a16z New Article: Prediction Markets Entering the Fast-Forward Phase

marsbitОпубліковано о 2026-04-19Востаннє оновлено о 2026-04-19

Анотація

Prediction markets are evolving from niche tools focused on elections and sports into a broader financial infrastructure for pricing real-world uncertainty. Key shifts include: application expansion beyond sports into entertainment, macro, and CPI markets; the creation of direct price benchmarks for events (e.g., tariffs, Fed decisions), enabling precise hedging without correlated asset risks; and growing institutional adoption, though still early-stage. While sports drive volume, long-tail markets show faster growth. Current institutional use is primarily for data, but progression toward system integration and active trading is expected. Regulatory advancements, like margin trading, are critical for scaling. The market is transitioning toward an essential, institutional-grade tool, similar to the evolution of options markets.

Editor's Note: For a long time, prediction markets have been viewed as a kind of "fringe product": first as academic experiments, later as tools for election season discourse, and then again as an extension of sports betting. They always seemed to attach themselves to some high-attention scenario but were rarely truly understood as financial infrastructure.

However, in the author's view, prediction markets are gradually evolving from a marginal, election-and-sports-focused "event trading tool" into a financial infrastructure capable of pricing uncertainty.

The author points out that key industry changes are evident on three levels: first, application scenarios are expanding—while sports remain the traffic entry point, long-tail markets like entertainment, macroeconomics, and CPI are growing faster and beginning to carry institutional demand; second, prediction markets for the first time provide a tradable price benchmark for the "event itself," enabling institutions to directly hedge political or macro risks instead of making "secondary bets" through correlated assets; third, the path to institutional adoption is advancing, from data reference (checking odds) to system integration, and then to actual trading participation, with the current stage still being early.

Prediction markets are undergoing a process similar to the early days of the options market: "professionalization — institutionalization — infrastructuralization." Once liquidity, leverage, and regulation are gradually perfected in the future, they could become a core market tool connecting retail and institutional investors for hedging and pricing real-world uncertainty.

Finance is a highly "vertically stratified" world, where almost every niche has its own公认的 "annual mecca." Leaders from healthcare providers, payers, and biotech companies gather annually in San Francisco for the J.P. Morgan Healthcare Conference. Heavyweights in global macro and political figures from various countries go to the Swiss Alps for the World Economic Forum Annual Meeting (Davos). TMT, real estate, industrial, financial services, and almost every industry you can think of also have their own most representative flagship summits.

At the end of March this year, Kalshi's academic and institutional research department, Kalshi Research, held its first research conference in New York, bringing together academics, Wall Street executives, former political figures, and the traders who truly drive the markets. The composition of the attendees clearly indicated a trend: this industry is "maturing."

The day's events opened with a conversation between Kalshi co-founders Tarek Mansour and Luana Lopes Lara and Katherine Doherty. Below are some industry observations distilled from that dialogue and the subsequent roundtable discussions:

Markets and Life: More Than Just Elections and Sports.

During major news cycles, a fixed pattern often emerges: a major event (like the 2024 election, the Super Bowl, or more recently, March Madness college basketball) dominates the vast majority of media headlines and consequently dominates the trading volume in prediction markets. This easily creates the impression that "the value of prediction markets is only evident in these events."

However, although early narratives often framed prediction markets as tools "only meaningful during election cycles," Kalshi's growth in other areas has been equally significant.

At the time of the research conference, weekly trading volume for sports contracts had just approached $3 billion, accounting for about 80% of Kalshi's total volume, largely driven by "March Madness." Tarek and Luana viewed this high concentration as a phased phenomenon.

A more explanatory data point: despite the absolute size of sports trading hitting a record high, its share of total trading volume was at a historical low. This means that all other categories were growing faster.

The two founders pointed out that categories like entertainment, crypto, politics, and culture are showing stronger user growth and better trading retention structures than sports. Sports are more like a "trigger" for the mass market—they are highly familiar, have clear temporal rhythms, and strong emotional engagement, making them a typical entry product.

Meanwhile, the company has also observed significant growth in longer-tail markets. These markets currently constitute over 20% of Kalshi's trading volume and will play a more critical role in future institutional hedging and information markets.

A subsequent institutional roundtable confirmed this assessment from the demand side.

Cyril Goddeeris, Co-Head of Global Equities Business at Goldman Sachs, stated that predictions related to macro events and CPI data are the categories Wall Street is most focused on currently. Sally Shin, Executive Vice President of Growth Business at CNBC, mentioned that she already uses prediction markets like "Fed Chair's tenure" and "Non-Farm Payrolls data" as narrative tools for content. Tradeweb's Global Markets Co-Head, Troy Dixon, went further to描绘 a future picture: large investment banks will establish dedicated prediction market trading desks, with financial contracts as core products.

Why Kalshi Attracts Wall Street's Attention

An important reason traditional financial markets can function is that each core asset class has a公认的 benchmark: the S&P 500 index represents the overall performance of 500 stocks, crude oil has benchmark price systems like ICE.

But for political and macroeconomic events (e.g., who wins an election, whether tariffs pass, the outcome of a Supreme Court case), there has long been a lack of widely accepted, dynamically updated "pricing benchmarks." Prediction markets change this—now, the future of almost any event can have a real-time, liquid "price anchor."

Once an event (e.g., "Will a 30% tariff pass?") has a credible price, institutions can trade directly around that price. This allows for both trading the event itself and hedging risks in other parts of a portfolio. As Tradeweb's Troy Dixon said: "Go back to Trump's first election. There was a lot of hedging in the equity market then, the logic being to short the S&P because if Trump wins, the market will definitely fall. But that trade failed. The question was: how do you price these events? Where is the benchmark?"

Tarek also mentioned this was one of his motivations for founding Kalshi. During his tenure at Goldman Sachs, his trading desk had recommended trades based on the 2024 election and Brexit. Without prediction markets, institutions hedging political or macro events through correlated assets were actually betting on two things simultaneously: first, whether the event itself would happen, and second, the correlation between that event and the traded asset. And the second judgment could be wrong on its own.

When the event itself has a direct price benchmark, these two layers of risk are compressed into one. As Tarek said: "Now, this market is starting to price everything."

The Three Stages of True Institutional Adoption of Prediction Markets

It is clearly still too early to say that major Wall Street institutions are trading on Kalshi on a large scale. Currently, most institutions' usage remains at the "data source" level, not the "trading platform" level.

However, Luana pointed out that the path to institutional adoption of this market is clear and can be divided into three stages:

The first stage is data access: getting prediction prices into the daily workflow of institutions. For example, getting Goldman Sachs portfolio managers to habitually check Kalshi's odds data just like they check the VIX index. This stage is already happening to some extent. John Hopkins University professor and former Fed official Jonathan Wright stated: "In areas like Fed decisions, unemployment, GDP, Kalshi is almost the only reference source."

The second stage is system integration: including compliance and legal approval, technical integration, and internal education—essentially the process of introducing a new financial instrument.

The third stage is actual trading: institutions begin to directly hedge risks on the platform, trading volume and market depth gradually accumulate. At this point, more hedging demand attracts speculators, tighter spreads attract more hedgers, and the benchmark price forms a self-reinforcing positive feedback loop.

Currently, most institutions are still in the first stage, some are entering the second stage, and very few have truly entered the third stage. A major obstacle is that current market trading requires full margin. For example, a $100 position requires a $100 margin deposit. This is acceptable for individual investors but too costly for hedge funds or banks that rely on leverage and capital efficiency.

As Tarek said: "If you want to do a $100 hedge, you have to put $100 in the clearinghouse. That's too expensive for institutions. Firms like Citadel or Millennium won't do that." Kalshi has already obtained a license from the National Futures Association (NFA) and is working with the Commodity Futures Trading Commission (CFTC) to introduce margin trading mechanisms.

What Happens Next?

Michael McDonough, Head of Market Innovation at Bloomberg, summarized it most directly: "The sign of success is when these things become boring." He compared prediction markets to the options market in the 1970s, which was同样 full of controversy over manipulation and regulatory uncertainty but eventually evolved into an infrastructure, so much so that today almost no one thinks twice about it.

AQR partner Toby Moskowitz said he "would bet real money" that prediction markets will become a viable institutional tool within five years, possibly even sooner.

Vote Hub's Garrett Herren described the end state: "The question is no longer whether to use prediction markets, but how to use them. Once the question becomes that, it means they have become indispensable."

In fact, although the current scale of prediction markets is still limited, the hedging market itself is a massive field.

In fact, the "normalization" of prediction markets is already happening.

In the politics-themed roundtable, former Congressman Mondaire Jones mentioned that senior figures in both parties—including President Trump, House Minority Leader Jeffries, and Senate Minority Leader Schumer—have begun citing Kalshi's odds data in public. DDHQ's Scott Tranter also confirmed that prediction market data has now become a standard input within party committees. Meanwhile, Vote Hub announced it has directly integrated Kalshi data into its midterm election forecasting models.

And all of this did not exist at all two years ago. Back then, the most successful traders on Kalshi were still predominantly "amateurs." Now, that term isn't even accurate anymore.

In Kalshi's "The People Behind the Markets" roundtable, four traders shared their career paths—these paths sounded no different from traditional professional traders: one spent 11 years studying the Billboard music charts, another has been refining his skills in prediction markets since 2006, when it was still a "somewhat geeky hobby that barely made money." Notably, none of these four guests came from traditional finance; they came from music, politics, and poker respectively. But they unanimously agreed that the platform truly rewards deep domain knowledge, not glossy resumes.

Prediction markets have come a long way. Initially seen as academic experiments, then as "novelty tools" during elections, later categorized as "sports-betting-like products," their positioning has constantly changed. The clear signal from this conference is: prediction markets are evolving into an infrastructure—for pricing uncertainty, serving a wide range of participants from retail traders to large institutions and diverse application scenarios.

Пов'язані питання

QWhat are the three key changes in the prediction market industry highlighted in the article?

AThe three key changes are: 1) Application scenarios are expanding, with sports remaining the traffic entry point but long-tail markets like entertainment and macro growing faster and beginning to carry institutional demand. 2) Prediction markets provide a tradable price benchmark for events themselves, allowing institutions to directly hedge political or macro risks instead of making secondary bets through related assets. 3) Institutional adoption is progressing from data reference (viewing odds) to system integration and then to actual trading, currently still in the early stages.

QWhy is Kalshi attracting attention from Wall Street according to the article?

AKalshi is attracting Wall Street's attention because it provides a real-time, liquid 'price anchor' for political and macroeconomic events, which previously lacked widely accepted dynamic pricing benchmarks. This allows institutions to trade directly on events or hedge risks in their portfolios. It compresses the two layers of risk (whether the event occurs and the correlation between the event and traded assets) into one layer, making hedging more efficient.

QWhat are the three stages of institutional adoption of prediction markets as described by Luana Lopes Lara?

AThe three stages are: 1) Data access: Integrating prediction prices into institutional workflows, such as portfolio managers routinely checking Kalshi's odds data. 2) System integration: Involving compliance and legal approvals, technical对接, and internal education for introducing a new financial instrument. 3) Actual trading: Institutions start directly hedging risks on the platform, with trading volume and market depth gradually accumulating.

QWhat is a major obstacle for institutional adoption of prediction markets mentioned in the article?

AA major obstacle is the current requirement for full margin trading. For example, a $100 position requires $100 in margin. This is too costly for hedge funds or banks that rely on leverage and capital efficiency, as institutions like Citadel or Millennium would not operate this way. Kalshi is working with the CFTC to introduce margin trading mechanisms.

QHow is the prediction market evolving according to the conclusion of the article?

AThe prediction market is evolving from being seen as an academic experiment, a novelty tool during elections, or a sports-betting-like product into a financial infrastructure for pricing uncertainty. It is becoming a core market tool connecting retail and institutions for hedging and pricing real-world uncertainties, similar to the early development of the options market.

Пов'язані матеріали

Annual Salary of Millions Competing for Electricians, Meta Rushes to Open Its Own Technical School

The AI boom is facing an unexpected bottleneck: a severe shortage of skilled construction workers and electricians. As tech giants like Meta, OpenAI, and Alphabet race to build massive data centers—such as OpenAI's $16 billion "Stargate" project—they are hitting a critical labor wall. The U.S. needs an estimated 130,000 more electricians, 240,000 construction workers, and 150,000 supervisors by 2030 for AI infrastructure alone, but tens of thousands of electrician jobs go unfilled each year. While AI companies offer high premiums, with electricians earning up to $280,000 annually, worker scarcity still causes massive losses—delays on a single project can cost $14.2 million per month. The complexity of building AI data centers, which require immense power (equivalent to powering hundreds of thousands of homes), sophisticated electrical systems, and advanced liquid cooling solutions, demands highly skilled technicians who are in short supply. To combat this, companies are investing heavily in training. Meta has committed $115 million to a free training school offering tuition, housing, and stipends, targeting 5,000 new workers. OpenAI is partnering with unions to secure skilled labor. These efforts are paying off, with a significant rise in Gen Z interest in trade schools over college. However, the power demands are staggering. AI data centers are driving a rapid surge in electricity consumption, projected to account for up to 12% of U.S. power use by 2028 and raising costs for consumers. Furthermore, the construction boom is project-based, leading to a potential future glut of trained workers once building peaks, which could depress wages industry-wide. The race for AI supremacy now depends as much on skilled hands as on advanced chips.

marsbit57 хв тому

Annual Salary of Millions Competing for Electricians, Meta Rushes to Open Its Own Technical School

marsbit57 хв тому

OpenAI No Longer Sells Its Most Expensive Model for Profit

OpenAI is shifting its business strategy away from promoting its most expensive, flagship models for every task. Recent price cuts—80% for GPT-5.6 Luna and 20% for Terra—signal a deeper change: the company now actively advises users that many tasks don't require the most powerful model. Instead, OpenAI recommends a tiered approach: use the high-end GPT-5.6 Sol for complex planning and analysis, then delegate execution to cheaper models like Luna. This mirrors moves by Anthropic, which recently launched Claude Opus 5 at half the price of its top model, Fable 5. Both companies are de-emphasizing flagship models as primary revenue drivers, using them instead for brand prestige and technological showcases. The industry is entering a "mass-market" phase, similar to automotive, where high-volume, cost-effective models handle daily operations and drive scale. OpenAI's price reductions are partly enabled by AI models themselves optimizing underlying code and infrastructure, creating a self-reinforcing cycle of efficiency gains and cost reduction. Competition is shifting from "who is smartest" to "who offers the best value." The goal is no longer selling individual models but fostering widespread API adoption and ecosystem lock-in. By making AI calls cheap and ubiquitous, companies like OpenAI aim to become the indispensable, utility-like infrastructure powering automated workflows—the "water and electricity" of software, quietly embedded everywhere.

marsbit57 хв тому

OpenAI No Longer Sells Its Most Expensive Model for Profit

marsbit57 хв тому

Will the Fed Definitely Raise Interest Rates in September? How Will Crypto and U.S. Stocks Withstand the Pressure?

The market's expectation for a September Fed rate hike surged dramatically in early August, jumping from under 50% to over 80% within a week. This shift followed a contentious July FOMC meeting, where a 9-3 vote to hold rates revealed growing dissent from hawkish members advocating for an immediate hike to combat persistent inflation. The primary catalyst for this repricing is rising oil prices, driven by renewed geopolitical tensions around the Strait of Hormuz, which threaten global supply. Energy costs directly influence inflation metrics, making the upcoming July CPI report (due August 12th) a critical data point. If it shows inflation reaccelerating, the probability of a September hike will solidify. For Bitcoin and crypto assets, this is typically bearish news. Bitcoin continues to behave as a high-beta, liquidity-sensitive risk asset. A rate hike raises the opportunity cost of holding non-yielding assets and could drive capital toward money markets, pressuring crypto prices in the short term. However, historical patterns suggest that if a hike is perceived as the end of a tightening cycle rather than the start, any negative price impact may be brief. U.S. stocks, particularly crypto-linked equities like Coinbase and growth-oriented tech stocks, are also vulnerable. Higher rates increase discount rates in valuation models, putting pressure on high-multiple companies. This coincides with a pivotal tech earnings season where investor focus has shifted from massive AI capital expenditure to tangible revenue and cash flow generation. Companies with negative cash flow and weak growth narratives could face heightened volatility if borrowing costs rise in September. In summary, a September Fed hike has evolved into a mainstream market scenario. Key factors to watch are oil prices, the July CPI report, and Fed communications, which will determine the final decision and its impact on volatile crypto and equity markets.

marsbit1 год тому

Will the Fed Definitely Raise Interest Rates in September? How Will Crypto and U.S. Stocks Withstand the Pressure?

marsbit1 год тому

Торгівля

Спот
活动图片