The emergence of artificial intelligence is fundamentally transforming our global economy. As AI agents become increasingly autonomous and sophisticated, they require a new kind of payment infrastructure that can support their unique operational needs. Traditional payment systems, designed for human-scale transactions and manual processes, cannot efficiently handle the massive volume of micro-transactions that characterize AI agent interactions.
AIsa addresses this challenge by providing a specialized payment infrastructure built for the AI economy. Our platform is multi-chain and stablecoin-first, anchored by AIsaNet—an AI-native, purpose-built payment network—so agents can execute millions of tiny transactions predictably while businesses retain stability and clear controls. AIsaNet is a high-throughput, low-latency network designed for AI agents. It targets ~100M TPS, sub-second confirmations, and roughly $0.00001 per transaction with near-zero variance. By fusing authorization and settlement, it enables pay-per-API, pay-per-token, and pay-per-field, granting instant, programmable access to models, data, and compute.
AIsa serves various critical needs in the AI economy:
The market opportunity is substantial and growing rapidly. With the AI market projected to reach $1.8 trillion by 2030 and millions of AI agents requiring payment capabilities, AIsa is positioned to become the fundamental payment infrastructure for this new economy.
We invite participation from various stakeholders in this ecosystem: AI service providers, stablecoin issuers, infrastructure operators, liquidity providers, and security partners. Together, we can build the payment network that will power the next generation of economic activity.
The artificial intelligence industry is undergoing a transformative evolution. From simple automation tools, AI has evolved into sophisticated agents capable of autonomous decision-making and complex interactions. This evolution has created new economic patterns that our current financial infrastructure wasn't designed to handle.