Low (to no) cost high strength satellite internet for every corner of the world

IMG_0759

Ever wondered if there would come a time when every corner of the planet, both on and off land, would be connected to the internet? Elon Musk wants to do just that via a satellite internet network called Starlink as part of his ambitious Space X project (founded in 2002 to further develop space technology and create the conditions for people to live on other planets). Musk plans on launching a Low Earth Orbit (LEO) broadband “constellation” of satellites, which would beam down high speed internet to every part of the globe. Space X is scheduled to start launching these satellites potentially in 2019 and hopes to have all the satellites in orbit and everything complete by 2024.

Musk’s project is not a brand new thing. A 1990s company called Teledesic along with two other companies, Iridium and Globalstar, tried to build a commercial broadband satellite constellation. Yet these companies didn’t succeed and Teledesic suspended its satellite construction work in October 2002. These companies were maybe too ahead of their time, but with the expansion of the space industry over time as well as the advancement of space technology development as more money continues to be invested in it, Musk’s Starlink satellite constellation has a higher chance of succeeding.

 

The end of cell tower network telecommunications companies?

Over half of the world’s population has internet access and some device to access the internet with, most commonly a smartphone. Yet most people still rely on assorted telecommunications companies to call and connect to the net. Telecommunications companies are still needed as long as their are landline connections, but with the world constantly becoming increasingly mobile and with so many people completely bypassing landlines for smartphones (especially in developing parts of the world where it’s cheaper to buy an inexpensive smartphone or dirt cheap cell phone than install a landline), the services provided by traditional telecommunications companies could potentially be bypassed if Elon Musk’s Starlink satellite internet project really does take off (no pun intended). For now we need these telecom companies as they still provide us with the essential connectivity infrastructure, yet unless they match or better Elon Musk’s ambitious satellite plans, they could encounter huge challenges. Free public internet in assorted public spaces via normal on the ground cell towers is always increasing across the world. Fast developing countries such as India already have free internet in many railway stations across the country (thanks to Google).

 

Wi Fi from balloons and drones

Google and Facebook both tried to solve the challenge of internet for the entire world. Google tried this via their Project Loon project (“cell towers in the sky”) which via mobile cell towers connected to hot air balloons they tried to connect remote parts of the world to the net. However the problem was that sometimes the balloons would not last in the sky and would soon come crashing down to earth. Facebook tried to solve this via internet powered drones flying above parts of the world lacking internet infrastructure. SpaceX’s project seems the most ambitious yet in solving this challenge.

 

No need for multiple networks and SIM cards to provide your roaming

If every part of the world is connected to the internet via Space X there could be potentially almost no need to use the services of traditional telecommunications companies (This is, of course, not only dependent on Spacelink succeeding, but on decreasing costs of sending satellites into space). It is always a pain to change SIM cards whenever travelling to a different part of the globe. Even if there are a clutch of competing online telecom startups offering SIM cards that can be used in almost every country and traditional telecom companies are offering services where existing national SIM cards can be used in many other countries (though often at high costs), it is still a rather cumbersome way of connecting the world when one considers all the future possibilities. Sending satellites into space may currently be vastly expensive but as more companies tap into the very nascent space industry and the technology to explore and enter space improves and becomes cheaper and safer, costs for satellite powered internet will go down dramatically. Hopefully Musk’s ambitious project will set a new bar for others to follow suit and maybe even match or better what he is doing.

 

The end of mobile numbers for instant connectivity

With access to a super fast public internet connection wherever you go in every part of the world, there is no need to even have your own mobile number (even if online video/messenger services like WhatsApp still require it – for now) and anyone from any part of the world can instantly connect to each other. This provides the ultimate instant connectivity transcending all networks and other connectivity services. I suppose with Facebook being the social media site with the highest number of users at close to almost two billion, it’s Messenger service is the closest thing for over 25% of the world to instantly connect and communicate with one another without a mobile number and only an internet connection.

In the wake of this it is crazy to think that for far too long we have relied on a plethera of large global telecommunications to provide us with our daily connections. Of course at this moment, the infrastructure provided by these telecommunications companies are still vital for our daily connectivity and on-the-go roaming. Yet Space X’s Starlink satellite project has the power to revolutionise the way we all connect if most if not all of the world has a state of the art internet connection. Having the entire world connected to the internet you have the quintessential Smart World of every corner of the world connected to the net. What’s more there’s a parity in terms of connection with everywhere having an equally super fast connection. This also has the potential to dramatically speed up the development of developing/undeveloped nations.

 

By Nicholas Peart

©All Rights Reserved

 

Other useful links…

https://edgylabs.com/spacex-satellite-network-soon-to-be-named-starlink/
More info on Space X’s Starlink project

Video link below illustrating Space X’s plans to establish satellite internet for the entire world…

How Virtual Reality and Augmented Reality technologies will transform education

49800E9C-A917-4C12-9FF5-CCD0AB3C433A-1385-0000012826A0F745

This is a piece I wrote back in May 2017 on how new technologies could enhance, change and revolutionise the education system

 

One of the true benefits of virtual reality technology is how it is going to impact education. Already there are online courses offered by educational websites such as Coursera. This is a godsend for those who not only can’t afford physical onsite education, but also for those who don’t have enough time and flexibility to always commute to a physical institution. For some, time is actually more valuable than money.

 

Digitising the class room

The real game changer will be when all classes and lectures are recorded and then stored online. Some university lectures are already filmed and made available online but I can see this increasing not just with university lectures but also with typical school classes. This is helpful not just for students who are unable to turn up to some classes/lectures but also for students who did attend the classes/lectures yet want to recap on what was already discussed.

If one can’t physically attend classes because they are unwell, they can catch up via the growing archives of recorded classes. Also if they are not too unwell, they can attend a class virtually in live real time via their VR headsets while resting in bed. They can even participate.

 

 

On site teachers augmented by AR, VR and virtual assistants

Also whilst being present in a classroom one could use Augmented Reality glasses (the original 2012 Google Glass was the earliest example of this technology), which are poised to be brought to the mass consumer market soon, to enhance the learning experience as the teacher is talking. The AR glasses could have intelligent speech recognition sensors which pick up on everything the teacher is saying and pick up crucial words and sentences and create visual examples in the students field of vision as an extension of what the teacher is conveying. In addition the sensors could contain algorithms which translates everything the teacher is saying into key bitesize points with several links to relevant related websites for further research and reading.

Intelligent virtual teacher assistants, especially one which one could have an intelligent and deep two way conversation with (given time) is the holy grail of VR and AI in truly transforming the education system. This is not to say that teachers are replaceable. On the contrary, truly inspirational teachers will always be needed regardless of the quantum leaps made in the field of AI. It’s just that teachers are human and one can only consort with their teachers for so much time. Whereas with virtual teacher assistants, one has 24/7 access to them. Struggling with some research at 2am and want to talk to talk to someone? Even your favourite teacher will not want to be disturbed at such an ungodly hour yet your virtual teacher assistant will always be available.

The hybrid situation of having both on site human teachers and virtual teacher assistants is more likely to seriously enhance the educational system and one’s own learning development than turn it upside down. As I’ve already mentioned, good inspirational teachers will always be needed but teachers who periodically don’t make the grade and don’t have their heart in educating and empowering their students will struggle against virtual teachers systematically becoming more intelligent as time marches on.

 

Virtual teachers designed for primary schools

What’s more, I think virtual teacher assistants will be crucial for primary school education. In my view, it is not very wise to expose children under the age of five to too much (if not any) technology. Yet after that age, virtual immersive teacher assistants may truly assist that stage of the education system. Teaching young children can be very challenging and it takes a unique teacher with vast reserves of energy and a special knack to truly connect to them and get their attention. Most of the time teaching children of that age group can be an incredibly gruelling and trying experience. As a result there is sometimes a severe shortage of good teachers. An intelligent and highly interactive virtual teaching assistant which children love to connect with could revolutionise and be a godsend to the primary school sector.

 

Understanding something better by being totally immersed in it

Children with a short attention span invariably struggle to absorb what a teacher may be trying to get across. Especially if the teacher is explaining things in a boring and uninspired manner. The best way for a child to understand and grasp something is to be fully thrust in that environment. This is where virtual reality can seriously revolutionise the whole education/learning experience. During a history lesson, a film depicting the horrors of the Second World War will likely move most people, but to actually live and feel it vicariously via VR technology could very effectively help people better understand that period of history far more effectively than through books, traditional storytelling and 2D visuals via film and TV.

I think there is a huge market for VR technology to recreate virtually certain periods in history to give people the opportunity to better understand them. In addition to this, there are countless more opportunities for VR (especially when it is more advanced at replicating our sense of touch, taste and smell) to recreate any environments for people to immerse themselves in.

 

By Nicholas Peart

©All Rights Reserved

Image Source: www.nbnco.com.au