The Technology Landscape in the year 2025

It is easy to predict what is coming up for the next year but thinking further out is always a challenge.  In this blog post, I am going to look at advances made in 2015 that will impact us in 2025.

Quantum Computing


IBM this year announced a breakthrough in Quantum Computing that allows for the detection and measurement of both kinds of quantum errors simultaneously; and the introduction of a square Quantum bit circuit design.

Impact in 2025

Quantum computing when put into full commercial use will allow for the solving of questions that have always eluded mankind. While initially the technology will be seen as malevolent due to the ability to destroy current cryptology (although it solves this issue also) we will see more general use in 2025 akin to how we use devices today.

Brain 2 Brain Comms

Brain to Brain communication has already had a significant breakthrough in 2015 where two brains were linked for a question and answer experiment.

Impact in 2025

Is this the start of the Humanification we blogged about in 2013? How will our children learn in 2025? Will we see today’s education methods dismissed as archaic? Are we looking at the rise of education algorithms that teach according to the subject’s capacity to learn? Brain to Brain communications has the potential to disrupt all learning institutions and methods, all traditional education establishments would have to reevaluate their curriculum Information on a subject or problem-solving capacity would be instantly downloadable into the brain directly. How will this allow for a measure of intelligence? An example I use from 2015 is the question of should a child need to learn maths to an advanced degree when calculators and a plethora of devices already perform this function?

Nuclear Fusion

Nuclear technology is a much maligned and frowned upon the source of energy. An example being the Japan earthquake receiving 10x more attention once the Fukushima reactor was in danger. Nuclear fusion is best described as the harnessing of sources as powerful as the sun. The advancement of this technology could revolutionise how we consume and manufacturer power.

Impact in 2025

The European Unions first reactor of the type is coming online in 2020 five years into this journey will we see alongside the use of Superconductors and miniaturisation of systems a dramatic change in how we power our data centres, homes and industrial units. Is this the first step towards a positive climate change revolution?

The Robot becomes our friend? (Or does it)

It is frankly amazing when you travel or speak with people from different cultures.  An example being the Japanese who have always seen robotics as an aid and friendly advancement. My personal view is the difference in our generation has been the portrayal of Robotics. In Japan we have the friendly looking Honda Asimo, compare Asimo to the mean looking predator drones and destructive terminator robots we view in Western Cultures, with the destructive stereotype burned on our children’s brains by the continued growth of gaming consoles.

Impact in 2025

We already have robotic hoovers, robotic industrial workers and a robotic seal that comforts the elderly in Japan (yes really). As Artificial Intelligence increases we will see the use of more ‘learning’ capability and automation and freedom of robotic ‘services’. Note I said ‘services’, it is my view that repetitive tasks such as domestic cleaning will be ‘service based’ the same way we order a taxi now. By this time drones would have become sufficiently robust and accurate to allow for home deliveries and automation of shopping services.

Artificial Intelligence

Artificial intelligence has made significant leaps and bounds in 2015 mainly fuelled by the cheap abundance of computing resource, miniaturisation of devices delivering more power and soon the introduction of commercial Quantum computing. Big data and analytics have also been significant investment growth opportunities couple with machine learning it means 2015 has left us with the building blocks for advancement in human history like no other time since the industrial revolution and electrification of industries.

Impact in 2025

The military forces of this world will always take technologies and abuse them for nefarious purposes. My view on the malevolent predictions of AI is that we have had nuclear weapons ever since 1946 and these have been improved on drastically since that time, have we seen a nuclear holocaust?

In 2025 what we will see is a destruction of any industry that relies on a repetitive task such as accountancy, or medical AI will be the ‘brains’ behind all our devices all of our choices all of our health services and above all our social views. The issue with such a thing is that we believe everything and trust whatever is ‘on our screens’ as humans we will need to use our intellectual capacity to move beyond ‘acceptance’ to challenging.

The question that I ponder is this, AI and its mechanical cousin robotics to be truly aligned to human capability require the one thing that during this Christmas s time we all possess ‘Humanity’. Humanity, thoughts, feelings and emotions will never be replicated until humans become a ‘hybrid’ with machines.

I believe in 2025 that we will advance legacy technologies from 2015 such as pacemakers, ingestion tablets and other areas but will not be ready until 2035 for the true singularity by this time protections would be put in place.

What will our homes look like in 2025?

The Internet of Things or IoT is already beginning to shape how we interact with devices around us. From devices that measure our heart rate constantly and the steps, we take during our day to sleep devices that measure quality and length of sleep. M2M or machine to machine, sensors that move beyond the current RFID chips to smart low-power devices will allow for computations and measurements in every aspect of our lives. While many of these things are here today by 2025 we would of mastered the computational and algorithmic aspects to create a perfect balance.

Therefore every device we own will be ‘smart’ from the TV we watch to the earpiece we wear. Our interaction will be seamless thought controlled and tuned to our every whim and need by smart algorithms that run our lives.

The biggest cause of waste and loss in any environment is the ‘friction’ between objects. Imagine if the Japanese bullet train was powered in a vacuum on magnetic rails with no friction? Our homes and device could harness this centuries-old magnetic technology to provide effortless moving of devices and heavy objects. Add to this the embryonic advances in graphene and nanotubes and molecular-based engineering, could we have self-forming objects crafted and formed in minutes in front of our eyes.

As we move into 2016, let us all look back at what has been from a technology standpoint, one of growth but still one of unfulfilled promise. Maybe in 2025 I could look back at this article and laugh at its inaccuracies, remember though when cinema was first displayed people ran out of the theatre thinking the train was going to hit them.

Predicting the future is not easy, but then neither is looking at the past. My final quote is from British Scientist James Lovelock, an unsung national treasure.

“For each of our actions, there are only consequences.”

And last but not least a big thank you to those that inspire me, the team at Compare the Cloud, Simon Porter, Ian Jeffs, Andy Johnson, Rob Davies, Matt Lovell, Doug Clark, Omer Wilson, Michael Andrew-Foote, Gordon Davey, David Fearne and Alan Baxter a Secondary School teacher who forced a loud unruly dyslexic child to make circuit gateways during numerous detentions (you’re my hero).



The Miniaturisation of IT and Data Centres

Today we all hear about the consumerisation of IT, but the one subject most vendors and data centres do not wish to face is what I define as the miniaturisation of IT.

I am a proud iPhone 6s + owner (and an Apple watch, iPad Pro, MacBook Air, iPad Mini 4 all of these in Gold), when I hold my iPhone up I wonder how…

The ‘how’ I wonder is how does this one small device have more processing power than all the Allied and Axis powers combined during World War II. It is amazing when you look at the original Turing bombes or the later colossus machine and wonder how far forward the human race has come.

But as with any device, it is subject to reform, refinement, resizing or adapting to a new format altogether. An example of this is the number of functions my iPhone performs that required other devices previously;

  • Email – this required a desktop or laptop
  • Music – this required a C90 cassette or record player
  • Music store – I have iTunes which is digital delivery of services rather than the traditional vinyl record or cassette
  • iBook’s – I read my books based on a digital download rather than traditional book manufacturer or consumption

The above are just a few examples where functions and form are realised into a more compact function.

Let’s do a bit of future gazing, one of my personal hobbies looking at current devices and services and predicting future form and function:

Data centres / Servers / Storage

Future Form: Do we need such huge properties and devices guzzling power, spinning up out of date components. My view is the power of the large providers such as Microsoft Azure, IBM SoftLayer, Amazon AWS will all fit onto a single form factor of today’s single server within 20 years. As I predicted many years ago on this blog, we are beginning to see the fusion of biomechanics with computing. As Quantum computing and synthetic DNA storage become mainstream today’s devices will become more and more obsolete. I hear with interest many networking and storage companies moving towards being ‘software only’ companies we will see more of these announcements in the next few years.

Hybrid, Hybrid, Hybrid, before we see what I term as ‘the great leap’ towards cloud-based technologies, we will first see a gradual migration, using hybrid technologies which resemble current architectures. These Hybrid technologies such as those used within the car industry will allow familiarisation with future enhancements whilst retaining the current look and feel of IT hardware. The hybrid transition will move into the laggard space by 2018.

Future Function: Those that invest in data centres should now move onto another website here’s a great link In my view data centres that do not modernise and open up their doors, embracing local and national communities will die. Like the much-maligned 1960’s tower blocks being pulled down around the UK, the data centres that do not offer more than technical real estate will be akin to lemmings walking towards a cliff. The function of the future data centre will be in my view very different today and based upon biotech and be more technical hubs for those that need premises.

My view is that within 10 years most mega-cloud providers would have built their own data centres so they control the full stack, whilst regional data centres will lose 80% of capacity, which will need to be replaced by other revenue streams. Servers/storage and other hardware functions will be software controlled and take 99% less footprint that today’s technical architectures. My final thoughts modernise now or you will be extinct like a dodo.

Laptops and mobile devices

Future Form: We could make this as small as an atom if needs be, the issue is whether the artificial intelligence community can allow for the form to be made into a chip. The reason I say this, voice dictation and thought control will be essential to miniaturise these devices. The keyboard layout is crucial to many familiar with creating spread-sheets and word processing functions. My prediction: the laptop and mobile will be chip sized with embedded virtual reality functions that will pop out a virtual keyboard for those who wish to type using QWERTY.

Future Function: IoT, M2M and any other acronym I can throw out there will be controlled consumed and executed by a biochip. We are already starting to see home automation and personal health embedded via apps onto these devices. My view is long term everything from our passports to movies will be embedded onto every human as a biochip with artificial intelligence functions interacting with our thoughts.