Are we going to stop climate change to save the bees? Details are scarce, but most researchers estimate that the bees would work by attaching horse hair coated with ionic liquid gel to a tiny drone. The hair picks up pollen from one flower, and moves it to the next. What Walmart offers on top is a wide array of sensors, cameras, artificial intelligence… to locate the relevant crops and pollinate them as needed.
Source: Google Patents. I however have a few gripes with it. Firstly, small farmers might never be able to afford robotic bees, and we would once again be empowering the big guy against the little guy. How about we try to save the real bees, instead?
Read more on Robotic bees here. Neural network uses hidden layers to break down information the input-images, audio, videos, handwritten text… into tiny pieces of easily understandable components, allowing a computer to inform a prediction about the nature of said input. It does this thanks to a wide array of training data and mathematical models.
This is far from new, but the world of data science has been on the lookout for faster and more efficient ways of using neural networks to serve the upcoming IoT revolution.
If you managed to get through this sentence, you understand that it gets us a whole lot closer to how a brain actually works. First and foremost, the technology reduces computing resources required of the host CPU and cuts back on costs of running data centres, something which seems benign compared to all the issues discussed in this article, but is nevertheless incredibly important at scale. It also reduces the environmental costs of these centres, which is always a plus.
By optimising neural networks for speed, accuracy and power consumption, the technology will lead to improvements in the realm of surveillance, advanced driver assistance systems, autonomous vehicles, vision-guided robotics, drones, augmented and virtual reality, acoustic analysis, and Industrial Internet-of-Things. Read more on Patent here. And according to researchers, it could soon be put to good use as fuel for ships. Bear with me: the process uses a potassium-promoted molybdenum carbide catalyst bless you to extract carbon dioxide from seawater, turning it into carbon monoxide via the reverse water-gas shift RWGS reaction.
The carbon monoxide can in turn be converted into a hydrocarbon via the Fischer-Tropsch synthesis. Ships can then use this hydrocarbon instead of pre-onboarded fuel which, as we know, carries many risks.
The fuel currently used to power the thousands of ships that cross the seas and oceans daily is very polluting. The conversion of CO2 into chemicals and value-added fuels could significantly reduce the greenhouse gases they emit over the long term. There are however a handful of issues that need fixing before we get to greener maritime routes.
Firstly, carbon dioxide concentration in seawater is about milligrams per litre. This is why blockchain has caught the attention of organizations that need to store records i. And the potential use cases are impressive. Blockchain could be used by hospitals to store and share health records. It could underpin a secure online voting platform.
It could track logistics across international supply chains. And, of course, there are numerous applications for cybersecurity, too. The first industrial robot punched the clock in Natural language processing is a subfield of AI that aims to develop systems that can analyze and communicate through human language. Sound easy? They have trouble parsing the eclectic hodgepodge of symbols, gestures, sounds, and cultural cues that we use to express meaning and ideas.
When algorithms finally crack language, the business use cases will be substantial. Adoption of this technology could make big data more manageable. It could cut costly and complex development time through speedy simulations and solve multivariable optimization problems with ease.
Finally, it may make currently intractable problems manageable, such as those faced in the processing of natural language. Navigating these technological shifts will certainly challenge business leaders for years to come. But by keeping an open mind to the possibilities, they can chart a path that predicts dangers and capitalize on these emerging technologies. In , Lamborghini and MIT's Terzo Millennio unveiled the idea for a stunning concept supercar that could, in theory, heal itself.
Even wilder, the car's whole body would be used for energy storage. Similar to the way the human body reacts to injury, if small cracks developed from a collision, the car's body would go into self-repair mode, preventing the cracks from growing and doing more damage to the car. Much of this is still hypothetical; however, the current research into self-healing polymers could one day lay the foundation for this type of vehicle. Flying taxis are expected to make their official debut in the next few years.
However, we have already caught glimpses and of the flying vehicles, and we are excited. Flying taxis could become an important means of public transportation. It will have a range of 60 miles km and recharge in minutes. Companies like Google and Toyota are also working on small, flying vehicles.
Big data is the name of the game. Smart cities driven by an Internet of Things system would be a tightly woven interconnected ecosystem changing with each new input of data. In this smart city, sensors on phones, apartments, cars, and buildings would be used to optimize people's living experiences, prevent traffic, limit waste, and provide sustainable solutions for all.
Data would be collected in real-time, and the city, your phone, car, and smart device would all respond accordingly. Exoskeletons are becoming more common than you think. The Mach I like technology is making its way into factories and into the military.
This upper body wearable is designed to support workers' arms while they perform repetitive overhead tasks. The goal of the exoskeleton is to reduce fatigue and injury to workers that undertake continuous repetitive tasks.
The military is also working hard on creating exoskeletons that will protect soldiers and dramatically improve their performance. All we need now is Jarvis. The world is going to need more food. There is no escaping it. In correlation, there will be more people in urban areas. To combat this, architects and designers have proposed smart farming solutions across our future cities' skyline and floating in our rivers and oceans. According to architect Javier Ponce of Forward Thinking Architecture , 78ft 24m tall, three-tiered structure with solar panels on top of the structure to provide energy would be able to grow a variety of veg over an area of 12 acres 51, sq mt , using not soil but nutrients suspended in liquid.
The bottom layers of these towers could even be used to house fish farms. A single unit of this structure measuring x ft x mt would be able to produce an estimated 8. We have been experimenting with Li-Fi over the past few years for obvious reasons.
Light-Fidelity could be the next step after that wi-fi that you have in your home. It uses light to transmit data rather than wi-fi's radio waves, allowing it to transmit data at blindingly fast speeds theoretically.
Because the visible light spectrum is around 10, times larger than the radio spectrum, there's a lot more bandwidth potential. There have already been some small scale Li-Fi projects, but expect more wide-spread adoption in AI is nowhere near the robots and machines portrayed and often vilified by science fiction, but that doesn't mean we won't get there some day.
SpaceX and Tesla founder Elon Musk has been very vocal about his concerns about AI, going as far as to say that humans risk being overtaken by artificial intelligence in less than five years. As such, cloud-based SASE platforms will continue to have a major impact in They will replace several disjointed point products and extend consistent protections to all enterprise resources through a single control point, delivering cost savings in the process.
Suddenly, your customer relationship management tool is getting leads from your social media. Your operations data is continuously fed into your invoicing. Projects that require software developers will be done by others. The implementation of 5G will take a big chunk of our attention in With eight countries already testing it, it is certain that we are going to see more countries and cities get 5G connection.
As a result, the industry will boom because of the extensive need for hardware that can work with this type of connection, from routers to new smartphones. Chatbots were already extremely popular prior to the pandemic. As they become more integral to both our personal and professional lives, Alexa, Google Home and other smart assistants will only expand in their utility from here on out.
I think we are going to see some pretty amazing things from voice search next year. Believe it or not, one in four adults in the U.
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