. There are specific and limited purposes for this band so you won’t see a lot of commercial interest or attention here.

The FCC also opened up 50 MHz of bandwidth in a 3.6 GHz licensed band. OFDM is used here as well. In the US this band requires a license but usage is not limited to certain technologies, so the band will be shared.  There aren’t many benefits to this frequency band and the interference avoidance requirements represent a moderate R&D requirement without much ROI.

You’ve most likely heard about this PHY spec in development. It builds on 802.11n MIMO technology in 5 GHz and seeks to expand on the HT PHY with a few developments that are a natural next step. 802.11n gave us 40 MHz bonded channels. 802.11ac will give us 80 MHz channels and, likely, 160 MHz channels.. 80 MHz bandwidth will get us past the gigabit rate threshold. MIMO will also be expanded to 8×8, but since client devices aren’t adopting that type of power hungry radio anytime in the near future (or ever), 8×8 will be used for MU-MIMO. MU-MIMO allows an AP to transmit simultaneous downlink frames to multiple users (MUs).

VHT 60 GHz (802.11ad) — This PHY opens up a fresh use case for Wi-Fi in the form of very high throughput at short range. There are a lot of challenges getting the kind of range that would be useful to enterprises. We’ll see short-range, high bandwidth applications, but there are still failings to see the exciting benefits that have been touted in the press.

White-Fi (802.11af) — The TV whitespace frequencies between 50 and 600 MHz have also created some exciting buzz in the past several months. There are many articles out there discussing the limitations and benefits of this band. The main issue with this frequency is that contiguous bandwidth is in short supply, so we see a handful of 6 MHz-wide channels, which will yield lower transmission rates than 802.11a/g. The merits of a low frequency are fairly well known; that is, despite the throughput-deficient bandwidth, the range and coverage is advantageous. Rural broadband applications are the evident winner with this technology where coverage is more important than bandwidth and high user density.

It is also worth mentioning 900 MHz. Back in the 1990s, 900 MHz was a popular pre-802.11-Wi-Fi frequency. It is an unlicensed ISM band. This is a semi-popular broadband frequency with decent range and limited throughput. Many vendors use proprietary PtP and PtMP solutions here for wireless distribution, but they are not defined by 802.11 and they are not designed for client access.

Wi-FI frequencies in brief:

  • 50-600 MHz TV Whitespace — Good range, low capacity.
  • 900 MHz — Proprietary PtP and PtMP. Decent range, slow rates.
  • 2.4 GHz — Well-known and used.
  • 3.6 GHz — Little-used, licensed band.
  • 4.9 GHz — Licensed public safety band.
  • 5 GHz — Well-known and used, the future of Wi-Fi.
  • 60 GHz — Short range, very high throughput.
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Uncategorised
Coffee shop cyber-security – how high is the risk?

It’s fair to say that the media has a way of taking an idea and running with it, which can often create hysteria.  This week we’ve been reading a lot of stories about internet security in public spaces and have been questioning the findings.

 

Ipass have just published their 2017 security report and the findings have been interesting.  Coffee shops have been flagged up as public networks where hackers can most easily access other people’s data.  The findings stated that CEO’s present the greatest security risk to businesses as they are often working remotely and therefore connect to public wi-fi which could pose a risk.  Of course, CEO’s are in possession of valuable information and so the risk to a business could be colossal. Interestingly, the report states that many organisations have stepped up their security measures and don’t allow employees to connect to public networks due to concerns about internet safety.

 

These findings have not only raised questions for businesses but have also raised questions about our everyday safety and how reliable public wi-fi really is.  However, there are ways to ensure that you are always secure.  VPN’s can help to create a safer connection by encrypting information travelling to and from a device.  Using a VPN can inhibit these attacks and keep your information safe so we thoroughly recommend looking into that as an option.  The reports are interesting and raise valid points about cyber security.  However, it’s always worth bearing in mind that there are ways to reduce your risk.  Get in touch to find out more!

 

Read the full report here:

https://www.ipass.com/wp-content/uploads/2017/05/iPass-2017-Mobile-Security-Report.pdf

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