Kaspersky Labs’ experts have made a few predictions as to what our world may look like in 30 years time.
About 30 years ago the personal computer began to make its way into regular use – and it went on to transform society and the way we live our lives. Kaspersky Lab’s experts decided to mark that anniversary by looking further into the future and imagining how information technology might develop and change our lives in the new digital realities of 2045, 30 years from now..
“The current rate of development in IT makes it difficult to deliver precise predictions about where we will be in a few decades. However, it is clear that every year our technologies will get even smarter and the people who work with them will need to keep up. We can certainly be sure that cybercriminals will continue to make every effort to exploit any new IT advances for their own malicious purposes,” said Alexander Gostev, Chief Security Expert at Kaspersky Lab. “But whatever our world looks like in 30 years, we should start improving its comfort, safety and well-being now. Technology is just a tool, and it is entirely up to us whether we use it for good or for evil.”
Before long it’s likely that the world’s population will include billions of people and billions of robots, with the latter doing almost all of the heavy, routine labour. People will work on improving the software for the robots and the IT industry will be home to companies developing programmes for robots just like they now develop apps for users to download and install.
To a certain extent the boundaries between robots and humans will become blurred. Transplants will start using electronically controlled artificial organs and prosthesis will be a routine surgical procedure. Nanorobots will travel deep into the body to deliver drugs to diseased cells or perform microsurgery. Specially installed sensors will monitor people’s health and transmit their findings into a cloud-based storage that can be accessed by the local doctor. All of this should lead to a considerable increase in life expectancies.
Moreover, people will live in smart homes where most creature comforts will be fully automated. The software that runs the house will take care of energy, water, food and supplies consumption and replenishment. The residents’ only concern will be to ensure there is enough money in their bank accounts to pay the bills.
Our digital alter egos will finally be fully formed within a single global infrastructure capable of self-regulation and involved in managing life on the planet. The system will operate a bit like today’s TOR; the most active and effective users will earn moderator rights. The system will be geared towards distributing resources between people, preventing armed conflict and other humanitarian actions.
3D Printing – Fast and Cheap:
It won’t just be dreary chores that are consigned to the history books – production of certain items will no longer be needed. Instead 3D printers will enable us to design and create what we need, from household items like dishes and clothes to the building bricks for a future home.
No More Computers:
The PC might have started the whole IT boom, but by 2045 we’ll probably only see it in museums. To be more precise we will no longer need a single tool for working with data – which is basically all a computer does. There will be an even greater range of smart devices and these different gadgets will steadily take over the functions of today’s PCs. For example, financial analysis will be done by a server controlled by the organisation concerned using electronic documents, not by an accountant on a personal computer.
Not everyone will be excited by a brave new robotic world, however. New Luddites will likely emerge to oppose the development of smart homes, automated lifestyles and robots. The opposition to IT developments will shy away from using smart systems, appliances and robots for certain types of work, and will not have any digital identity.
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AI, IoT, and language of bees can save the world
A groundbreaking project is combining artificial intelligence and the Internet of Things to learn the language of bees, and save the planet, writes ARTHUR GOLDSTUCK
It is early afternoon and hundreds of bees are returning to a hive somewhere near Reading in England. They are no different to millions of bees anywhere else in the world, bringing the nectar of flowers back to their queen.
But the hive to which they bring their tribute is no ordinary apiary.
Look closer, and one spots a network of wires leading into the structure. They connect up to a cluster of sensors, and run into a box beneath the hive carrying the logo of a company called Arnia: a name synonymous with hive monitoring systems for the past decade. The Arnia sensors monitor colony acoustics, brood temperature, humidity, hive weight, bee counts and weather conditions around the apiary.
On the back of the hive, a second box is emblazoned with the logo of BuzzBox. It is a solar-powered, Wi-Fi device that transmits audio, temperature, and humidity signals, includes a theft alarm, and acts as a mini weather station.
In combination, the cluster of instruments provides an instant picture of the health of the bee hive. But that is only the beginning.
What we are looking at is a beehive connected to the Internet of Things: connected devices and sensors that collect data from the environment and send it into the cloud, where it can be analysed and used to monitor that environment or help improve biodiversity, which in turn improves crop and food production.
The hives are integrated into the World Bee Project, a global honey bee monitoring initiative. Its mission is to “inform and implement actions to improve pollinator habitats, create more sustainable ecosystems, and improve food security, nutrition and livelihoods by establishing a globally-coordinated monitoring programme for honeybees and eventually for key pollinator groups”.
The World Bee Project is working with database software leader Oracle to transmit massive volume of data collected from its hives into the Oracle Cloud. Here it is combined with numerous other data sources, from weather patterns to pollen counts across the ecosystem in which the bees collect the nectar they turn into honey. Then, artificial intelligence software – with the assistance of human analysts – is used to interpret the behaviour of the hive, and patterns of flight, and from there assess the ecosystem.
Click here to read more about how the Internet of Things is used to interpret the language of bees.
Download speeds ramp up in SA
All four South African mobile network operators have improved their average download speed experience by at least 1 Mbps in the past six months.
This is one of the main findings in the latest South Africa Mobile Network Experience report by Opensignal, the mobile analytics company. It has analysed the mobile experience in the country, updating a study last conducted in February 2019. While a quick look at its South Africa awards table suggests not much has changed since the last report, it’s far from stagnating.
Opensignal reports the following improvements across its measurements:
- MTN remains the leader in our 4G Availability measurements, with a score of 83.6%. But the other three operators are all now within 2 percentage points of the 80% milestone — with Telkom’s users seeing the biggest increase of over 8 points.
- All four operators improved their Download Speed Experience scores by at least 1 Mbps. But growth in our Upload Speed Experience scores has stagnated, with only winner Vodacom seeing an incremental increase.
- MTN and Vodacom remain tied for our Video Experience award, and both have increased their scores in the past six months, putting them on the cusp of Very Good (65-75) ratings. Cell C also increased its score to tip over into a Good ranking (55-65).
- MTN scored over 90% in 4G Availability in two of South Africa’s biggest cities and was just shy of this milestone in the others. Meanwhile, MTN and Vodacom have now passed the 20 Mbps mark in Download Speed Experience in three cities each.
A quick look at the awards table would suggest not much has changed in South Africa since the last report in February. MTN won the 4G Availability award again, Vodacom kept hold of the medals for Upload Speed and Latency Experience, while the two operators tied for Download Speed and Video Experience just as they did six months ago.
But far from stagnating, we’re seeing improvements across most of the measurements. All four of South Africa’s national operators — Cell C, MTN, Telkom and Vodacom — are now closing in on 80% 4G Availability nationally, while at the urban level, MTN has passed the 90% mark in two cities. And in Download Speed Experience, our users on all four operators’ networks saw their scores increase at least 8%.
In this report, Open Signal has analyzed the scores for all four national operators across all their metrics over the 90 days from the start of May 2019, including South Africa’s five biggest cities — Cape Town, Durban, Ekurhuleni, Johannesburg, and Tshwane.
MTN has been top of Open Signal’s South African 4G Availability leaderboard for a couple of years now, and the operator remains dominant with a winning score over 4 percentage points ahead of its rivals. But it was users on Telkom’s network who saw the most impressive boost in 4G Availability, as its score jumped by well over 8 percentage points.
This leap has put Telkom into a three-way draw for second place with Cell C and Vodacom, who both saw their scores increase by at least 3 percentage points.
While MTN is the only operator to have passed 80% in national 4G Availability, the other three players are all less than 2 percentage points away from this milestone. Based on the current rate of improvement, Open Signal fully expects to see all four operators pass the 80% mark in its next report — which will provide testament to the rapid maturing of the South African mobile market.
MTN and Vodacom remain neck-and-neck in the Video Experience analysis, with both operators scoring 65 (out of 100). And the two rivals both saw their scores rise by around 3 points since our last report, meaning the two continue to share our Video Experience award. Cell C and Telkom remain in third and fourth place, but both saw larger increases — of 5 and 4 points respectively — to narrow the gap on the leaders.
The increase in MTN and Vodacom’s Video Experience scores means the two operators are on the cusp of Very Good (65-75) ratings in this metric — with the users on their networks enjoying fast loading video times and almost non-existent stalling, even at higher resolutions. By comparison, Cell C’s score earned it a Good rating (55-65), while Telkom remains in Fair (40-55) territory — meaning users watching video on Telkom’s network, in particular, will likely struggle with longer load times and frequent stuttering, even at lower resolutions.
In terms of 4G-only Video Experience, Cell C’s score has increased enough to tip it over into a Very Good rating — now featuring three operators achieving 4G network scores with a Very Good ranking. And as 4G Availability continues to increase, the overall Video Experience scores will continue to climb, making mobile video viewing more of a viable proposition across all networks. And in a country where fixed-line broadband connections are relatively rare and the large majority of South Africans only connect to the internet via cellular, this improvement has the potential to transform people’s lives.
Read more from Open Signal’s report here.