Bitcoin software company Breez has reported an extraordinary surge in demand for its developer tools following the mainstream adoption of AI coding agents. According to the firm, partnership inquiries have multiplied by roughly 14 times as human developers—and increasingly the autonomous AI agents they deploy—seek to integrate seamless bitcoin payment functionalities into a diverse array of modern applications.
In a recent company blog post, Breez linked this massive jump directly to the rollout of Anthropic’s Claude Code. Initially launched as a research preview in February 2025 before achieving general availability three months later, Claude Code has rapidly accelerated how software is built and what features developers prioritize. Before 2025, Breez noted that prospective partners typically fell into three distinct categories: committed bitcoin enthusiasts, native cryptocurrency developers, and fintech firms that treated bitcoin primarily as an asset class rather than transactional infrastructure.
The arrival of advanced coding agents like Claude Code fundamentally shifted that demographic. Breez reported hearing from a wave of developers who possess little to no prior bitcoin experience. These inquiries now originate from unexpected sectors, including fitness applications, messaging platforms seeking to allow users to easily send money to one another, an eSIM service catering to international travelers, and even the development team behind a specialized mushroom-identification application.
For many of these developers, the decision to choose bitcoin comes down to speed and frictionless deployment. Setting up traditional payment acceptance infrastructure—which typically involves establishing a corporate bank account, negotiating merchant processing agreements, and handling complex cross-border transfers—can often take weeks or even months of regulatory checks and bureaucratic paperwork. By contrast, Breez states that its software development kits (SDKs) can be integrated and running within a matter of minutes.
Perhaps most notably, Breez highlighted that a rapidly growing share of these incoming software inquiries are originating from software programs rather than human beings. The company routinely fields partnership and integration requests submitted directly by coding agents writing on behalf of the commercial enterprises and individual developers deploying them.
The firm argues that autonomous agents naturally favor bitcoin because the network is entirely permissionless. Operating without a central authority or gatekeeper, an AI agent can build an application and configure global payment processing for users worldwide without needing to open a corporate bank account, pass rigorous traditional onboarding checks, or sign physical agreements.
Emphasizing the democratization of code and finance, Breez remarked in its blog post that bitcoin remains entirely indifferent to whether the code of its current owner and user is composed of biological DNA base pairs or algorithmic weights embedded in a neural network.
This very absence of traditional gatekeeping and centralized intermediaries has, of course, long drawn intense scrutiny from financial regulators worldwide, who traditionally mandate that conventional payment providers meticulously verify the identities of all customers. Yet, despite these regulatory headwinds, the demand from automated systems continues to accelerate unabated.
To handle this sudden influx of machine-driven traffic, Breez confirmed that its newest SDK implementation—built upon the Bitcoin scaling protocol known as Spark—has managed the escalated transaction volumes smoothly and without operational disruptions.
The company framed this broader technological shift as a modern evolution of investor Marc Andreessen’s famous 2011 essay, which famously argued that software is eating the world. Breez suggested that artificial intelligence is now actively eating software itself, positioning Bitcoin’s underlying monetary network not as an isolated financial asset, but as essential background infrastructure comparable to electrical sockets and subsea data cables.
