In North America alone, the largest heavy duty freight trucks—Class 8 semis—account for about $30 billion in sales each year, or more than 250,000 new trucks, according to industry data tracked by Bloomberg. Class 8 trucks, which have a loaded weight rating of at least 33,000 pounds, come in a variety of shapes and sizes, from trash trucks and cement mixers to city buses all the way up to tractor-trailers whose drivers spend days and nights living on the road. The most common day cab delivery trucks cost around $100,000, and big rigs with sleeper cabins are about $150,000.
Batteries are the single most expensive component of an electric truck, and the battery of a cross-country hauler could cost $100,000 even before they build the truck around it. But that upfront investment can be offset by cheaper operating costs. Running a truck on electricity saves tens of thousands in fuel costs as well as savings of roughly 7 cents a mile on lower maintenance costs. And if the autonomous driving system is good enough to run without a driver, it could also dramatically cut labor expenses, which add about 57 cents for every mile on the road.
Any range less than 400 miles is likely meant for local and regional deliveries, the sort of thing done by UPS and FedEx or the type of hub-and-spoke model used by giant retailers such as Wal-Mart Stores Inc. to move goods from distribution centers to stores or warehouses. If Tesla wants to go after the longest routes to replace what are known as “over-the-road” trucks, which feature sleeping cabins for multi-day driving stretches, the company will need a range of at least 500 miles—or else a way to charge an electric truck that’s faster than anything in use now. The battery needs for each of these categories would be different, and so would the costs.
Perhaps Tesla’s biggest advantage over other truck makers is that its semi will share some core parts with the Model 3. Musk disclosed during an earnings call in May that the semi uses “a bunch” of Model 3 motors, which sit in line with the truck’s axles. These relatively cheap electric motors will give the semis unparalleled electric torque for getting quickly up to speed with a heavy load.
Booming demand for its products has supercharged growth at Nvidia. Over the past three full fiscal years, it has increased sales by an average of 19% and profits by an astonishing 56% annually. Nvidia meanwhile has so far managed to retain its roughly 70% market share in GPUs despite competition from formidable rivals—among them Intel and AMD—who want their share of the billions in chip sales to come from this new tech revolution. “IBM dominated in the 1950s with the mainframe computer, Digital Equipment Corp. in the mid-1960s with the transition to mini-computers, Microsoft and Intel as PCs ramped, and finally Apple and Google as cellphones became ubiquitous,” wrote Jefferies equity analyst Mark Lipacis in a July note to clients. “We believe the next tectonic shift is happening now and Nvidia stands to benefit.”
“We believed this model of computing could solve problems that general-purpose computing fundamentally couldn’t. We also observed that video games were simultaneously one of the most computationally challenging problems and would have incredibly high sales volume. Those two conditions don’t happen very often. Video games was our killer app—a flywheel to reach large markets funding huge R&D to solve massive computational problems.”
“In the future, companies will have an A.I. that is watching every single transaction—every business process—that is happening, all day long. Certain transactions or patterns that are being repeated. The process could be very complicated. It could go through sales to engineering, supply chain, logistics, business operations, finance, customer service. And it could be observed that this pattern is happening all the time. As a result of this observation, the artificial intelligence software writes an artificial intelligence software to automate that business process. Because we won’t be able to do it. It’s too complicated.”
“We’re seeing early indications of it now. Generative adversarial networks, or GAN. I think over the next several years we’re going to see a lot of neural networks that develop neural networks. For the next couple of decades, the greatest contribution of A.I. is writing software that humans simply can’t write. Solving the unsolvable problems.”
Notably the user is able to trigger various different types of functionalities through interactions with the interactive garment, such as by touching or swiping the user’s shirt sleeve. In addition, by enabling the triggering of functionality through interactions with a wearable garment, instead of a device, the user does not need to fiddle around with the user interface of a smartwatch or smartphone in order trigger a functionality. In fact, the user may be able to provide the gesture to the interactive garment without even looking at the garment. In addition, a simple gesture to a garment is discreet and thus enables the user to trigger functionalities in a crowded setting without the need to take out their smartphone or other electronic device.
Apple is capturing more and more, at 72% of total industry profits, up from 68% in the July quarter, while Samsung’s share dipped slightly to 24%. Looking ahead, Walkley thinks Apple’s share of all smartphone units shipped in 2018 will expand to 14.5% from an expected 13.3% this year, while Samsung’s share he thinks will dip to 19.1% from 20.2%. He expects Huawei and Xiaomi, two big privately held Chinese vendors, to both see share rise in 2018, at 11% and 6.4%, respectively. They won’t do as well, however, as Oppo and Vivo, two other Chinese competitors, who may capture 7.8% and 7.5% of the market next year, he opines.
The Echo is a truly standalone product at the center of an ecosystem. The cloud-based operating system has made it easy for developers to create thousands of skills or voice-activated apps. By contrast, the HomePod is essentially an extension of the iPhone, like an accessory. When someone asks the HomePod to open a third-party app, the request won’t go directly to the cloud, as with the Echo, but to an iPhone. As a result, developers can’t write apps for the HomePod. They must create tweaked versions of existing iPhone apps. What’s more, Apple has limited the kinds of apps to messaging, to-do lists and notes. If Alexa is the beating heart of the Echo, Siri is almost an afterthought.
In Indonesia’s $1.3 billion instant-coffee market, the disparity is more pronounced. During that period, Javaprima gained about 12 percentage points for a 33 percent share, while Nestle lost 1.4 percentage points to 16 percent. Nestle declined to comment on the Indonesian market. Javaprima is capitalizing on local trends, such as demand by women and new coffee drinkers for a smooth and creamy brew, director Agus Susanto said.
Nestle’s revenue from Asia, Oceania and Africa fell 23 percent between 2012 and 2016 to 14.5 billion francs ($14.7 billion). To capture more Asian consumers, the company introduced ready-to-drink cold coffees in the region, opened branded cafes at Chinese universities and formulated a Cafe Viet lineup.
Pechoin, owned by closely held Shanghai Pehchaolin Daily Chemical Co., saw its market share jump fivefold between 2012 and 2016, according to Euromonitor. The parent company had revenue of about $1 billion in 2016. The newfound popularity came partly at the expense of the L’Oreal Paris label, which lost more than a fifth of its market share in the same period. Pechoin, founded in 1931, focuses on herbal products and claims to be one of China’s first cosmetics brands.
L’Oreal remains the No. 1 beauty group in China, and the nation’s increasing demand for luxury cosmetics bodes well for its premium positioning, the company said. Paris-based L’Oreal also has boosted efforts to tailor products for Asia. In 2014, it bought Magic, a Chinese brand known for skincare masks, a popular local beauty ritual. The company also introduced a liquid foundation that uses a cushion applicator popularized in South Korea, and it’s competing with Amorepacific Corp. for the Muslim cosmetics business in Southeast Asia.
The Ocean Farm 1 – created by leading salmon farming company SalMar – is the first offshore fish farm capable of complete automation in feeding and monitoring fish. According to SalMar, the farm can mature up to 1.5M fish in just 14 months. If the experimental facility proves viable (and environmentally sound) it may compel more companies and governments to use offshore fish farms to help grow our global food supply.
But American seas are newly open for business: The National Oceanic and Atmospheric Administration announced a rule in 2016 that allows for large-scale fish farming in federally controlled waters three or more miles offshore. In Europe, the regulatory environment has been more friendly. The EU embraced policy changes recommending the shift of aquaculture offshore back in 2002; by 2008, offshore farms were operational in Norway, Ireland, Italy, Spain, and several other countries. Norway is arguably the aquaculture capital of the world: Fish farming helped Norway produce around 1.18M metric tons of salmon in 2016, and fish contribute $8B annually to Norway’s economy – accounting for about 8% of its exports.
Developing only 1% of Indonesia’s suitable ocean area could produce more than 24 million tonnes of fish per year or over 3.9 × 1011 individual 4 cm bivalves. If consumed entirely within Indonesia, this volume of additional fish production would increase seafood consumption per capita sixfold. In fact, there is already considerable activity working to expand Indonesian aquaculture.
For India, it’s a $207 billion mess, a pile-up of bad loans years in the making that’s dragging on growth. For the nation’s wealthiest banker, it’s the kind of opportunity that very rarely presents itself. What has billionaire Uday Kotak salivating is the government’s attempt to finally draw a line under delinquent loans, with recent steps to overhaul India’s bankruptcy laws and recapitalize state-owned banks. The moves are intended to lift a burden from the country’s banks and encourage them to accelerate lending, supporting economic growth.
The sense among some Indian executives that they could walk away from their debts without facing consequences was a major factor limiting past efforts to bring delinquent loans in check. The government’s announcement last month that it will inject a record 2.1 trillion rupees into state-owned banks is another sea change, in that it should give the lenders sufficient capital to write off bad loans weighing down their balance sheets.
Debt markets and other segments will put pressure on the bank loan markets because they are working at much narrower spreads between the investor and the issuer. This is going to be one of the biggest challenges at a time when non-bank sectors like mutual funds, insurance, debt capital market and so on are dis-intermediating on the one hand, and technology is commoditizing the lending business at the other.
First is the formalization of finance. For instance, you see a reduction in the cash economy as less money is going into land and real assets, especially in rural India. That money is going into the formal economy which is a mega change which we are seeing. The second trend which we are seeing is the broad-basing of financial services. As finance became broader, savers wanted to look at things in addition to or beyond bank deposits. So money is going into mutual funds, insurance and equities markets. The third is digital. It, combined with Aadhaar (India’s biometric identification program), is a very potent force. We are at about 1,360 branches now. In the past we would have thought we would need about 5,000 branches. But with the digital economy, Aadhaar and customer behavior changes, we believe we can do with less.
Last year, congestion cost each U.S. driver $1,400 on average, for a total of nearly $300 billion, according to Inrix’s latest annual scorecard. The cost reflects wasted fuel, decreased productivity and lost time, which might include longer delivery times or missed meetings. The biggest losers are the most congested cities.
“We find that 49% to 61% of ride-hailing trips would have not been made at all, or by walking, biking or transit,” the researchers reported.
Experts estimate that so-called nonadherence or noncompliance to medication costs about $100 billion a year, much of it because patients get sicker and need additional treatment or hospitalization.
The technology could potentially be used to monitor whether post-surgical patients took too much opioid medication or clinical trial participants correctly took drugs being tested. Insurers might eventually give patients incentives to use them, like discounts on copayments, said Dr. Eric Topol, director of Scripps Translational Science Institute, adding that ethical issues could arise if the technology was “so much incentivized that it almost is like coercion.”
This first version of the Semi will not replace the dozens of thousands of trucks on huge regional or coast-to-coast runs, clocking 2,000 to 5,000 miles per week.
I understand acceleration is a core Tesla brand value, but I’m far more interested in braking. An 80,000-pound tractor trailer needs about 550 feet to come to a complete stop from 55 miles per hour, and I spent a surprising portion of every driving shift trying not to obliterate car drivers who weren’t aware of that fact. Show me how much the Semi can lop off that braking distance.
Companies like Wal-Mart and JB Hunt that have placed orders for Tesla Semis have the routes, terminal control, and money for terminal infrastructure to make the most of the Semi, so we’ll see what the production unit looks like in 2019 (hopefully) and parse the feedback after 10,000 miles of road duty. Don’t be surprised to see more mirrors.
Carbon-dioxide removal is, potentially, a trillion-dollar enterprise because it offers a way not just to slow the rise in CO2 but to reverse it. The process is sometimes referred to as “negative emissions”: instead of adding carbon to the air, it subtracts it. Carbon-removal plants could be built anywhere, or everywhere. Construct enough of them and, in theory at least, CO2 emissions could continue unabated and still we could avert calamity. Depending on how you look at things, the technology represents either the ultimate insurance policy or the ultimate moral hazard.
As a technology of last resort, carbon removal is, almost by its nature, paradoxical. It has become vital without necessarily being viable. It may be impossible to manage and it may also be impossible to manage without.
“One thing I’ve come to as an investor, is recognizing that there are a lot of ways to make money in the market. There are a lot of investment approaches and philosophies that can do very well, but all of them test the investor in one way or another. Therefore, it’s important for you to figure out how to align your investment philosophy with your own personality – so that when the investment philosophy inevitably tests you, you’re the sort of person who will pass the particular types of tests required to successful manage your investment strategy.”
The blockchain is still in its nascent stages. However, blockchain technology promises to entirely reshape money, middlemen, and trust. Ultimately, blockchain is as much a political and economic hypothesis as a technological one. Blockchain technology provides a new way to think about how we agree on things. For the first time, multiple untrusted parties can create and agree on a single source of truth, without the use of a middleman. The technology’s implications for traditional middlemen and corporate players are therefore potentially enormous. As the landscape evolves, the future of blockchain will likely take on forms yet to be imagined.
The scientists found that the participants only developed bloating symptoms after eating fructan-containing bars. Other bars, including those with gluten, did not cause the distress. This led the researchers to conclude that fructan, not gluten, may be behind the bowel problems. One big reason it’s important to figure this out – people who are on a gluten-free diet were found to have an increased risk of developing type 2 diabetes by other recent research.
In the past half century, epidemiologists have been forced to shift how they study movement patterns. In modern times, the sheer amount of sitting we do is a separate problem from the amount of exercise we get. Our failure to squat has biomechanical and physiological implications, but it also points to something bigger.
“Every joint in our body has synovial fluid in it. This is the oil in our body that provides nutrition to the cartilage,” Jam says. “Two things are required to produce that fluid: movement and compression. So if a joint doesn’t go through its full range—if the hips and knees never go past 90 degrees—the body says ‘I’m not being used’ and starts to degenerate and stops the production of synovial fluid.”