Dhyan Chand scored 14 goals in the 1928 Amsterdam Olympics. He was hailed as a ‘Magician of Hockey’ by newspapers. So astonishing was his stickwork that the Netherlands’ hockey authorities are believed to have broken his hockey stick to investigate whether there was a magnet inside it. After India’s win at the 1936 Berlin Olympics, Hitler offered Dhyan Chand German citizenship!
Believe it or not, India and Pakistan were Kings of the field hockey heap from the 1920s to the 1970s. They reigned supreme. India beat America 26-0 at the Olympics, a world record.
The subcontinent teams’ fluid passes, superb dribbling and bewitching stick-work ran circles around the western and Australian teams, enthralling crowds worldwide.
And then, one sudden day, India and Pakistan became part of the rubbish heap.
The developed nations struck back: they changed the field of play. Literally. Through astroturf technology. This technology innovation changed hockey forever.
Astroturf offered a flat terrain, allowing fast passes with precise ball control. Because the travel apeed of the ball went up massively, it became critical to reach the ball in time and to convert passes quickly. Therefore, fast sprinting speed became absolutely essential. This meant extreme fitness.
No prizes for guessing which players were fitter: the developed nations! There were western hockey players who could run the 100m in under 11 seconds!
To add to this, their superb fitness was the result of superior training and nutrition tech. Precise video recordings, unheard of in India, were brought into play. Kinesiology, the science of movement, came in (Sydney University led at this); Time-release nutrition became the order of the day.
So at all levels of the game, from grass to training to nutrition, deep science and tech took away the edge that the ‘traditional’ players had enjoyed. They were simply outmuscled and outgunned in this tech arms race. They didn’t stand a chance.
The traditionals became history.
Sport after sport has gone that way. Remember tennis legend Bjorn Borg making a comeback with his comfort wooden racket, in face of Titanium rackets, and beating a retreat, never to be seen again on a tennis court?
Sensors in active wear allow players to measure their breathing, heart rate, temperature and hydration in real time.
Then there are GPS and lasers that measure exact positions, acceleration, distance and velocity, moulding players’ movements and speed to the desired targets. An elite cyclist only needs a pair of heads-up display glasses to record cycling information and make adjustments mid-ride. Swimmers utilise sensors to capture dive angle, leg movement, rotational speed and hydrodynamics.
Being faster by a few milliseconds can mean winning the Olympic gold.
Investment management going the way of sports?
Extremely advanced tech is doing to investment management what it did to sport.
Traditionally, investment decisions sprung only and only from the human mind. Back then, if you put your money in a mutual fund or PMS scheme, your ‘human’ fund manager painstakingly analysed company and industry data in order to decide where to invest.
They still do. They attend conference calls. They read annual reports (at least you hope they do!). Almost all investment management practices today, remain frozen in a 1940s-1990s time warp.
It’s all touchy-feely old school…still. But there is seismic change afoot.
Advanced computing power via the cloud is bringing extreme data crunching prowess to a group of investment-techheads.
There are mathematical models that dispense insights at speeds unimaginable in the past. They can analyse more securities AND more data points in each than is possible even for large teams of humans.
Machines do the thinking for you. Machines “learn”, mostly quicker and better than humans ever can. Adaptive learning systems can replicate human inventiveness, only much better.
Artificial intelligence & machine learning are set to transform portfolio management. Some forward thinking portfolio management services companies are training machine learning models to automate various aspects of trading and investing.
An expertly constructed Quant ML model can do bewildering things: it can read millions of research papers, balance sheets, conference call transcripts, social media feeds!
It can analyse a company’s auditor’s reports and management commentary. It can distinguish between good accounting policies and bad.
It can granularly analyse ratios, in time series as well as cross section, across thousands of companies.
A well-developed machine can expertly analyse reams of data, discern patterns & linkages, across stocks and securities across the world. No set of humans is equipped to cast such a wide and narrow eye, contemporaneously, on data.
Can any humans ever do this?
Very few humans, if any at all, have the compound skills that being a successful investor needs.
Investing, the way it has been done so far, is nothing but luck masquerading as skill, with most gains coming from just a handful of stocks. As Charlie Munger says: “If you take away our few big winners, Berkshire’s record is very mediocre”.
This, in mathematical terms, is luck. Not skill. Machines reduce the role of luck hugely, bringing skill to the fore.
Which is exactly why the traditional investment management business worldwide has been in crisis for years – because traditional fund management simply cannot beat markets, owing to their severe cognitive limitations.
Machines are consistent. They will look at data with an even, un-jaundiced eye.
And this, in turn, translates into consistent market beating performance which the traditional fund managers simply cannot match, because of their biases, and inherent inability to process and comprehend vast amounts of data.
One of the more interesting aspects of quantitative investing is – the more the data fed into machines, the more accurate predictions they generate. This is absolutely the opposite in humans! Most human brains decline in capabilities, with age and load.
Very interestingly, because humans can process only limited data, they tend to build more concentrated, clustered portfolios, largely around their comfort zones. This increases correlation in the portfolio, leading to very volatile Returns. Warren Buffett’s Sharpe Ratio is just around 0.6-0.7. This would get any normal fund manager fired!
In contrast, machines can build far larger, more carefully diversified portfolios, across a wide spectrum of securities: this approach reduces correlation, thereby reducing Risk, while not sacrificing returns.
The reality is: humans have limited capacity to absorb data and when confronted with vast amounts of data the human brain simply shuts down and resorts to “armchair thinking”: wherein it forms reliance on underanalysed, oversimplified lazy opinions and simple stories.
Quantitative investing is free from behavioural biases and emotions. The human mind, no matter how intellectually sound, cannot be emotionless.
As Daniel Kahneman, Nobel Laureate, who has written the seminal book on human biases says “Humans are simply incapable of giving up on their biases. Even I can’t”
The machines are coming to the investing game. And traditional Investing will go the way of field hockey.
Make no mistake!