A week of intensive AI-assisted coding has slashed the projected cost of a quantum-resistant Bitcoin transaction from roughly $320 to about $66, according to research led by blockchain firm StarkWare.
The Breakthrough
StarkWare, the company behind the effort, reported that participants in a coding contest leaned heavily on artificial intelligence tools to optimize the computations required for quantum-safe transactions. The result was a process that runs roughly five times faster than earlier benchmarks, dramatically bringing down the estimated expense.
The push reflects growing concern within the cryptocurrency industry about the long-term threat that powerful quantum computers could pose to the cryptographic protections underpinning Bitcoin. Making quantum-resistant transactions cheaper and more practical is seen as a key step toward future-proofing the network.
A single week of AI-driven optimization cut the projected cost by nearly 80%.
What Comes Next
Despite the promising figure, StarkWare cautioned that the $66 estimate remains theoretical for now. The company noted that the reduced cost has not yet been proven through an actual transaction mined on the Bitcoin blockchain, meaning real-world validation is still pending.
The experiment underscores how AI tools are increasingly being applied to complex engineering challenges in the crypto space, accelerating work that might otherwise take far longer. Contest participants were able to make meaningful gains in efficiency within a compressed timeframe.
Key takeaways from the research include:
- The cost estimate dropped from about $320 to roughly $66.
- AI coding tools delivered an approximately five-fold speed improvement.
- The lower figure still awaits demonstration in a live mined transaction.
For now, the findings signal progress toward quantum-safe Bitcoin transactions, even as the industry waits to see whether the numbers hold up under real-world conditions.