This article was first published on The Bit Journal.
The world’s top trading firms have started racing for onchain trading alpha, and this has become the race of 2026.
In the past, high-frequency trading (HFT) firms like Jump Trading, Cumberland and Jane Street would race for tiny advantages measured in nanoseconds by co-locating servers closest to exchange matching engines.
Now, as global finance moves toward blockchain-native settlement and decentralized finance (DeFi) systems, “alpha” or the nature of competitive advantage, is changing from physical infrastructure to digital rails built directly onchain.
The next phase of market dominance, according to experts, will not come from shaving microseconds off execution time, but from mastering the blockchain infrastructure that works beneath order flow, settlement, and transaction ordering.
From Co-Location to Blockchain Infrastructure
HFT’s most successful firms thrived by building and optimizing physical infrastructure for decades, leading to decreased latency.
Jump Trading made a name for itself by buying property next to the Chicago Mercantile Exchange (CME) data center in Aurora, Illinois, so that its trading signals and orders could get to the exchange microseconds ahead of competitors.
Custom hardware, private fiber lines and FPGAs chips had all served as the battleground for speed in traditional markets.
That is no longer the case in today’s blockchain ecosystem. Decentralized exchanges (DEX) and blockchain settlement systems are not based on one single central matching engine anymore.
There is no server cluster one can physically locate next to, to speed up execution.
As blockspace and data availability are decentralized across networks, HFT companies are moving towards owning and operating the digital infrastructure itself; from validators and sequencers for rollups to remote procedure call (RPC) nodes, as well as governance systems.
This transformation is rooted in a simple principle: the onchain trading alpha will come from how transactions are produced, ordered, and executed, rather than how fast a trader can hit a wire from Chicago to New York.
How Onchain Alpha Works
The term “alpha” has changed in the blockchain space. High-frequency trading firms are applying their own engineering expertise to influence how blocks are constructed and transactions ordered.
One such example is maximal extractable value (MEV), or the sum of all possible profits from inserting, excluding, or rearranging transactions within a block.
MEV is the onchain analogue of latency arbitrage; it allows a sophisticated actor to observe and act on the transaction flows that are just about to happen before everyone else.
Protocols like Flashbots and Skip have codified MEV into auction-like mechanisms that function like internal smart order routing in the equities market.
Firms can interact with these systems to take advantage of fee opportunities and manage execution strategy rather than investing in private fiber networks.
Operating with the boundaries of these ecosystems requires a deep understanding of blockchain mechanics, including consensus rules, time to form a block and decentralized network incentives.
Firms can apply validators to RPC infrastructure or specialized runners to optimize away this latency, submitting transactions and obtaining market updates before their competition, effectively giving the digital equivalent of physical co-location.
It is this understanding into blockchain infrastructure that forms a brand new source of competitive advantage in the market.
Wall Street Players Jumping Over to Blockchain
There are already some familiar names in traditional finance leading the charge on this front. Jump Trading, a long time HFT player has applied their expertise, developing Firedancer, a high-performance validator client for Solana which helps improve network throughput and resilience.
Jump is also supporting another project, DoubleZero, which intends to leverage a private global fiber-optic and subsea cable network in order to enhance blockchain bandwidth and reduce digital latency even more than the public internet can.
Cumberland which is one of the largest trading arms affiliated with DRW, contributes real-time market data feeds through Pyth Network, a decentralized oracle network that pumps accurate pricing information to DeFi system.
Cumberland also backs infrastructure plays through Cumberland Labs; helping to bootstrap Web3 technologies.
Jane Street, which is famous for trading large amount of cryptocurrencies, has appointed Paul Smith, who previously was the head of infrastructure architecture at crypto custody firm Copper.
According to observers, the action hints that the company is preparing to build its own blockchain infrastructure rather than limiting itself to executing strategies on some centralized exchange or third-party provider.
What these developments have in common is a clear pattern: Traditional HFT are not just peering around the edges into DeFi.
These companies are themselves helping to craft the infrastructure that will enable next-generation markets.
Why Onchain Markets Are Becoming Alluring
Despite the enthusiasm among professional players, it is clear how little volume there is in crypto markets compared with traditional markets.
Nasdaq processes well over $500 billion in volume per day, for instance, whereas the entirety of the crypto spot market at its peak volume back in October of 2025 was around $230 billion.
For institutions trading tens of billions in turnover each day, the current scale of crypto markets is difficult to justify for pure quantitative execution.
However, this limitation appears temporary. There are two big trends that suggest that much more growth is to come.
Stablecoins, first and foremost, are gradually fueling genuine liquidity across blockchain networks; they’re fortifying onchain trading and settlement.
Secondly, tokenized real-world assets (RWAs) are expected to transfer trillions in value daily onto blockchain rails over the coming years. This includes tokenized bonds, cross-border payments and corporate treasury instruments, even shares of stock.
As more traditional financial workflows move onchain, the liquidity ceiling is likely to disappear, making blockchain markets competitive with and integrated into global capital markets.
In tandem, institutional initiatives like the New York Stock Exchange’s tokenized securities project, which seeks regulatory approval to enable 24/7 blockchain trading of tokenized equities and ETFs, open up the change toward decentralized rails and stablecoin-based settlement.
Conclusion
The search for onchain trading alpha is reassessing the edge that trading firms are seeking in 2026.
No longer can the success of the system be measured by proximity to a single exchange’s matching engine. Instead, high-frequency trading firms are constructing and optimizing blockchain infrastructure itself, from validators and sequencers to data feeds and even taking active governance roles.
Infrastructure providers, exchanges and market makers, these are converging roles as firms with technical depth, strong relationships and substantial capital now define how decentralized markets will be governed and executed.
Further into the future, with expansion in stablecoin liquidity and onchain RWA integration, the foundations of global finance are expected to change toward decentralized, always-on systems where infrastructure mastery and not physical proximity determines competitive advantage.
The next generation of alpha does not reside in Chicago’s data centers or beneath the Atlantic’s fiber networks; it lives in blockspace.
Glossary
Onchain trading alpha: a competitive advantage which results from interacting within the blockchain infrastructure, particularly among validators, sequencers and data feeds, rather than mere speed of execution on centralized orderbooks.
High-frequency trading (HFT): describes firms that use sophisticated computer algorithms and technology to quickly trade, often these are based on ultra low-latency infrastructure.
MEV (Maximal Extractable Value): represents the profit of reordering/choosing transactions from the block.
Validator: a network participant that validates and creates blocks in the proof-of-stake chain.
Sequencer: a component in rollup designs that sorts transactions before sending them to Layer 1.
Frequently Asked Questions About Onchain Trading Alpha
What is onchain trading alpha?
It means gaining competitive advantages derived from blockchain infrastructure such as running validators or engaging in block construction rather than speed alone.
Are Wall Street companies really building on blockchain?
Yes. Companies like Jump Trading and Cumberland are already committing considerable resources to building out blockchain infrastructure, revealing institutional attention to decentralized markets.
Is blockchain liquid enough for HFT?
Not yet at the level of traditional markets but the growth in stablecoins and tokenized real-world assets points toward rapid expansion.
Why does it matter for 2026?
Institutional Interest and growing infrastructure suggest that the crypto markets are reaching a level of maturity where blockchain native alpha strategies can be pursued.
References
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