Choose Continuum when the missing surface is remote control: it runs the same sessions across Mac, iPhone, web, and CLI, so an agent that reaches a plan or approval gate is still operable from your phone. Keep Conductor when its dense Mac board and cloud or team direction are exactly what you want. Use plain git worktrees plus tmux when you value inspectability and do not mind building the dashboard yourself. Use an IDE agent window when your day is mostly code reading. Cloud agents are alternatives only if you care about completed branches rather than specifically running Claude Code.
- Continuum is the direct alternative when the deciding requirement is Mac plus iPhone plus web plus CLI.
- Conductor remains the strongest fit for a dense, Mac-first board of isolated workspaces.
- Git worktrees plus tmux reproduce the isolation without adding another product.
- IDE integrations win when reviewing and editing code is the main loop, not fleet operations.
- Cloud agents are substitutes, not drop-ins, because they replace Claude Code rather than wrap it.
- The right comparison is control plane, isolation, recovery, and review, not a screenshot of four chats.
The short answer
If you searched for a Conductor alternative because you want the same idea on more screens, use Continuum. It keeps the agent process on a host, projects the session to Mac, iPhone, web, and the CLI, and lets the phone do real control work rather than merely show notifications. If you searched because you dislike adding another application, use git worktrees and tmux. If you searched because your real bottleneck is reviewing diffs, use an IDE integration. Those are three different problems, which is why a single ranked list is misleading.
The honest pick depends on what you want to replace.
| What you need | Best fit | What you give up |
|---|---|---|
| Mac, iPhone, web, and CLI around the same live agents | Continuum | A single dense board devoted only to worktree lanes |
| A polished Mac board for many isolated workspaces | Conductor | A shipped phone control surface |
| Maximum control with no orchestration product | git worktrees + tmux | Unified status, mobile control, and guided recovery |
| Code navigation and diff review in the same window | IDE integration | A fleet-level view across several independent sessions |
| Tasks that continue on vendor infrastructure | Cloud agent | Running Claude Code itself, local context, and local process control |
What Conductor actually replaces
Before comparing products, name the bundle Conductor provides. It is not simply a prettier terminal. A parallel-agent tool has to create isolated checkouts, start a process with the right repository and credentials, preserve enough state to resume it, expose the diff, and make the return path understandable. A grid of chat boxes covers only the process-starting part.
| Layer | The question to ask |
|---|---|
| Isolation | Does every agent get its own git worktree and branch, or can two processes edit the same files? |
| Lifecycle | What survives an app restart, laptop sleep, a lost terminal, or a provider crash? |
| Attention | Can you see which lane is waiting for a plan, approval, answer, or test failure? |
| Review | Can you inspect the diff and repository state before merging anything? |
| Control | Can you send the next instruction from another device, or only watch? |
| Accounting | Can you tell which account, quota window, and repository paid for the work? |
This is also the reason manual setups age badly. The first script creates three worktrees and looks complete. A month later one lane points at a deleted branch, another has a stale dependency tree, and the pane title still says api-fix even though the process was restarted in a different directory. The hard part is not starting parallel Claude Code sessions. It is maintaining truthful identity between process, checkout, branch, transcript, and diff.
Use the six rows above as the evaluation sheet. A tool can be excellent while intentionally leaving several rows to you. tmux leaves almost all of them to you and gains transparency. An IDE handles review brilliantly and may leave remote control alone. Conductor concentrates on the board and workspace lifecycle. Continuum concentrates on the same sessions across devices plus operational state. The trade is legible once the layers are separated.
Alternative 1: Continuum when the fleet leaves the desk
Continuum is the closest direct Conductor alternative in this list, but the differentiator is not another arrangement of cards. The same agent session is available from the Mac app, the iPhone app, the web client, and the command-line client. The host owns the running process and transcript; the other surfaces subscribe to that session rather than creating disconnected copies. You can start at the Mac, leave, see that Claude Code is waiting on a plan, approve or reply from the phone, and review the resulting state later on the web.
That architecture matters when agents run longer than the interval between meetings. A remote notification that says an agent is blocked saves no time if the only action is to walk back to the laptop. Continuum exposes session state and controls on the phone, including plan attention and the next message. The Mac remains the execution host, so local tools, repository state, and your existing Claude Code login stay where they already work.
| Continuum surface | Useful job |
|---|---|
| Mac | Spawn and inspect worktree sessions, terminals, diffs, plans, and artifacts |
| iPhone | Monitor live sessions, answer a blocked agent, and handle plan attention away from the desk |
| Web | Open the same session and transcript from a browser |
| CLI | List, inspect, and control sessions without opening a graphical client |
Continuum also treats provider and account state as part of orchestration. Existing site content documents separate Claude and Codex account homes, live quota gauges, and cost attribution by repository. Those features do not make an agent write better code. They answer the operational questions that appear only after two or more sessions are running: which account is near its weekly cap, which repository consumed the window, and whether a second lane is spending the same subscription budget.
The honest limitation is shape. If your whole day is spent at one large Mac display and you want the densest possible board for babysitting workspaces, Conductor is purpose-built around that view. Continuum makes more sense when continuity between screens is the requirement, when several providers or accounts share the workload, or when you care about quota and spend alongside the diff.
The baseline: when Conductor is still the right answer
An alternatives page is unhelpful if it pretends the original product has no lane. Conductor is a Mac-only desktop application from the former Melty team, a YC company. It runs Claude Code and Codex agents in parallel through isolated git worktrees, giving each task a branch, files, terminal, diff, and review path. If that board matches the way you operate at a desk, replacing it can create work rather than remove it.
The company also has credible momentum beyond a small utility. It announced a $22 million Series A from Spark and Matrix on March 30, 2026. Its paid cloud and enterprise tiers use Vercel Sandbox, moving agent execution away from the local Mac when that is the requirement. Conductor publishes a changelog and has Spotlight testing, both useful signals that it is investing in the surrounding workflow rather than shipping a static worktree launcher.
- Keep Conductor for the board. It is designed around many parallel workspaces visible at once on macOS.
- Keep it for a Conductor-specific team rollout. Cloud and enterprise direction matter more than phone control in some organizations.
- Keep it if worktree mechanics are the only problem. Switching orchestrators does not improve a workflow already solved cleanly.
- Pair rather than replace it if you want Conductor at the desk and Continuum for mobile session control, gauges, or cross-provider operations.
The important distinction is product center. Conductor centers the desktop board. Continuum centers a host-owned session projected to every client. tmux centers the Unix process. An IDE centers the code buffer. None is universally more advanced; each makes a different object primary. Pick the one that matches where attention actually goes during a normal week.
Alternative 2: git worktrees plus terminal or tmux
The strongest free Conductor build alternative is not another startup. It is the substrate Conductor already uses: one git worktree per task, one Claude Code process per worktree, and one terminal or tmux window per process. This option is boring, transparent, scriptable, and capable of scaling until your machine or subscription limit becomes the bottleneck.
git fetch origin
git worktree add ../repo-auth -b agent/auth origin/main
git worktree add ../repo-billing -b agent/billing origin/main
tmux new-session -d -s agents -c ../repo-auth
tmux rename-window -t agents:0 auth
tmux send-keys -t agents:auth "claude" Enter
tmux new-window -t agents -n billing -c ../repo-billing
tmux send-keys -t agents:billing "claude" Enter
tmux attach -t agentsThe benefits are real. Nothing hides git, every process can be inspected with ordinary operating-system tools, logs remain whatever Claude Code writes, and recovery does not depend on an application database. A teammate who knows git and tmux can understand the system from first principles. It is also easy to automate: a shell function can create the branch, copy an allowed environment file, install dependencies, set a pane title, and launch the agent.
The costs arrive after the demo. Fresh worktrees do not contain untracked files, installed dependencies, build caches, or local databases. Port numbers collide. A process can outlive the pane title that identifies it. There is no shared attention queue telling you which agent needs input. Diff review happens somewhere else. Remote operation is possible through SSH or a mobile terminal, but you are operating a shell on a phone rather than a phone interface designed around plans, approvals, and session state.
| DIY responsibility | Minimum rule |
|---|---|
| Naming | Use one stable task key for branch, directory, tmux window, and issue |
| Bootstrap | Commit a repeatable setup script; never rely on copied node_modules or memory |
| Ports | Allocate per lane, or make every development service choose a free port |
| Secrets | Copy only the specific local files each lane needs and keep them ignored |
| Status | Define visible states such as running, waiting, failed, ready for review |
| Cleanup | Remove merged worktrees and prune metadata on a schedule |
Choose this route if you have two or three lanes, already live in the terminal, and prefer repairing a small script over learning an orchestration product. Read the git worktrees guide before scaling it, then keep a Claude Code worktree checklist beside the bootstrap script. The setup becomes fragile when it exists only in shell history.
Alternative 3: an IDE window with agent integrations
An IDE is the right alternative when the board is not the valuable part. If most of your time goes into reading unfamiliar code, navigating symbols, checking diagnostics, and reviewing generated changes line by line, keep the code buffer at the center and bring agents into it. Claude Code has IDE integrations, and the site already covers Cursor as an AI editor with agent and worktree modes.
Cursor is not a drop-in wrapper around several Claude Code processes. Its own agent system, editor index, Tab completion, diff view, and worktree features form a different product. That difference can be a benefit. The editor knows what file and selection you are looking at, generated changes appear where you will review them, and the path from agent output to manual correction is short. Cursor also acknowledges the parallel-lane problem with worktree-based agent runs.
| IDE path wins when | It loses when |
|---|---|
| You review every change closely | You need one status view across many long-running terminal sessions |
| Navigation and diagnostics are part of every turn | You want the same control surface on a phone and in a browser |
| You mix manual edits with delegated changes | You need provider-neutral orchestration across Claude Code, Codex, and peers |
| Two or three lanes are enough | The primary job is operating a larger fleet rather than reading code |
A plain VS Code, JetBrains, or other editor terminal can also host several Claude Code processes, but opening four integrated terminals does not create orchestration. Treat each terminal as a lane with its own worktree and branch exactly as you would under tmux. The IDE adds navigation and diff review; it does not remove the need for process identity, setup, isolation, or cleanup.
For a detailed editor-agent comparison, read Codex vs Cursor and Cursor agent mode. The durable question is whether the work returns to a diff you inspect in an editor, or to a queue of sessions you operate. Pick the interface around the return path.
Alternative 4: cloud agents, with an important qualification
A cloud coding agent can replace the outcome of Conductor without replacing the mechanism. You assign several tasks, each runs in vendor infrastructure, and branches or pull requests come back later. The site already acknowledges Codex web, Devin, and Factory as examples of this category. They are reasonable alternatives when the requirement is parallel completed work, not specifically several Claude Code processes on your Mac.
The distinction affects everything downstream. A cloud agent uses its own runtime image, repository connection, credential path, model selection, logs, and billing rules. Local services and private network dependencies need explicit setup. The agent can keep running after the laptop closes, which is the main win, but debugging the environment can be farther from the machine where the application normally runs.
| Choose cloud delegation when | Stay local when |
|---|---|
| Tasks must continue after every personal device disconnects | The task depends on local simulators, databases, hardware, or private services |
| Pull requests are the desired return object | You need a live conversational session with fast steering |
| A managed execution boundary is valuable | Your existing Claude Code subscription and local toolchain already work |
| The team accepts vendor runtime and billing | Repository or compliance rules keep execution on owned machines |
Do not call this a Conductor alternative merely because both products display multiple tasks. It is an alternative only for teams willing to change the execution model. If the exact requirement is apps like Conductor that continue running official Claude Code locally, stay with Continuum, the manual worktree route, or Conductor itself.
A decision matrix that survives the demo
Run the comparison against a real Tuesday rather than a launch video. Create three tasks in one repository: a test fix, a small feature, and a read-only investigation. Leave one waiting for a plan, make one fail during setup, and let one finish with a non-trivial diff. Then answer the rows below.
| Question | Continuum | Conductor | Worktrees + tmux | IDE | Cloud agent |
|---|---|---|---|---|---|
| Can I act from a phone? | Yes | Mac-first | SSH shell | Usually monitor only | Vendor-dependent |
| Is Claude Code itself running? | Yes | Yes | Yes | With its integration or terminal | Usually no |
| Is every lane isolated? | Worktree mode | Workspaces/worktrees | If you create it correctly | Product-dependent | Managed sandbox |
| Where is review strongest? | Session diff and later editor review | Desktop board | Your chosen git tool | Editor diff | Pull request |
| Who owns recovery? | Continuum plus host | Conductor | You | IDE plus you | Vendor |
| Can it outlive the laptop? | With another enrolled host | Paid cloud tier | Only on another host | Cloud mode only | Yes |
Score only the rows that occur weekly. If you never leave the Mac while agents run, phone control should not decide the purchase. If you review every generated hunk in an editor, a beautiful task board should not outrank the diff. If you operate six sessions across two providers and two accounts, a terminal layout that was elegant at two lanes is no longer free.
How to switch without losing the work
The portable assets are git branches, commits, patches, repository instructions, and provider-owned transcripts. The least portable assets are application labels, card positions, local databases, and assumed setup state. Migrate the first group deliberately and do not spend days recreating the second.
Inventory every live lane
Record repository, worktree path, branch, head commit, dirty files, agent provider, and whether the process still matters. Do not infer identity from a window title.
Turn useful edits into git objects
Commit coherent work when policy allows, or export a patch. A dirty working directory tied only to an application workspace is not a migration format.
Write the bootstrap contract
Document dependency installation, ignored environment files, services, ports, and the validation command. New worktrees should become runnable without remembering what the old application copied.
Move one active task first
Resume a single lane in the new interface, send one instruction, run its tests, inspect the diff, and prove cleanup. Do not migrate ten cards before proving one return path.
Keep the old tool through one review cycle
Use it only to recover context or compare state. Remove it after branches and transcripts have a deliberate home, not on the day the new screenshot looks better.
A switch is successful when you can answer what is running, where it is editing, what it needs, and how its branch lands. It is not successful merely because all old tasks appear as new cards. For the review side, use the checklist in reviewing AI-generated code; orchestration ends at a diff, and engineering starts there.
Questions people ask
Continuum is the closest direct alternative when you want official coding agents in isolated worktrees plus a control surface on Mac, iPhone, web, and the CLI. Plain git worktrees plus tmux are the better answer when you want no orchestration product and are willing to own setup, status, review, and cleanup.
They overlap on parallel agent sessions and git worktree isolation, but the product center differs. Conductor is a Mac-first board for many workspaces. Continuum treats the host-owned session as the center and projects it to Mac, iPhone, web, and CLI, with mobile control and operational views around provider accounts.
Yes. Create one git worktree and branch per task, then start one Claude Code process inside each checkout using separate terminal or tmux windows. The setup is fully inspectable, but you must handle dependency bootstrap, port conflicts, status, diff review, recovery, and cleanup yourself.
They are not technically required for read-only sessions, but they are the safest default for any agent that edits. Two write-capable processes in one checkout can overwrite files, invalidate each other’s tests, and produce a diff whose ownership is impossible to reconstruct. One worktree per task makes branch and file ownership explicit.
Cursor is an alternative when your main loop is reading, editing, and reviewing code in an AI-first editor. Its agent and worktree features cover some parallel work, but it is not simply a board around several Claude Code processes. Choose it for the editor surface, not because two products both show multiple tasks.
No. Keep it if the dense desktop workspace board is the thing you value. Add another tool only for a concrete missing capability, such as controlling a live session from an iPhone, seeing account quota beside the work, or running a different execution model in the cloud.
Yes. They do not require exclusive ownership of your repositories or agent subscriptions. A reasonable split is Conductor for the Mac workspace board and Continuum for sessions you need to monitor and drive across Mac, iPhone, web, and CLI. Keep each active task in one orchestrator so process and branch identity remain clear.
Only if the desired result is several completed branches or pull requests. Cloud agents change the runtime, credentials, billing, and often the model. They are not direct replacements when the requirement is specifically to run several Claude Code processes against the local toolchain on your Mac.
Run three real tasks, force one setup failure, leave one waiting for input, finish one with a large diff, and then restart the application or terminal. Check whether task identity, worktree state, transcript, attention state, and review path remain truthful. Successful green runs hide the differences that matter.
Sources
Every figure above was read from these pages on 3 August 2026. Vendors reprice without notice; if you find a stale number, tell us.