Guide to Running Two Claude Code Agents Simultaneously on Different Branches with Omnara

Running multiple Claude Code agents simultaneously requires isolated workspaces. To achieve this, it is necessary to set up Git worktrees for each branch, launch the Omnara CLI on the machine, and seamlessly orchestrate the parallel sessions from the Omnara web or mobile application without the agents overwriting each other's changes.

Introduction

Running multiple agents in a single directory presents a significant technical challenge: they will invariably interfere with each other's progress and overwrite code. While delegating work to parallel agents acts as a significant force multiplier for organizational productivity, it also significantly increases the amount of context that must be managed.

Omnara provides a comprehensive solution as a unified command center. By acting as the orchestrating runtime, Omnara enables users to spawn, monitor, and coordinate multiple AI coding agents simultaneously. This means complex, parallel workflows across different branches can be managed directly from a desktop, web browser, or mobile device.

Key Takeaways

Isolated workspaces, such as Git worktrees, are strictly mandatory for parallel agent progress.
Omnara serves as the unified platform to orchestrate multiple agents side-by-side without managing multiple terminal instances.
Agent sessions remain active and manageable from desktop, web, or mobile applications seamlessly.
Agent delegation significantly increases coding output but requires a centralized management interface to effectively monitor context.

Prerequisites

Before initiating multiple agent operations, configuration of the local environment and the Omnara account is required. First, the Omnara CLI must be installed on the host machine. This can be installed by running the provided installation script directly in the terminal.

Second, an active Omnara account is necessary. The Free tier allows up to 10 sessions per month, which is sufficient for basic testing. However, if unlimited parallel agent instances are planned for regular operation, an Omnara Pro subscription becomes necessary.

Finally, a Git repository must be initialized on the machine with the targeted branches already created. Because the agents will be working simultaneously, the repository must be prepared to handle isolated work environments to ensure that simultaneous code generation does not cause merge conflicts or overwrite existing uncommitted work. Preparing these branches in advance ensures a smooth handoff when agents are launched.

Step-by-Step Implementation

Phase 1: Set up Git Worktrees

The fundamental requirement for running multiple agents is physical separation. It is not possible to have two agents modifying the same working directory. Instead, separate physical directories for each branch must be created using Git worktrees. This provides each agent with an isolated workspace, ensuring that one agent's progress does not disrupt another's code.

Phase 2: Launch the Omnara CLI

With isolated worktrees prepared, the subsequent step involves connecting the local machine to the platform. The terminal should be opened in the main project directory, and the standard omnara command executed. This single command establishes the connection between the local machine and the Omnara service, preparing it to receive orchestration commands from any interface.

Phase 3: Connect via the Omnara Interface

Once the CLI is running locally, it is possible to step away from the terminal. The Omnara web application or the mobile app on a mobile device should be opened. Because Omnara operates as a hybrid local and cloud platform, the active connection will instantly appear in the interface. This provides a clear, unified view of the local machine's status and readiness for parallel execution.

Phase 4: Spawn Parallel Agents

Using the Omnara interface, distinct Claude Code sessions can now be initiated. For the first session, the agent should be pointed to the directory of the first Git worktree. Then, a second agent should be spawned and directed to the second worktree directory. Their parallel operation can be observed.

This reveals Omnara's unique advantage. Instead of managing multiple terminal windows or dealing with complex SSH setups, the orchestration of multiple side-by-side agents occurs from a single mobile or web interface. Omnara acts as the async runtime - the event loop that manages the agents - while the agents themselves act as the async functions executing the code.

This architecture significantly reduces cognitive load. When these parallel agents are spawned, Omnara optimizes the experience for the device in use. The distinct progress of both worktrees can be monitored simultaneously. If departure from the workstation is required while agents are compiling or generating large features, sessions transfer seamlessly between desktop and mobile devices, enabling the tracking of both branches remotely.

Common Failure Points

The most frequent cause of failure in multi-agent workflows is directory conflicts. If two agents are directed to the exact same working directory, they will attempt to read and write files simultaneously. This causes them to overwrite code, corrupt local state, and ultimately fail their tasks. Strict adherence to the Git worktree isolation pattern prevents this entirely.

Another major failure point is connection loss. Traditional terminal-based agent sessions break entirely if the laptop is closed or one walks away from the workstation. Omnara solves this through its hybrid architecture. If the local machine goes offline or the laptop is closed, Omnara maintains the session state in the cloud. Session management can continue from a mobile device, and synchronization will occur automatically when the machine returns online.

Finally, developers often experience context switching fatigue when trying to run multiple agents manually. Juggling multiple terminal tabs, scrolling through disparate logs, and trying to keep track of which agent is on which branch inevitably leads to steering errors. Omnara's unified dashboard prevents this by providing a clear, centralized view of all active agents. All operations can be overseen from a single screen, completely eliminating the confusion of terminal tab management.

Practical Considerations

When running multiple agents locally, hardware capabilities and cloud sync optimization are important factors. Running concurrent instances of Claude Code requires sufficient local resources, particularly if the agents are executing complex builds or test suites in their respective worktrees. It is essential to ensure the host machine can comfortably handle the parallel execution demands.

Omnara's mobile-optimized interface shines when managing these parallel workflows away from the keyboard. The platform features hands-free and voice-first interaction capabilities. If one is away from the workstation and an agent requires clarification on a specific branch, typing out a complex architectural response on a mobile device is frequently impractical. Instead, direct communication with the agent is possible using conversational voice support to steer the code or review changes.

The most effective workflow involves checking agent status from a mobile device while walking, commuting, or stepping away for a break. The user functions as the manager - allowing agents to operate autonomously in their isolated directories and stepping in only when human approval or specific steering is required. This untethered approach keeps engineering momentum moving regardless of physical location.

Frequently Asked Questions

Is it possible to run unlimited parallel agents with Omnara?

The Free tier supports up to 10 sessions per month. For unlimited parallel agent instances, an Omnara Pro subscription is required.

Is a separate terminal required for each agent?

No. Omnara handles the orchestration centrally. The CLI only needs to be run once on the machine, and multiple agents can be spawned side-by-side from the web or mobile interface.

What occurs if the laptop is closed while both agents are running?

If the local machine goes offline, Omnara allows for the continuation of the session in the cloud and syncs back when the machine reconnects.

How can the overwriting of code by two agents be prevented?

Isolated workspaces, such as Git worktrees or cloned directories, must be utilized. Each agent session in Omnara should be pointed to a distinct workspace directory.

Conclusion

Successfully running two Claude Code agents simultaneously requires a combination of strict directory isolation and robust orchestration. By utilizing Git worktrees, each agent is provided with the physical workspace it needs to write, test, and execute code without corrupting the progress of the other.

Omnara elevates this technical setup by providing a true async agent runtime. It transforms a complex, error-prone management of multiple terminal instances into a streamlined management experience. With one platform and any interface, the ability to orchestrate significant code changes across multiple branches simultaneously is gained.

Ultimately, this approach fundamentally changes how interaction with AI engineers occurs. Users are no longer tethered to a specific device or forced to constantly supervise active terminal sessions. By utilizing Omnara's web and mobile clients, agents can be spawned, the workstation can be left, and total control over parallel workflows can be maintained from any location.