Orthogonal has secured $4.3 million in seed funding to enhance its platform designed for AI agent service discovery, orchestration, and payments. This initiative aims to support the expanding ecosystem of autonomous software agents capable of executing complex online transactions. The funding, led by Pantera Capital with contributions from Y Combinator and other investors, will accelerate the development of Orthogonal’s core platform and expand its engineering and market teams.
Founded by former leaders from major tech companies, Orthogonal is developing software that enables AI agents to autonomously find digital services, coordinate workflows, and complete payments. This addresses a key challenge for autonomous AI systems as businesses increasingly deploy agents to perform tasks independently.
Industry predictions suggest that agent-driven commerce could drive $3 to $5 trillion in global economic activity by 2030. Despite their growing capabilities, AI agents often require manual intervention to access new tools. Orthogonal’s platform aims to eliminate this dependency by allowing agents to discover external services, connect to APIs, and orchestrate workflows seamlessly.
The platform currently integrates with over 35 APIs, offering developers a unified access point through various interfaces. Orthogonal’s technology directs agents to necessary external services and APIs, similar to how AI model aggregators operate. The platform also benefits software providers by making their services easily discoverable across a broad ecosystem.
Orthogonal supports multiple payment methods, including traditional and emerging agent-focused standards, and is collaborating with companies like Privy and Stripe to streamline payment processes for autonomous agents. The company plans to significantly expand its service integrations and developer adoption, aiming to become the default discovery and transaction platform for autonomous agents on the internet. As businesses invest in AI, Orthogonal positions itself as a crucial infrastructure enabling autonomous software to interact with external services and execute complex workflows independently.
