Tired of being scared to store your sensitive information, work, or simply browse online? You are not alone. Over the years, thousands of people have gotten over this fear by using a cheap and hassle-free solution: the VPN. Here’s all you need to know why you should get a VPN.
A simple yet effective invention, the commonly known VPN stands for Virtual Private Network. This software has been designed to protect your online privacy and sensitive data by anonymizing your location, traffic, and browsing history. This also means that by simply getting yourself a good private tunnel, you can make it much harder for hackers to find your personal details and steal your important data.
Phishing, cyber malware, and blackmail have become a common bane of our modern age. It has been estimated that cyber hacks happen around every 39 seconds in the U.S. Hackers have developed impressive ways of getting into your network and holding your information hostage in exchange for money. Getting a private tunnel makes it much harder for criminals to get your personal details such as website login information, credit card number, and passwords.
A private tunnel works wonders by encrypting all your internet traffic so nobody can see what you do online. Even your internet service provider won’t be able to track your searches and sharing of information. Encryption means that all your internet traffic passes through a secure coded tunnel that cannot be read into by third parties, including hackers, your internet provider, and the government. Multiple companies also use this service to safely connect employees abroad to their local network at the main office.
A VPN is highly critical, especially when using untrusted internet networks such as public Wi-Fi when working on the go. Whether you are working, browsing, chatting, or downloading files, using a VPN is increasingly important for individuals wishing to maintain their privacy and protect themselves from potential malware threats.
A VPN will also allow you to hide your current location by changing your IP address. This unique number is usually used to identify you and your location when you are connected to the internet. However, with a private tunnel you can easily switch your IP address to make it look like you are in a different country altogether as long as the private tunnel service has a server there.
Similarly, changing your IP address also shields you from people and websites who might try to spy on you and track your usage. By shielding your identity, a private tunnel makes life much harder for hackers, your service provider, and others to snoop in on your internet activity.
Hackers regularly use the internet to sneak into your personal or company network and encrypt your data so you are no longer able to access it. You are then contacted by someone and asked for astronomical amounts of money for which they shall provide a decryption key allowing you to view and use your system again. This is why multiple people and businesses alike, especially groups dealing with sensitive client information, have resorted to the use of a VPN service to further protect themselves. By offering this extra layer of security, you ensure that your data or that of your company are always protected and cannot be held for ransom.
Changing your IP address is not only a great way of ensuring privacy but also of accessing more pages on the web. Some sites like Netflix usually separate their features, content, or, in this case, movies based on specific areas of the world. With a VPN, you can convert your IP location to another region and enjoy the features available there in just a few clicks and this is why you should get a private tunnel.
Contrary to popular belief, getting a VPN is completely legal in almost all countries with a few exceptions. You can generally download a private tunnel easily around the globe except for some countries such as China and Iraq which forbid the use of such non-governmental VPNs to encrypt data. In such cases, it can reasonably be assumed that service providers there are complying with anti-privacy requirements.
These countries often tend to block access to non-governmental private tunnels to all who enter the borders to ensure visitors and residents alike need to use only limited options that are not entirely trustworthy.
Effective VPNs usually have tough privacy policies which include anti-logging, preventing your VPN provider from recording your data and traffic like a usual internet service provider might. This is also an extra security measure as if compromised, hackers can’t get your information from the VPN server.
Every time you try to visit a website on the internet, your device sends a query to a specific DNS server to find out the website’s IP address. The request is commonly directed to your internet service provider’s server, however, this can easily be used to monitor and record your browsing activity creating potential threats.
Why you should get a VPN, your request will be automatically guided to your VPN provider’s DNS server without passing through your service provider who might intercept it.
Data takes time to travel from your device to your internet service provider, however, when sending your data to a VPN server you might notice a slight lag as the information transferred has to reach it, be encrypted, and decrypted once it reaches you. However, this tiny loss in speed is nothing compared to all the benefits of a VPN.
Some non-reputable VPN providers could not have your best interest at heart. They may have a look at your internet browsing activity and share it with other people, companies, or even the government that may try to hack you or use your information to their own advantage.
To ensure this does not happen to you, you should always check the reputation of your provider and pick one with a strict no-log policy and RAM-based servers. The beauty of RAM servers is that your information and records stored on them get deleted every time the system reboots so your provider cannot share your data with third parties even if it is legally required to by entities such as the government.
Get in touch with our team at Blink Ltd and learn more about our VPN service to protect your personal and company privacy and information. Don’t run the risk of falling prey to ransomers. Get yourself a reputable and hassle-free VPN and never be afraid of browsing online anymore.
Modern lifestyle has seen the massive expansion and development of broadband access. As the applications of this system gain momentum, more and more policymakers and service providers are looking into the extension of this feature to rural and remote localities as this may be the key to multiple issues posed by distance and lack of awareness. Used as a form of entertainment, a business tool, and much more, broadband connectivity remains challenging in multiple remote places such as businesses operating outside of large towns or deep into the Serengeti.
Luckily, some types of internet access have already been identified and incrementally implemented for such cases. Before we delve into the best kinds of internet solutions for rural connectivity, let’s have a quick look at the real meaning of broadband access and how people living and operating in rural areas may benefit from it.
In simplified terms, broadband access refers to the ability to transfer large volumes of high-quality data over long distances like a typical internet connection. Broadband options usually include Wi-Fi, DSL services, satellites, and even fiber optic cables and favour Rural Connectivity. However, not all of these types of broadband connections are entirely suitable for remote locations as they rely on multiple factors such as the length of cables, cost of installation, and more.
While a large share of us have had the chance of enjoying high-speed internet as a norm, multiple people living or working in remote areas have to face the daily difficulties of life without broadband connectivity. Here are some aspects of internet access from which rural communities will definitely benefit from.
Much like urban businesses, smaller offices operating in remote locations can greatly benefit from broadband connectivity through the automation of multiple processes. While online services such as internet banking, employee payroll, direct deposits, and others, have become a common thing for us working in urban areas, people living further into the countryside may see those features as a luxury that could significantly boost their productivity, reduce their time spent commuting and enhance the Rural Connectivity accuracy of their work among other improvements.
No, we are not only talking about missing out on the latest Netflix series, studies have demonstrated that a lack of access in rural regions can have a direct impact on the quality of life of these communities. For example, it is believed that about 80% of health issues received in rural clinics could be catered for by greater awareness and the availability of online information. Similarly, broadband connectivity could open the tap to a wide range of facilities such as e-learning, e-farming, and much more for Rural Connectivity.
Yes, while weather and news updates may also be as simple as a notification on your smartphone, companies, and families in the savannah may have no access to this crucial information. For example, people relying on good weather conditions for the running of their daily activities or business attraction may be at disadvantage from the lack of internet connection.
How often do we pick up our phones or switch on our laptops to browse through social media, catch up with loved ones or share directives for a Rural Connectivity project? What may seem as easy as pressing the ‘send’ button for you may actually be much harder for rural communities.
While not limited to people working in the broadband connection industry, extending internet access to rural areas may also help the local communities by creating employment and helping families out of poverty. As the business is expected to flourish and grow when given internet access, this could mean more work power is required to cater to the developing sectors.
Satellite connection has become one of the most widespread ways of acquiring broadband access even in the most remote places. Due to its practicality, this type of system can even provide internet to the farthest locations where the installation of cables may be tricky such as on oil rigs or ships.
By installing a few pieces of equipment at your house or office, such as a router, modem, and satellite dish, you can instantly start benefiting from a fast and affordable internet connection. As indicated by its name, this type of internet uses orbiting satellites to receive and transfer data. As you make an internet search on your laptop or PC, a signal is sent to your router, and then to your modem which is connected to the dish on your roof. The signal is then sent out into space where it is intercepted by the orbiting satellites and back to your home or office computer and very important for Rural Connectivity.
While this may seem like a complex process, satellite connection is among the easiest ways of gaining broadband access as it is almost 100% wireless. This system is especially advantageous for remote locations as there is no need to install miles of copper wires or phone lines to reap its benefits.
Similar to a satellite internet installation, high-gain microwave antennas require a receiver and a router to send and capture data from the cell tower. This type of service operates by using a router or hotspot to connect to the closest cell tower in your vicinity. For remote areas, cell boosters and extenders may be necessary to enjoy a better connection depending on the distance from the main cell tower. However, HGMA usually boosts the strength of its signals by sending power to the receiver.
In addition, it is important to consider the position of your router for this type of internet. The device should usually be placed in the direction of the nearest cell tower, in a clear and open space unobstructed by bookshelves or other furniture. Large houses or offices with multiple stories may also require the use of internet extenders to spread the connection throughout the area and very important for Rural Connectivity.
A DSL or Digital Subscriber Line service works by making the most of your existing telephone line. The principle of this system relies on the fact that the cables used for your telephone connection can actually carry way more frequencies than what is actually being used.
Your DSL modem can thus be used at all times without disturbing your telephone line. While not the fastest or most reliable means of accessing the internet, DSL service is still widely available and relatively inexpensive for Rural Connectivity.
A cellular service provider may also be quite useful to access the internet when need be. Connecting to the internet using your cell service allows for relatively fast internet with low latency as long as you do not exceed your package limit or the network is not congested.
While cellular internet may not give you the speed of a satellite or optic cable connection, it can still offer decent access to the internet and its many wonders.
Contact us at Blink Ltd for your first visit and get expert advice on the best type of broadband access for your home or office requirements and Rural Connectivity.
The digital world is on a constant path of evolution and also threats from Ransomware. New systems, apps, and webpages are launched daily, offering an inexhaustible well of tools, information, and solutions to their users. You can now browse, check the news, contact your loved ones, enjoy your favourite movies, manage your finances, and even work remotely anywhere. While technology has improved the ease with which we run our lives and businesses in ways we can’t begin to express, it has also given birth to a new playground for hackers.
Every day around the world, hundreds of people fall prey to phishing emails and other trojan horses used by hackers to infect their networks and encrypt and steal data. Over the years, how cyber attackers disseminate infection vectors has also evolved drastically. Gone are the days of the flashing promotional ads you could see right through. Phishing has become subtle and increasingly hard to spot among the throngs of data we consume every day.
In this short but thorough article, you will learn all about ransomware and how to protect yourself against it.
Ransomware is a malware attack that targets a user’s data, personal or professional information, and documents. This type of cyber attack operates by disabling individuals’ or even an organization’s access to the files on their computers.
Once the virus has infected your computer or smartphone, it rapidly works to encrypt the data and demands a ransom in exchange for the decryption key. Crippled by the loss of their documents, individuals and companies alike are often forced to pay outrageous sums to regain access.
Ransomware has become one of the most widespread and visible forms of cyber malware observed on the internet nowadays. While the increasing cases of ransomware and phishing notices over the last decade were alarming, the Covid-19 pandemic has opened a highway for hackers who prey on holes in your firewall. As most organizations have turned to digital solutions to accommodate remote working, their IT defenses have become weak and vulnerable to more threats.
Over the years, different variants of ransomware have evolved and adapted to be able to trick us and gain access to our data. Some bots can now dually encrypt and steal your information to ensure the ransom gets paid. If the money is not immediately transferred, the stolen files, pictures, videos, financial statements, and more can be publicly exposed or sold. Facing the risk of releasing sensitive, sometimes damaging, information on the web offers the ultimate incentive to meet the ransom demands.
Most common causes of Ransomware usually require a user’s action in response to a scam. Since it can be in multiple forms, ransomware gateways can be hidden in ads on your mobile apps, attached documents in emails call to action, special offers on the internet, and more. What is specific about these cases of ransomware is that the individual is tricked into initiating the release of the virus by opening the path with the embedded bot, downloading the malevolent program, clicking on the promo button, and more.
Another popular infection vector lies in the rise of the remote work lifestyle. Using programs such as the Remote Desktop Protocol, hackers can steal employee credentials and easily authenticate remote access to the company network. Once in the system, the attacker can download the virus directly onto the computer and take control of the machine.
Once the network is infected, the hacker can begin encrypting essential documents using a hacking key and replacing the original files with the ciphered ones. Many ransomware attackers will also take extra care to delete backup drives and copies attached to the network to make it more difficult to recover the files without the decryption key before the ransom is paid.
Once the data is fully encrypted, the attacker will send or attach a ransom demand note or prompt to the device’s background or to the coded files. This note will guide victims to transfer a specific amount of money, usually a cryptocurrency, in exchange for the encryption key.
If the payment is successful, the hackers will send the encryption key, a decryption program, and a series of steps to reverse the encryption of the data and gain back access to your files.
However, another alarming point about ransomware is that there is no guarantee that transferring the ransom money will prevent the attackers from selling or publishing the data stolen from you. The victim can never be confident that their personal and professional information is not still in the possession of the attacker and being sold to the highest bidder.
While most cases of ransomware include these three components, different variants may comprise various improvements and additional steps.
As simple as it may sound, awareness of malware and phishing may decrease your risk of falling for cyber attacks. Informing yourself and learning to identify the so-called Trojan horses in ads, emails, and more may allow you to evade a significant percentage of smaller viruses and threats.
Businesses should also consider offering proper training against threats of Ransomware and cyber-attacks to their employees to limit the chance of hackers finding a way into the company network. Educating your staff about vital points to keep an eye out for when receiving emails, coming across ads, or browsing the web strengthens your business’ security.
As a more concrete tool to prevent the risks of Ransomware and other cyber-attacks, getting a VPN is an excellent way to secure your network and provide an extra layer of privacy. Standing for Virtual Private Network, a VPN works by encrypting your internet connection to hide your online activity and location and allows you to browse without constraints or the fear of being tracked safely.
You do not need any technical expertise to use a VPN. The system you choose will automatically hide your actual IP address, keeping your browsing history and data private.
A good quality VPN protects you by encrypting your data to prevent websites from receiving your private information from tracing it back to your device, thus keeping you fully anonymous and secure.
Blink Ltd offers a state-of-the-art, easy-to-use VPN that encrypts your data as you browse the web. Once activated via a mobile application, your information will pass through an encoded tunnel between your devices and our servers and ensure your browsing, messaging, sharing of information, and transactions have maximum security.
While backing up your files on an external drive separate from the network may not prevent attackers from accessing and encrypting your primary documents, it may offer you greater freedom of choice in the situation. Knowing you have all your critical information safely stored away may allow you to ponder whether the stolen data is worth the ransom money demanded.
Suppose the stolen files do not contain any critical or sensitive information. The individual or organization may decide not to pay and move on with their day using the backed-up data.
Like a positive Covid-19 patient, the best way to stop the virus from spreading is to quarantine the infected. Some variants may try to access and apply to other connected drives and linked devices when activated. Cutting the network access to other potential victims could stop the spread of the dot and the theft of even more sensitive documents.
Viruses and the encryption of documents may make computers unstable. Therefore, it is recommended to keep the infected device switched on as turning it off could result in volatile data loss and slim chances of recovery.
If a hacker’s virus has infected your data, it might be wise to seek the help of a digital forensic. In some instances, your data may be recovered without paying the ransom, as some computers store backup copies of their files, which the malware may not have noticed and deleted.
Some forensics can also create a backup of your computer’s files and attempt to decrypt the data without the hacker’s knowledge. Some free decryptors are now available online, which can be tried on a copy of your infected files. While there is no certainty that the decryption keys found online will work on your virus, it costs nothing to try and evade a ransom.
Are you worried your data might fall prey to one of the many hackers surfing the web? Are you looking for a solution that can efficiently protect your network? Contact us at Blink, and our team of experts will help you get set up with our fail-safe high, secure VPN.
With recent technological evolution, the internet has taken a central place in our lives. Whether on our laptops, smartphones, or even TVs, it is a form of entertainment, networking, and a business tool that has become omnipresent in our day-to-day operations.
For those thinking of settling down in more remote areas, or owners of a homestead or business in the Serengeti, then you must be wondering how you’ll manage to stay connected to the world from the depth of the national park.
Here are 4 of the best and most readily available internet options for remote areas:
Satellite internet is probably one of the most effective ways of benefiting from good quality internet even deep into the savannah. Due to the use of satellites in the sky, this type of internet can be accessed from relatively anywhere.
One of the top advantages of using this network is that it does not require any extensive installation or hard wiring through the bush. All you need is a receiver dish mounted on the ground, a modem to convert signals received, and a router to distribute the Wi-Fi throughout your set-up.
However, due to their position in orbit, satellite internet may be subject to slight latency. Signals and information travel from Earth, about 22,000 miles into the air to a satellite in geostationary orbit and back down to your receiver dish. Although transmissions are quite fast nowadays, this process still creates latency.
For those lucky enough to have settled close to a cell service tower in Remote Areas, a High Gain Microwave Antenna (HGMA) or Fixed Wireless antenna is used to target radio signals. The HGMA transmits power to the receiver in order to boost the strength of the signal received.
Similar to satellite internet, HGMA will require a radio receiver and router to distribute the Wi-Fi around your home. For those living farther away, additional equipment such as a booster may be required to benefit from High Gain Microwave Antenna internet.
While cellular internet may not have been the first option to pop into your mind, it is still an effective way of browsing the web in Remote Areas. Connecting to the internet through your cellular provider is a good way of accessing high-speed internet with low latency.
However, cell service provider plans do not usually offer unlimited data packages and remain quite expensive. Furthermore, exceeding your package limit may result in a significant decrease in internet speed and being charged per additional gigabyte.
DSL service or Digital Subscriber Line service is considered an upgrade from traditional dial-up systems. To access the internet through DSL, your provider uses your existing telephone line to deliver the internet in Remote Areas.
The principle is that telephone lines can carry hundreds of thousands of different frequencies with only a few thousand actually being used for telephone communication.
A DSL modem can thus be operated at the same time, providing relatively good quality internet without interfering with your telephone. This type of connection is usually distance-sensitive, meaning the closer you are the better your connection will be.
While it is not the fastest option and might not be sufficiently powerful for heavy-duty operations such as the running of a business, DSL is widely available, cost-effective, and reliable.
Please feel free to contact us or book an appointment to discuss the best internet solutions which fit your needs and situation.
Over the years, mainstream bulky physical data storage methods have quickly been outranked by innovative cloud storage.
Cloud storage has grown increasingly popular as more and more businesses are switching from local data storage to this new method due to its multiple advantages and low maintenance requirements.
The technicalities and risks of hardware data saving are behind us as cloud storage takes center stage. It can also run on satellite internet, making it accessible anywhere you are.
Cloud storage is a perfect alternative for businesses needing to back up large amounts of data and cut costs at the same time. Providers can offer you packages at a low cost per gigabyte.
However, the cost-reducing effect of cloud storage does not stop there. Due to its online system, businesses can lower their expenses in terms of purchasing hard disks, enclosures, hardware warranties, and staff to install and manage data centers. A business would no longer need these things while using the cloud.
Cloud storage is also a low-maintenance option for those who have more important business matters to handle. There is no more need for manual updates, troubleshooting, and maintenance, as with cloud storage, your provider updates and maintains your server, its data, and application software at optimal conditions at all times.
This low-maintenance option is also ideal for small and large businesses as it renders their need to invest in large data centers to store their information almost obsolete and at a fraction of the cost.
Data stored on a hard disk or hardware is vulnerable to a consequent amount of external threats, such as theft, physical damage, natural elements, wear and tear, as well as, potential viruses. They are, thus, unreliable devices for data storage due to their short lifespan.
However, methods of data collection such as the cloud are increasingly safe and reliable against threats of data loss. The internet-accessed storage uses a replica method to ensure all your backups are protected and can be accessed at all times.
Due to its online presence, cloud storage can be accessed from anywhere. All you need is a proper internet connection and you are good to go. With the right identifications and credentials, your internet-based storage can be accessed at any time from any device.
Beyond your personal use, this also means that other essential staff members of your business can access the information remotely, thus moving towards a more efficient workflow. This is a time-saving tool allowing you to work and access your data at any time, wherever you are.
Ransomware refers to malware that threatens to publish or block indefinitely access to a person’s data unless a ransom is paid. Although a noticeable decline has been observed in recent years, this type of malware remains a considerable threat to businesses using local storage.
Hackers infect your devices with spam emails containing viruses or by exploiting holes in the security of your device.
On the other hand, though cloud storage is not entirely immune to such threats, the methods of protection and strategies for the recovery of data are much more feasible than for traditional hard disks.
Versioning is one of the easiest and most commonly used methods of recovering data in cases of ransomware.
Satellite Internet is an ideal form of connectivity to access cloud storage, especially for those in rural and hard-to-reach areas where the installation of other forms of broadband can be time-consuming and extremely costly.
Furthermore, satellite internet offers reliable, high-speed access and only takes a couple of hours to install. All these factors make satellite internet a great option for the safe and efficient running of your cloud storage.
This type of connection is significantly less subject to network outages compared to other forms of broadband, thus ensuring timely backups of data and easy access at any time of the day.
Not sure this is the best option for you? For more information, contact our expert team will gladly assist you and answer any queries you might have about satellite internet and cloud storage options. At Blink, we are here to help you find the best solutions for your business.
Before delving into 5G, there is a need to understand the internet technology that is soon to take over the world and possibly improve high-speed internet in rural areas and urban areas.
The term 5G stands for “fifth generation” cellular technology. Generations are used to describe the minimum speed, connectivity, and reliability of each network. The higher the generation, the faster the connection. 1G allowed us to make calls, 2G brought text messaging, and 3G introduced broadband and internet connection.
The recent 4G/LTE made an advancement from 3G and made the internet connectivity a lot faster. It made it possible to provide high-speed internet in rural areas. 5G is the set of standards adopted as the next step from 4G LTE connections. We expect 5G to be rolled out in 2020 and revolutionize the way devices connect to the internet and to each other.
From a peak speed perspective, that is when the connection has no interference and performs at its optimum, 5G is about 20 times faster than 4GLTE. 5G connections will have speeds of up to 20 Gbps while 4G LTE provides speeds of about 1 Gbps a second.
Apart from speed, 5G has a low latency rate which refers to the amount of delay between sending and receiving information. The current 4G has about 100-200 milliseconds of latency while 5G is expected to get the latency rates down to 1 millisecond, that’s almost a real-time interaction.
With high-speed and low latency rates, this is how 5G will change the way we use the internet.
Gaming and streaming will never be the same as 5G will bring real-time feedback, and a lag-free experience. Videos will stream seamlessly and movie downloads will be 20 times faster. Social media browsing, gaming, and music streaming will be instant.
With 5G, users will not necessarily have to download programs and apps, since 5G will allow usage of web apps, saving storage space on your devices. Usage of web-based apps will become smooth and instant and data can be easily saved on cloud-based services, requiring little storage on your device.
Augmented Reality and Virtual Reality require fast and reliable connections to handle the processing of massive amounts of data for a safe and immersive experience. 5G will drastically improve AR and VR experiences with its reliable and lag-free experience.
In situations where time and distance would normally hinder healthcare practices of The Internet, 5G will break the time and distance barriers. Imagine, surgery performed by robot surgeons controlled by a surgeon across the world who couldn’t travel in time for life-saving surgery.
On the other hand, the healthcare industry holds massive amounts of data from detailed patient records to research and images. The Internet’s 5G’s low latency will enable huge amounts of data to be transmitted instantly and without affecting speed.
Wearable health monitoring devices will send real-time patient health data to doctors. Your heart rate, blood sugar, etc will be monitored and your doctor or family member will be alerted in case your vitals change to unsafe levels and need immediate attention. The Internet’s 5G offers the possibility that one day we might be able to save time and money with remote medical examinations.
5G brings the dream of self-driving cars closer to fruition and wide-scale adaption. With a real-time connection, cars can communicate with each other. The result is that cars are able to self-drive without the risk of accidents as they will be able to tell in real-time where other cars are and read road information such as traffic lights, and road sensors; literally, read data from anything that has a connection.
Not only are we going to be able to move faster, but driving will also be safer. Opportunities lie in other modes of transportation such as remotely controlled cargo ships, delivery trucks, trains, and airplanes. It may still be a long way for commercial air travel, but the possibilities are there.
We saw a rise in online shopping with the rise of 4G/LTE. 5G will enhance the online shopping experience with faster transactions, automated delivery systems, and faster online payment methods. With lag-free VR dressing rooms, you could virtually try an outfit from the comfort of your home.
Bank queues will become a thing of the past with 5G. Banking transactions from back-end operations to customer engagement will be accelerated. Users can make banking transactions remotely and instantly on their devices.
5G will bring a revolution in how factories operate. With robots and machines performing tasks effectively and wirelessly controlled over 5g, smart factories will eventually become a reality. 5G will create flexibility and efficiency in manufacturing industries with improved safety and lower maintenance costs. Factories can make use of sensors for real-time monitoring and data collection for faster and automated manufacturing systems.
They could also use AR to support training, construction, maintenance, and more. While drones are already being used now, 5G will amplify their effectiveness in various applications, whether in distributing pesticides over fields of crops or dropping humanity supplies over disaster-struck areas.
Agricultural processes such as water management, livestock safety, and crop monitoring are already making use of internet technology to increase profitability, efficiency, and safety. With the right sensors, crops can be watered when needed, and animals will be fed on time as you receive real-time updates on your device.
The current technologies are not enough to provide the speeds and data handling capabilities that are required for smart farming. 5G will open doors by bringing high-speed internet to rural areas. It’s expected to increase the adoption of connected devices to provide real-time data for farmers to monitor, track and automate their agricultural systems.
5G will unleash smart solutions in the production, distribution, and usage of energy and utilities. Energy and other utility lines will be connected and hence simplify their management in order to reduce waste. Real-time monitoring of utility plants and assets will support the lowering of energy and utility costs through early detection of risks.
Overall, the possibilities are endless with 5G. Once in use, users can discover more ways to take advantage of 5G connections. For developers, 5G is an avenue to create programs and apps beyond our imaginations. As usual, the fastest internet company in Tanzania is always ready to serve you and your business in this ever-changing world.
There are many reasons why you may be experiencing a slow broadband connection on your device. Some of the reasons may be problems with your wireless router, or your device (laptop, computer, smartphone, etc), or there may be interference or congestion on your wireless frequency.
However, before jumping to conclusions, it is important to check what kind of internet plan you are subscribed to. Most Fast internet service providers (ISPs) have different packages in terms of speed and bandwidth size. If you are subscribed to a slower package and you are already utilizing the best available speed for your package, no amount of troubleshooting will provide you with fast internet.
Before trying any troubleshooting, run a speed test. If the speed from the test matches the plan you are subscribed to, then you have no problem with your connection. It simply means you are subscribed to a slow plan and your only solution is to upgrade to a faster broadband plan.
If your speed test provides lower results than the plan you are subscribed to, then try one or more of the fixes to speed up your broadband connection.
The reason why you don’t have fast internet could be with your wireless router. If the problem is minor, a reboot of your router should do. Simply restart your router. If that doesn’t help, it might be time to get a router using newer models of wireless operating standards. Luck for you, we provide you with a router during installation
A weak wireless signal could be the cause of a slow broadband connection. Weak signals appear when your router is placed far from the device that you wish to use the fast internet from or if there are obstructing objects between your router and your device. Concrete, metal, and water objects do not transmit signals very well.
As an internet company that wants a fast internet connection for all its clients, we always advise on where to place the routers for the best fast internet speed. This helps avoid this very problem.
The solution here is to ensure that there are no barriers between your router and your device. It also helps to keep your router higher up as compared to keeping it underneath items like tables or beds as they also block wireless signals.
Reposition your router for a stronger signal. Move closer to the router or secure a signal booster to get a wider range from your router.
If your hardware is fine and you have a strong signal, the problem could be that your machine has a lot of fast internet-intensive programs running.
Check for torrent downloads, file syncing programs like google drive and Dropbox, or if your computer is downloading automatic updates. Pause or quit these programs when you need a faster connection, and allow them to run when you are not working on your computer or overnight.
Additionally, check which programs are set up to automatically run at startup and stop them from automatically running when you start your machine.
To find out which programs are running, open Task-Manager on a Windows computer (ALT+CTRL+DEL) or Activity Monitor on a Mac computer (Open spotlight and type in Activity Monitor). What you are looking for is the Network section to see which apps are consuming data on your network.
Using an old computer can cause of slow internet experience. Old computers with old built-in wireless adapters will not be able to fully utilize the latest wireless standards that your wireless router is built with. Other factors like your device’s processing power also have an impact on your computer’s ability to utilize the available speed capacity.
Consider getting a new computer or upgrading the existing network card and processor. Alternatively, you can purchase a USB wireless adapter that can tap into the newer wireless standards.
Other devices in your place such as wireless speakers, microwave ovens or other wireless networks may be competing for the same airwaves hence causing interference or congestion. Having other electronic devices too close to the router can also lead to the same problem.
Keep your router far from devices that may interfere with it. If possible, turn off the possible culprits. In other cases, you may have to change the wireless channel on your router to one that is less susceptible to interference.
Using a wireless connection without encryption allows other people within range to use your fast internet connection. Apart from using a portion of your connection speed, this also puts you at risk for being implicated in illegal activities (if that’s what they are doing) as well as vulnerability to virus and malware attacks.
Make sure your connection is encrypted. Recommended types of wireless encryption currently are WPA2-PSK (AES) or WPA-PSK (TKIP). These are recommended over the old WEP encryption method which is slower and vulnerable to hacking.
Consider using a wired ethernet connection if your device is close enough to your broadband socket or close to the router. If the lag in your connection was caused by interference, congestion or signal blocks on your wireless connections, connecting directly with an ethernet cord will speed up your browsing experience.
Old versions of browsers process data less efficiently. This can affect both upload and download speeds, website loading, or video streams. While on the subject of browsers, your browser’s caches and cookies could be the reason for slow page loading and loading errors. Clear browser cache as it might help speed up your broadband connection.
Spending time online makes you vulnerable to malware, spyware, and other sorts of viruses. These viruses embed themselves in your system and use your bandwidth to send and receive data. They also use a good chunk of your processing power hence slowing down your computer as a whole.
Invest in antivirus software to get rid of virus infections and safeguard your computer from further attacks. You can start with free antivirus and observe if that solves your problem before investing in a more sophisticated, paid antivirus.
Those ads that suddenly pop up when you are browsing are frustrating, to say the least. They will also slow down your browsing experience since they use bandwidth to fetch data from multiple servers. Unless you really need to see ads, we recommend blocking ads for faster browsing. There are a number of free and paid ad blockers that you can choose from.
Domain Name Servers help convert the text you input in your web bar into IP numbers. In simple words, computers understand IP numbers better than plain words, unlike us humans.
Your internet service provider uses a dedicated DNS server which can at times be slow, resulting in slow internet speeds. You can change your computer’s DNS setting and use a different DNS server than the one provided by your ISP. There are various free and open DNS servers that you can use.
Before you change the DNS server address, note down your ISP’s DNS server number in case you change your mind later and want to go back to your ISP’s DNS server.
If you have upgraded your internet package to a Fast Internet speed or have followed all these steps to no success, it may be time to try a fast internet service provider.
