hob

Product Introduction

1. Definition: hob is a local-first, multi-agent workspace application designed for professional software development teams. It falls into the technical categories of AI agent orchestration platforms, developer productivity tools, and integrated development environments (IDE) for agentic coding.
2. Core Value Proposition: hob exists to provide engineering teams with a unified, controlled environment for executing complex, parallel AI agent workflows. Its core value is enabling developers to run multiple AI models (like Claude Code, Codex, OpenCode) and maintain independent workflows within a single, persistent workspace, thereby increasing productivity and reducing infrastructure fragmentation.

Main Features

1. Multi-Model, Multi-Provider Workspace: hob decouples the workspace from any single AI provider. It allows users to connect their existing subscriptions (e.g., Anthropic, OpenAI) and agent CLIs, enabling one-click switching between models, providers, and accounts. This is facilitated through a local interface that manages sessions without locking work into a proprietary ecosystem.
2. Agent Control Surface & Coordination: Agents within hob can operate the workspace itself, not just edit files. They can open files, diffs, terminals, and hand off tasks to other agents. This feature enables sophisticated agent coordination and allows developers to query agents about the interface, creating a guided, interactive development environment.
3. Local-First & Encrypted Architecture: All agent conversations, workspace states, and history are stored in a local database on the user's device. For the Pro+ tier's remote access feature, traffic is end-to-end encrypted before being relayed through roam.hob.dev. This architecture ensures data privacy and security, as the hob team cannot access pane content, agent sessions, or file history.
4. Project & Workflow Management Tools: hob integrates developer workflow tools directly into the agent workspace. This includes creating/managing pull requests, interacting with remote issues (GitHub, Gitea, Forgejo), and using worktrees to isolate parallel agent tasks. Automations can be defined with secret management, allowing recurring agent work to be executed consistently and securely.
5. Remote Access & Companion: The Pro+ plan offers full remote workspace access via a browser and a mobile companion app. This system drives the actual desktop session through an encrypted relay, providing remote developer access without exposing ports to the public internet, ideal for managing agents on the go.

Problems Solved

1. Pain Point: Fragmented agent tooling. Developers using multiple AI coding assistants (e.g., Claude Code, Codex) often juggle separate terminal instances, browser tabs, and IDE plugins, leading to lost context, disorganization, and inefficient context switching.
2. Target Audience: The primary user personas are professional software engineers, engineering teams, and developers who integrate AI agentic coding into their daily workflow. This includes full-stack developers, blockchain security researchers, analytics engineers, and DevOps professionals who require control, reproducibility, and organization in their AI-assisted work.
3. Use Cases:
   • Parallel Agent Development: Running simultaneous code review, feature implementation, and bug-fixing agents across different branches or repositories.
   • Automated Workflow Execution: Setting up agents to automatically triage GitHub issues, review PRs, or address user feedback on a schedule.
   • Context-Persistent Coding: Maintaining long-running, complex coding sessions with AI agents that can be paused and resumed exactly where they left off, preserving all context.
   • Secure, Remote Development: Accessing and directing a powerful local agent workspace securely from a secondary machine or mobile device.

Unique Advantages

1. Differentiation: Unlike single-provider AI coding tools (like Cursor or individual provider consoles) or generic IDEs, hob is an agent-agnostic workspace. It does not sell model access but provides the orchestration layer on top of a user's existing tools. It differs from script-based solutions by offering a polished, integrated GUI with persistent state, history, and built-in project management features.
2. Key Innovation: The agent control surface is a significant innovation. By allowing AI agents to manipulate the workspace UI (opening panes, files, etc.), hob creates a bidirectional interaction model. This turns the workspace into a dynamic environment shaped by the task, rather than a static container, enabling more natural and powerful human-agent collaboration.

Frequently Asked Questions (FAQ)

1. Is hob a replacement for Claude or GPT? No, hob is not an AI model provider. It is an AI workspace platform that allows you to use your existing accounts and CLIs for models like Claude Code and Codex within a unified, controlled interface. You bring the AI, hob provides the professional workspace.
2. How does hob ensure the privacy of my code and conversations? hob employs a local-first architecture. All your data—conversations, files, workspace state—is stored locally on your machine. For remote access, traffic is end-to-end encrypted before passing through a relay. hob cannot read your workspace content, session data, or agent history.
3. Who is the ideal user for the hob developer tool? hob is designed for professional developers and engineering teams who already use AI coding agents (CLIs) extensively as part of their daily work. It is ideal for those managing complex, parallel tasks who need organization, persistence, history, and control beyond what a terminal or single-provider app offers.
4. Can I use hob for free? hob offers a free plan with core workspace features. Advanced capabilities like remote access, automations, and commercial licensing require a paid Pro or Pro+ subscription. You can download and evaluate the macOS application for free.
5. What happens to my work if I cancel my hob subscription? All your data remains on your local machine. Your local database of conversations, workspaces, and history is yours and stays accessible. You will lose access to paid-tier features like remote access, but your historical work and local workspace functionality are preserved.