Codex app
HRA vs Codex app
Codex app is the first-party Codex experience. HRA deliberately sits one level above Codex sessions: it coordinates separate authorized account identities, models parent and child work durably, and records enough effect evidence to recover without guessing after a crash.
Read the comparison →OpenCode Desktop
HRA vs OpenCode Desktop
OpenCode Desktop is an interface for an agent runtime that lets you choose providers, models, permissions, and agent definitions. HRA keeps Codex as the runtime and specializes in coordinating a durable workload across several authorized Codex identities.
Read the comparison →Paseo
HRA vs Paseo
Paseo emphasizes provider breadth and access across desktop, web, mobile, and CLI. HRA is narrower: it treats Codex account custody, work-class routing, durable parent-child work, and recovery receipts as one Codex-specific system.
Read the comparison →Conductor
HRA vs Conductor
Conductor makes each task a polished workspace with its own branch, files, terminal, diff, checks, and pull-request path across several harnesses. HRA focuses on the coordination semantics inside one Codex workload: account custody, recursive delegation, continuity, and recovery evidence.
Read the comparison →Superset
HRA vs Superset
Superset is a broad source-available coding platform exposed as a desktop IDE, CLI, SDK, and MCP server. HRA is a smaller Codex-specific control system that makes account generations, actor lineage, model intent, and recovery evidence part of the durable record.
Read the comparison →OpenChamber
HRA vs OpenChamber
OpenChamber is an interface and workflow layer around OpenCode, with broad desktop, browser, remote, worktree, goal, and schedule surfaces. HRA uses Codex directly and makes durable account identity, delegation, model intent, and effect reconciliation its center.
Read the comparison →Happy Coder
HRA vs Happy Coder
Happy Coder is centered on reaching and steering coding sessions from a phone or browser. HRA is centered on decomposing one Codex workload, selecting an authorized local identity, preserving task ownership, and reconciling interrupted effects.
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