Most people say AI agents “can’t move” on-chain because they’re not smart enough. After testing multiple tools, I’ve realized that’s not the real issue. The real bottleneck is the blockchain infrastructure itself.
Today’s public chains were built for transfers, speculation, and DeFi. Their logic is rigid, data is fragmented, and settlement flows are complex. Expecting AI agents to autonomously execute tasks, continuously reason, and collaborate across different scenarios in such an environment is unrealistic. Many projects market themselves as “AI-powered,” but they’re simply layering AI on top of outdated architectures—fine for demos, unstable in real-world use.
Vanar takes a fundamentally different route. Instead of attaching AI to an existing chain, it designs the core architecture around intelligent agents from the start. Resource allocation, reasoning execution, interaction workflows, and value settlement are structured to support seamless AI operations. No superficial integrations. No forced compatibility. No artificial constraints. Agents can operate autonomously and complete full on-chain cycles with stability.
It’s time to stop focusing only on TPS or raw throughput. In the AI era, the real question is whether a chain can enable agents to function continuously and without friction. Vanar isn’t chasing hype—it’s targeting the structural barriers that prevent AI from scaling on-chain. That’s where genuine innovation lies, and that’s the direction the AI–blockchain convergence is heading.