In a classic start-up setting — in a former textile plant 4 miles from where the first hockey match was played in Montreal a century and a half ago — a group of high-tech computer engineers are changing Canada’s most revered pastime.
There — in sterile cubicles amid lots of wood and windows, with a jelly-bean dispenser and the inevitable dog, all planted in a gentrifying Jewish section of Montreal where Mordecai Richler set his landmark 1970 novel “St. Urbain’s Horseman” — they examine the 4,000 motions they detect players make in the course of each 60-minute game. The result is millions of data points unavailable to fans in the stands, but indispensable for coaches and, ultimately, players.
The work being done here is changing the world of sport. But its real significance is as a measure of how artificial intelligence is changing our world.
The conventional wisdom is that metrics have taken over the elegant game of baseball, but the lesser-known truth is that the rougher game of hockey is being shaped just as decisively.
Indeed, analytics is the new power play of a game that began modestly, with nine players on a team batting around a wooden puck in the old Victoria Skating Rink near McGill University in an area now known as the Square Mile on present-day Rene-Levesque Boulevard.
The game has changed since March 1875; forward passes now are permitted, and boards, glass and netting now surround the playing surface. But these new insights — think of them as the result of the collision of techies and goalies — that are being produced at a firm called Sportlogiq are transforming hockey at a ferocious speed.
“The game now is being played differently,” says Craig Buntin, a former Canadian Olympic pairs skater and co-founder of the company. “There’s always been a disconnect between analytics and coaches. We’ve made millions of data points suddenly useful for coaches. Artificial intelligence has given teams eyes where they didn’t have them.”
To the naked eye, or at least to mine, a recent game between the Montreal Canadiens and the Vegas Black Knights was a push-and-shove match that the Habs won, 5-4, in overtime, simple as that. But the next morning, Buntin pulled up an image of the game’s passes to the slot in the neutral zone. In that spaghetti image was the future of hockey, available in time for coffee and Montreal’s famous wood-fired bagels.
No traditional statistic reveals nearly as much information. “You win games scoring more goals than are scored against you,” says Buntin. “You need to know how you score those goals. So you need to know where the high-probability shots come from and how they are generated.”
The data that Sportlogiq conjured from examining every motion of every player 30 times a second revealed the Canadiens had higher-quality power-play shots than the Knights, but the Vegas players got a lot more even-strength shots when the player wasn’t being pursued and had much more accuracy on outside shots. The data also showed Montreal had an early advantage with high-quality shots, but by the third period, Las Vegas was dominant in that category.
Who knew? And who cares?
The Pittsburgh Penguins, for example, care about knowing such things. They made a trade for Ian Cole in March 2015 — “one of the most intelligent trades I’ve ever seen,” says Buntin — based in large measure on data points.
“He was a really strong puck-driving player,” says Buntin. “He could move the puck forward from the defensive zone to the offensive zone really well. He wasn’t going to score a lot, but he could get the puck to the players who could. That wasn’t showing up in any other metric.”
The Columbus Blue Jackets care, too, especially since Sportlogiq last spring helped them pull off a dramatic upset playoff sweep over Tampa Bay by understanding that the Lightning was vulnerable off fore-checks in its defensive zone.
Sportlogiq did that by noting the location of every player at every moment and producing a full three-dimensional reconstruction of their bodies and their sticks. “We’ve built a box that can see, understand and describe the game,” says Buntin. “That can help teams find the specific style players they are looking for, identify an opponent’s strengths and weaknesses, and see how certain lines are being beaten.”
The key is a combination of artificial intelligence and the intelligence of Christopher Boucher, a former goalie and onetime hockey-statistics blogger who spent a decade in his basement watching, and analyzing, hockey videos.
He was literally a game-changing Sportlogiq acquisition, the high-tech equivalent of the Boston Bruins’ acquisition of Phil Esposito, Ken Hodge and Fred Stanfield in 1967. The three became stars, and the Bruins won the Stanley Cup in 1970 and 1972.
As a result of the insights of Boucher and his Montreal team, hockey teams around the globe — all but a handful in the National Hockey League, the American Hockey League and the Swedish Hockey League — are harnessing AI.
“Analytics and data have become a part of how we evaluate players and how we evaluate performance,” said Penguins president David Morehouse. “It’s an important element of our toolbox. We’ve made big moves because of it.”
So have sports networks, which use the data, drawn from 600 separate types of game events, for their broadcasts. So have sports bettors.
But what of the romance of the sport, and of its tradition of leaning on hard-earned hockey intelligence from hard-bitten hockey men who played in more primitive circumstances? Is that obsolete?
“There’s still something intangible about a team’s ability to assess, react and improve,” says Buntin, who retains a strain of romance about the game. “We look to sport to see human beings doing seemingly impossible things. We help them do that. The [old-fashioned hockey hand] doesn’t see what we reveal. But he’s going to see players excel at what they do well. For me it’s goose-bump territory.”
Then again, there’s no romance in sport to compare with hoisting the Stanley Cup. Emotional intelligence is one thing, but in the language of hockey, artificial intelligence is emerging as a game-winning assist. It’s coming to every aspect of our lives.