### Agentuity: The Agent-Native Cloud

Agentuity is architecting the next generation of cloud infrastructure, specifically engineered to replace antiquated request-response primitives with specialized runtimes for autonomous AI agents. By delivering a "mission control" platform that natively handles multi-agent orchestration, state persistence, and dynamic tool execution, Agentuity establishes itself as the definitive infrastructure layer for the agentic era.

#### Solving Production Friction

Running sophisticated AI agents in production traditionally requires developers to manually weave together disparate services—databases, vector stores, evaluation frameworks, and compute. Agentuity eliminates this friction by bundling an optimized, edge-deployed PaaS featuring:

• Session-Level Observability: OpenTelemetry-backed tracing designed for long-running agentic loops.
• Global Edge Deployment: One-command deployments with automatic SSL and DNS management via the Gravity Network.
• Secure Sandboxing: One-function-call ephemeral containers for executing untrusted, LLM-generated code safely.

#### Seamless Developer Experience

Developers interface with Agentuity by wrapping existing logic—utilizing tools like the Vercel AI SDK, Mastra, or custom code—within the Agentuity SDK. Automatic GitHub deployments trigger a seamless provisioning of backing services and the generation of type-safe Hono API routes, allowing teams to scale compute without managing the underlying complexity.

#### Strategic Position & Team

Founded in 2025 in Austin, TX, by a team of serial entrepreneurs including Jeff Haynie (Appcelerator) and Rick Blalock (Fish Rules), Agentuity is backed by a $4M Seed round led by Boldstart Ventures. Operating as a category creator in "Agentic Infrastructure," the company bridges the deployment simplicity of platforms like Vercel with the stateful, specialized compute demands of autonomous systems.

#### Key Architectural Primitives

• Instant Global Deployments: Push to production with fully managed SSL, DNS, and load-balancing.