Openflows

Signal

Happier · github · 2026-04-04 Happier is an open-source, cross-platform companion application designed to extend locally executed AI coding agent sessions to mobile, web, and desktop interfaces. The tool provides end-to-end encrypted, self-hostable remote access to active agent workflows running on a primary machine, enabling operators to monitor progress, inject prompts, and manage long-running tasks without maintaining persistent terminal sessions. Currently in alpha preview, the project supports multiple agent backends including Claude Code, Codex, OpenCode, Kimi, and Qwen.

Context

Local-first AI coding workflows typically require sustained terminal sessions or IDE-resident interfaces, creating operational friction when developers need to step away or oversee extended generation cycles. Happier addresses this by decoupling the agent execution environment from the control surface, routing session state and I/O through an encrypted relay. This pattern reflects a maturation in local inference infrastructure, where execution remains on-device but oversight is abstracted into asynchronous, multi-device interfaces.

Relevance

The project operationalizes remote controllability for agentic coding workflows without shifting execution to managed cloud environments. By maintaining local execution boundaries while exposing a secure control layer, it reduces context-switching overhead and supports interrupt-driven oversight of multi-step generation tasks. This bridges the gap between terminal-native agent orchestration and the practical demands of distributed, asynchronous development cycles, reinforcing local inference as baseline infrastructure.

Current State

Released as an alpha preview with active iteration on stability, feature parity, and bug resolution. The architecture relies on a self-hosted relay model to maintain end-to-end encryption between the local agent runtime and remote clients. Community feedback and contribution channels are structured around Discord and GitHub discussions, with explicit emphasis on real-world usage patterns to guide development priorities and protocol standardization.

Open Questions

How does the relay architecture handle network interruptions or agent state corruption during remote session handoff? What are the specific cryptographic guarantees of the end-to-end encryption model when bridging local terminal processes with web and mobile clients? Will the project formalize an open protocol specification to enable broader agent runtime compatibility beyond the currently listed backends?

Connections

Integrates with the local-inference-baseline circuit by treating agent execution as a persistent local service rather than a transient terminal process. Extends the terminal-native-agentic-workflows pattern by abstracting the control surface away from the host machine while preserving local execution boundaries. Compatible with runtime backends documented in the open-model-interoperability-layer circuit.