I just watched this video, and it’s an old video from the year 2018. We’re now on the second day of the year 2021, and I really can’t imagine how even more efficient in speed and the level of automation has had occurred in the factory in which the video right after the break reveals. The question is, will humans go the way of the horses in the future? Hmm… I think that we can automate pretty much everything except for human intuition and creativity. Well, just maybe not yet!
I don’t know much about the manufacturing process of PCBs (Printed Circuit Boards) and other electronic devices. I know that doing the 3D printing of complicated layers for electronic devices from just a sophisticated 2D blueprint is rather complicated. Luckily, I’ve come across some information that enlightens me on this whole shebang.
CEO of Nano Dimension, Yoav Stern, suggests that currently, the process of unsophisticated 3D printing of electronic devices can only print 2D electronic layers on any 3D devices. Yoav Stern suggests that the 3D printed technology using the Additive Manufacturing Electronics method patented by Nano Dimension can do better. According to Yoav Stern, Nano Dimension can allow any company to print complicated electronic devices such as PCBs easily from sophisticated 2D blueprints (i.e., blueprints generated by computer software). It means that these 3D printers made by Nano Dimension can deploy as sophisticated prototype 3D printers.
The benefits of using in-house prototype 3D printers to print electronic prototypes are plenty. For example, IP (Intellectual Property) can be kept in-house secretly since the company doesn’t have to send out the IP to a third party to work on the prototypes. Moreover, these 3D printers from Nano Dimension can also be used as backup manufacturing machines for electronic devices such as PCBs. When the needs arise, any company can switch on the 3d printers to start doing the sophisticated 3D printing of electronic devices.
Honestly, I’d purchased shares of Nano Dimension’s stock, and so I’m glad to be able to get more details on this company through the video right after the break. In the video, Yoav Stern goes into detail on why Nano Dimension’s Additive Manufacturing Electronics technology (3D printers) can outdo their competitors.
Tesla is still leading the way to electrification. Nio and other well known Chinese electric car makers are revving up their effort in competing both against Tesla and the old-school Internal Combustion Engine car manufacturers. Since electrification requires fewer moving parts, the cars should be less complicated to produce and streamline the supply chain — but there are limits still in improving the electrification process. One of such limits is the battery range. Another is the battery’s not so robust recharge cycle amount before the degradation of a battery begins to take place when every time it gets charged up.
No worry though, I think Tesla is doing its best to improve these limits. Lately, Nio upgraded 75 kWh battery technology to 100 kWh, and this means Nio’s car owners now can either choose to use the old tech battery or upgrade to a newer one which is the 100 kWh. The 100 kWh battery allows Nio cars to have a better mileage range. Nio’s 100 kWh battery allows Nio cars, depending on the vehicle sizes, to travel up to 615 km (382 miles) per charge. Other EV (Electrical Vehicle) makers are not idling by either because they’re too improving the battery tech and getting rid of more limits in the electrification process.
Besides improving the battery tech, sometimes it’s also better to reinvent the wheel, and so other EV innovators are coming up with ways of reinventing the whole EV battery tech altogether. Instead of relying on the common lithium-ion battery tech which relies on a liquid electrolytic solution, some EV innovators are hard at work in pushing out solid-state battery tech which gives a better recharged time. For example, QuantumScape — which went public recently through a SPAC (Special Purpose Acquisition Company) merger — is promising to push out solid-state battery tech which allows an EV battery to be recharged about 80% but it takes only 15 minutes to do so. QuantumScape mentioned that they will begin the manufacturing process around 2024 to get this tech onto the market — which is four years from now.
Here I thought QuantumScape is already a game-changer, then suddenly Toyota announces that they will release an EV in 2021 with a solid-state battery tech that allows the vehicle to be fully recharged within 10 minutes. I think the age of electrification is now heating up and ready to go much farther in terms of overtaking the traditional ICE makers fast. Check out a cool video right after the break where Toyota boasts about their electrification process of Lexus cars in the near future.
I’ve wondered about lawyers and judges could be replaced by Artificial Intelligence, but I could never have thought a real country as big and powerful as China would set the starting of a futuristic trend for a futuristic justice system by allowing AI to judge real people problems and cases. Check out the video right after the break to see the Chinese AI judge in action.
Africa got 1 billion plus people and yet the whole continent’s economy is only about the size of South Korea. This means the whole African continent is still very poor and needs to be developed a lot so the Africans can have some hope for a better future. Unfortunately, as cheap labor is moving out of China to China’s neighbors such as Vietnam, the whole world is now all the rage on how to rely on the automation of machines so even cheap labor cannot compete. If this is the case, I don’t think the Africans will have a chance of mobilizing their 1 billion plus people to industrialize the African continent.
So, the question is if Africans cannot rely on cheap labor to develop and industrialize the African continent, then what else could the Africans rely on to develop Africa? If Africans tries to rely on the aids of the Western countries, then Africans will never be able to develop their own industries that are necessary to pull the African continent out of poverty for good. Although the Chinese are building the infrastructures inside Africa to better the livelihood of the Africans, without a staple of strong industries the Africans will still face the problem of not being able to industrialize the African continent.
Although I don’t know much about Africa, in my humble opinion, Africans should try to go for automation themselves to leapfrog the cheap labor phase. This means Africans have to develop a very entrepreneurship mentality so they can come up with business models that need automation as a necessary ingredient for their business. Furthermore, instead of only relying on aids from the West and the infrastructures from China, Africans should demand the Chinese to teach them how to develop and incorporate Artificial Intelligence in their businesses. I think the machine learning and higher AI will definitely be able to help the Africans to automate the needs in their entrepreneurship businesses and leapfrog the cheap labor phase.
What do I think about foldable phones? I think foldable phones don’t matter! Foldable phones remind me of flip phones back in time, but now instead of flipping a phone in style, we can unfold a phone into a tablet. Since foldable phones are so expensive, I guess using the tablet and unfoldable phone I already have will be just fine!
Although foldable phones are not that important, the 5G technology that gets to debut on these foldable phones is really important! Since 5G allows communication over the air almost instantaneously, and so this could allow innovations in the Internet of Things sector to thrive big time.
One company right now is leading the pack in term of 5G is of course none other than the Chinese giant, Huawei. Right now, Huawei is getting a lot of heat from the United States. Huawei’s CFO Meng Wanzhou, the daughter of the founder of Huawei, is being under house arrest in Canada in the behest of the United States’ extradition agreement with Canada. Furthermore, the United States is increasingly persuading other countries to not use Huawei’s 5G technology.
5G can be really useful for whatever purposes that demand faster wireless communication. I may not know what purposes would demand 5G the most, but I do know that 5G will be great for commercial purposes such as the Internet of Things devices. Furthermore, 5G will accelerate the use of driverless cars and other automated vehicles.
5G can allow driverless cars to see each other instantaneously and also communicate with smart roads and highways instantaneously. 4G technology is definitely too slow and less reliable than 5G when it comes to deploying the technology on a massive scale to allow crucial transit system to work in a smarter way. So I think 5G will definitely be a game changer in wireless communication.
Anyhow, I guess it’s going to be expensive to build a massive backbone system that could support the 5G wireless system. It seems though, this isn’t the problem for Huawei. Huawei seems to be able to deploy 5G network for various platforms in China already! For an example, a 5G network is now already up and running for Qingdao Port in Eastern China.
China is leading the way to deploy 5G network not only in China but across the world. Huawei is at the forefront of this 5G expansion from China. I’m not sure why the United States is really scared about how China is leading in 5G, but my guess is that whoever leads the 5G network deployment across the world gets to call the shot for making a standard for 5G chipsets and much more. This means big money and market cornering.
Since 5G technology will change how wireless communication permeates throughout the global economy, new and old markets could churn out a lot of new money for the global economy. For an example, driverless cars will become more reliable, encouraging people to spend more money on driverless cars. Dumb cars without the support of 5G technology might get left behind, collecting dust somewhere while driverless cars sell like hotcakes.