Facebook, Twitter, Linkedin, Tencent, YouTube, Pandora, Netflix, Google, Baidu, Instagram, Amazon, eBay, JD.com, Alibaba, Expedia, Tripadvisor, Salesforce, Uber, AirBnB and hundreds of others are all “free” apps enabling hundreds of billions of dollars of interaction none of which are captured in the App Store revenue data. The vast majority of activity for the top commerce, communications and media properties are now coming through mobile devices.
By weight of users and their propensity to engage, iOS enables about 50% to 60% of mobile economic activity. Based on assumptions of revenue rates for mobile services and iOS share of engagement, my estimate of the economic activity on iOS for 2017 is about $180 billion. Including hardware sales, the iOS economy cleared about $380 billion in revenues 2017.
Wal-Mart has already developed a big online grocery delivery business in China, capable of transporting fresh produce from its shelves to homes within an hour. To accomplish that feat, it’s created a network of chilled mini-warehouses, used artificial intelligence to tailor inventories, and employed an army of crowdsourced deliverymen to rush meat, fruits, and vegetables to customers’ doorsteps. That could provide the megaretailer with plenty of insight and experience to keep tech upstarts from disrupting it out of one of its core U.S. businesses.
Only 2 percent of fresh food was bought online in China last year, according to data from Euromonitor International.
Nike’s sales are 50% larger than its closest competitor Adidas and it is more than twice as profitable. The next few competitors, like Under Armor and Puma both at $5 billion, are markedly smaller in scale. When Nike was founded in 1964 by Phil Knight, Adidas was a much larger incumbent in the sneaker business and Nike was the scrappy startup.
The bigger growth opportunity going forward comes from the international markets, where Nike expects 75% of its future growth to come from and now accounts for about 60% of sales. In addition, this growth is likely to be more profitable over time as its direct to consumer business via its own stores, website, and app will account for a greater percentage of its total sales while creating a more direct relationship with the customer.
The lift is to the vertical what the car is to the horizontal: the defining means of transport. Like cars, modern lifts are creatures of the second industrial revolution of the late 19th century. Like cars, they have transformed the way that cities look, changing how and where people live and work. And today, like the cars that are lidar-sensing their way towards an autonomous future, lifts stand ready to change the city again.
The Chinese appetite for more, higher and faster lifts is like nothing seen since 1920s New York. In 2000 some 40,000 new lifts were installed in the country. By 2016 the number was 600,000—almost three quarters of the 825,000 sold worldwide. China not only wanted more skyscrapers; it wanted taller ones. More than 100 buildings round the world are over 300 metres; almost all of them were built this century, and nearly half of them in China. The country is home to two-thirds of the 128 buildings over 200 metres completed in 2016.
Liftmakers say that “Destination control”, in which the lift system tells the user which lift to use, rather than the user telling the lift where to go, reduces door-to-desk time by 30%. Pair it with double-decker lifts, which in very tall buildings usefully serve odd and even floors simultaneously, and you increase capacity even further.
“Our lidar chips are produced on 300-millimeter wafers, making their potential production cost on the order of $10 each at production volumes of millions of units per year,” MIT researchers Chris Poulton and Michael Watts wrote last year. Their chip uses optical phased arrays for beam steering, avoiding the need for mechanical parts.
Experimental, low-volume hardware for cutting-edge technology is almost always expensive. It’s through the process of mass manufacturing and iterative improvement that companies learn to make it cheaper. Right now, lidar technology is at the very beginning of that curve—where antilock brakes were in the early 1980s.
BHP began work to build a nickel sulphate plant at Nickel West in recent weeks and is considering a slate of further expansions to make it the largest source of the material and a hub for other battery ingredients. It’s aiming to sell 90 percent of output into the battery supply chain by about 2021, from less than a third at the end of last year. Global nickel demand could more than double by 2050, fueled in part by rising electric vehicle sales, Bloomberg Intelligence said in a June report.
The world’s biggest mining companies are ratcheting up their response to the booming demand for battery raw materials. Rio Tinto Group is developing a lithium project in Serbia, while Glencore Plc plans to double production of cobalt and is effectively “a one-stop-shop” for investors seeking exposure to EV gains, Sanford C. Bernstein Ltd. said in a note this month.
The good luck for BHP is that only about 40 to 45 percent of existing nickel mine supply is suitable for processing into a battery-grade chemical product, Melbourne-based UBS Group AG analyst Lachlan Shaw said by phone. “BHP’s Nickel West fits into that category.”
The two changes he noted are global environmental standards sponsored by the International Maritime Organization. The first is the “Ballast Water Management Convention” that went into force late last year. It requires that newly built ships have waste-water treatment equipment that purifies ballast water to certain minimum levels. After September 2019, ships that were built before these standards came into force will need a costly upgrade to their equipment to meet this standard for the vessels to pass their periodic inspections.
The second standard will be implemented in 2020. I was amazed to learn that the world’s biggest 25 ships emit more sulfur than the entire world’s fleet of cars! Accordingly, the regulation’s goal is to limit this pollution. Ship-owners must achieve this goal and have several ways to do so, such as retooling to switch to a less polluting fuel like gas or methanol or by installing scrubbers to lower concentrations of pollutants.
If freight rates do not rise with the investment required to build new ships, then there is little economic incentive for many ship-owners to spend the additional capital required to meet the new regulations. This short term squeeze on shipping economics could prompt an increase in vessel scrapping as older ships are retired from service and less new supply is forthcoming from shipbuilders, who are already under pressure from the collapse in freight rates. Any force that constrains supply relative to demand should be positive for freight rates and, in time, the economics of shipping. One unintended consequence of these regulatory changes could be a surprisingly strong bull market in shipping costs!
Invented in the 1930s by Simon Kuznets, initially as a way of calculating the damage wrought by the Great Depression, GDP is a child of the manufacturing age. Good at keeping track of “things you can drop on your foot”, it struggles to make sense of the services — from life insurance and landscape gardening to stand-up comedy — that comprise some 80 per cent of modern economies. The internet is more perplexing still. In GDP terms, Wikipedia, which puts the sum of human knowledge at our fingertips, is worth precisely nothing.
Among GDP’s shortcomings, the distinction between flow of income and stock of wealth, highlighted by the story of Bill and Ben, is one of the most serious.
Among the report’s findings, the full details of which are embargoed, is a huge shift of wealth over 20 years to middle-income countries, largely driven by the rise of China and other Asian countries. A third of low-income countries, however, especially in Africa, have suffered an outright fall in per capita wealth over that period, in what could be a dangerous omen about their capacity for future growth. In the world as a whole, the report finds, human capital represents a whopping 65 per cent of total wealth. In 2014, this was $1,143tn, or about 15 times that year’s GDP.
The report is particularly illuminating in tracing the path to development as countries, in the manner described by Dasgupta, trade in one form of capital for another. Crudely put, they use income derived from natural resources to build up other forms of capital, principally in infrastructure, technology, health and education. So, while natural capital accounts for 47 per cent of the wealth of low-income countries, it represents only 3 per cent of the wealth of the most advanced.
XRP, the Ripple token, is unlike any other crypto token in the market. It is entirely centrally controlled, operating more like an ETF unit than anything else since the issuer has the capacity to release or absorb (pre-mined) tokens in accordance with their valuation agenda. More egregiously though, the token plays little part in Ripple’s central business case. For the most part it’s just a cute add-on.
Ripple “the settlement tech” is thus arbitrage tech, highly dependent on the whims, activities and behaviours of its liquidity provider community. This means it’s partial to the same exact problems HFT suffers from: namely, the fact there’s no guarantee liquidity providers will always be around when you really need them. In FX this sort of solution doesn’t really cut the mustard. People want a dependable FX service, not one that’s subject to the whims of unknown third-party participants. A bit of historical context is useful at this point, since what XRP really aims to do (we think) is copycat the role played by the offshore dollar in the days before the euro.