Summary

Choose between OpenClaw, Hermes and Grok Bot by workflow fit, access boundaries and the work needed to keep it running. Test important actions before relying on them.

What you'll learn

  • Map where information and credentials go.
  • Test review on the actual action.
  • Compare accounts, limits and maintenance.

OpenClaw, Hermes and Grok Bot overlap in their ability to connect tools and reuse procedures. Choose by where information goes, which actions need review and who maintains the workflow. A controlled host and a hosted cloud computer each need explicit permissions. Separate bot names do not separate shared credentials.

How do the three compare side-by-side?

As of October 2026, OpenClaw and Hermes can run on a computer you control, while Grok Bot uses a shared Cursor cloud computer per user. Compare the actual access and operating work for your task.[2][12][4]

DecisionOpenClawHermesGrok Bot
Where it runsComputer or server you controlComputer or server you controlHosted Cursor cloud computer
Reusable workConfigured skills and memorySelective skill saving and revisionSkills and routines; desktop demonstration when available[6]
Important approvalsTest host commands and each application actionTest commands, skill writes and each application actionConfigure approvals and review allowed application actions
Several agentsTest actual tool and host boundariesTest actual tool and host boundariesBots for one user share files, browser sessions and logins
Before choosingVerify the workflow’s tools, data flow and ownershipVerify the workflow’s tools, data flow and ownershipVerify plan, admin access, shared-computer limits and data processing

The products overlap. The useful choice is the implementation that meets your requirements, not a ranking of safe, autonomous and hosted labels.

Download: OpenClaw, Hermes and Grok Bot decision table (PDF)

What is each one, in plain terms?

As of October 2026, all three can connect tools and perform work beyond answering a question. Their emphasis differs: a messaging gateway, reusable procedures and a hosted team of bots. Those are starting points for comparison, not exclusive capabilities.[12][13][4]

OpenClaw is a gateway. It connects chat channels such as Slack, WhatsApp, Telegram, Signal, Discord, iMessage, Teams and Google Chat with an AI agent. Peter Steinberger traces the project to November 2025 under the name Clawd.[10] It is free and open software that can run on a computer you control. Read what OpenClaw is for the deployment and data-flow choices.

Hermes emphasizes reusable procedures. Nous Research builds it to preserve useful lessons as skills, retain selected memory and run scheduled work.[12] The saved method still needs review and may need revision when the work changes. We cover how that learning works separately.

Grok Bot is a team on a hosted computer. xAI launched its beta on August 11, 2026.[11] You create named bots and give them jobs. They share a persistent Cursor cloud computer, can hand work to one another and continue cloud work while your laptop is closed.[4]

Choose the failures your workflow must prevent: an unreviewed send, an incorrect instruction reused later or information made available to the wrong account. Test the control for that failure before expanding access.

Grok, or Grok Bot?

As of October 2026, Grok names an AI model family, while Grok Bot is a hosted agent product. Configuring a Grok model in another framework does not create a Grok Bot account.[13][4]

Grok is a model. It is the thing that does the thinking, and it is interchangeable. OpenClaw offers several provider and local-model choices; configure an account and test the required capabilities rather than assuming they behave identically.[13] Using Grok with OpenClaw requires compatible AI access; a consumer chat subscription alone does not establish that access.

Grok Bot is a product. It is xAI's agent product, using Cursor cloud computers, named bots and a dedicated interface. It is not a model you plug into anything.

So: using Grok as OpenClaw's model does not give you Grok Bot, and holding a Grok Bot subscription does not give you OpenClaw. They solve different parts of the problem and you can sensibly end up paying for both, or neither.

Where does the work actually happen?

As of October 2026, OpenClaw and Hermes can run on a computer you own or a rented server you control. A rented server can continue working while your laptop is off. Locally stored agent state does not mean all processing is local: selected content can go to cloud AI and connected communication services.[2][12]

Grok Bot runs on a Cursor cloud computer. It cannot be moved to a server you own. Current Cursor guidance describes one US cloud computer per user; that user’s bots share its files and application logins.[4][8]

For confidential work, map the actual providers and locations receiving information. Choose a local model only if it fits the task, and remember that email, messaging and other network tools still process their own data. Assess each arrangement against the real requirement rather than excluding or accepting it solely by the hosting label.

OpenClaw and Hermes use a controlled host with boundaries that must be configured; Grok Bot uses one shared Cursor cloud computer per user
Separate agent names do not establish isolation. Check host, tool and credential boundaries.

What happens when it gets something wrong?

As of October 2026, OpenClaw’s native execution approvals govern commands on its host. The preferred policy is now tools.exec.mode; broad command permissions can run without ordinary prompts. These settings do not create a universal approval queue for every email or CRM operation.[1]

Hermes can review computer commands and optionally stage skill-file changes for approval; skill-write review is off by default.[3][17] Skill-write review controls reusable instructions, not all application actions.[3]

Grok Bot’s documentation recommends explicit approval for consequential sending, publishing, purchases, deletion and production changes. Check the actual tools and approval behavior for your configured work.[4]

Choose the action that must wait, then test the path that performs it. Verify that a missing reviewer leaves it blocked. Do this for each product rather than assuming its name or one approval switch supplies the whole business control. Our account of the agent that deleted a production database shows what happens when that wait is missing.

Can the agents see each other’s work?

As of October 2026, OpenClaw and Hermes can separate agent context and configure access.[14][18] Shared host privileges, credentials and tools can still cross those boundaries. Test isolation at the level your work needs; a separate name, workspace or session is not a guarantee.

For Grok Bot, the shared boundary is explicit: all bots belonging to one user use the same cloud computer, files, browser sessions and app logins. Naming a research bot and a payments bot separately does not isolate their credentials. Cursor guidance recommends a separate user when a separate computer boundary is needed.[4]

This shared setup makes handoffs convenient but must be included in the access decision. Group only jobs that are permitted to share that environment.

How do reusable instructions change the work?

As of October 2026, OpenClaw has configurable skills and memory; it does not necessarily start from nothing every time.[19][2] Hermes can selectively save and revise useful procedures as local skills. A completed task or correction does not guarantee a saved improvement, so inspect the changed instructions and compare outputs.[3]

Grok Bot can use written instructions and routines. Desktop task demonstration is being enabled gradually, so availability depends on the account. It can help teach a process by showing it, but a recording is not proof of reliable repetition.[6]

For all three, improvement needs evidence on your tasks. Useful saved instructions can reduce repeated explanation; they can also preserve an incorrect assumption. Keep review appropriate to the consequences.

What does each one cost to run?

As of October 2026, OpenClaw and Hermes have no software licence fee.[15][16] Hosting, AI usage, connections, implementation and maintenance determine the full cost. Grok Bot requires eligible plan or seat access and uses the account’s applicable usage allowance; check the current plan guidance.[5]

Compare users, task frequency, AI usage, remaining review work and maintenance in the full operating estimate. If you are considering a Yardwork proposal, compare its agreed scope with the pricing page.

What do you need before you can start?

OpenClaw and Hermes need a supported host, a chosen AI and the accounts and permissions for their work. Use the current installation documentation rather than an old platform checklist.

As of October 2026, Grok Bot supports macOS, Windows and Linux, plus iPhone with iOS 18+, iPad with iPadOS 18+ and Android 9+.[7][9] Check the account’s access and administration settings before connecting company tools.

Access and billing differ between The X Subscription and legacy plans. Premium, Super and Ultra on The X Subscription include Grok Bot; Plus does not. Usage shares a weekly pool with Cursor and Grok apps, with prepaid top-ups for extra use. Legacy access includes paid individual Cursor plans, Teams, eligible linked SuperGrok/Plus/Heavy or X Premium+ accounts, and assigned self-serve Grok Business seats. Legacy grants do not add together; the larger allowance applies.[5]

For Enterprise, confirm access with the account team and administrator, who must enable Grok Bot for the team. Check the account’s legacy privacy setting and which administration controls the plan includes before inviting members.[8]

Teach a task on desktop depends on availability in the account. Review the resulting draft skill and test it before scheduling repeat work.[6]

Which one should you pick?

Choose the implementation that passes your workflow requirements with an operating burden your team can support. Use the following sequence to compare them.

1

Define the requirement

Identify the job, information it reads, useful output and actions requiring review. If data must remain in a particular environment, assess all model and tool connections—not just the host.
2

Test the controls

Check actual sending, writing and credential boundaries. Both owned hosts and hosted computers need explicit access decisions.
3

Compare the operating work

Consider deployment, maintenance, skill review, plan limits and who handles exceptions.
4

Choose from demonstrated fit

Use a representative test before selecting or broadening the workflow. A framework name does not guarantee safe operation or improved accuracy.

The OpenClaw, Hermes and Grok Bot pages explain the available implementation options.

Can you run two of them?

You can combine frameworks when the jobs have distinct access needs and clear handoffs. For example, one could prepare client-facing drafts while another assembles internal reports. Define what they may exchange and who reviews the result.

Start with a job you can evaluate and maintain. Add another implementation when its benefit justifies the extra accounts, connections, review and support. Retain required approvals even after routine results improve. See the OpenClaw business setup guide for the first deployment decisions.

Frequently asked questions

Is Hermes tied to Grok, or can it use other models? Hermes and OpenClaw can use different configured AI providers or local models. Running their state on your server does not keep cloud-model requests local. Grok Bot is a hosted product using a Cursor cloud computer, so its processing and account terms need separate review.[13][12][4]

What about Claude Code and the other names people mention? These products have overlapping capabilities but different starting points. Compare the actual workflow, tools, access controls and operating responsibility rather than assuming a developer-focused tool can never support business work. Use the same task and permission tests when comparing alternatives.

Do we need a developer on the team to keep this running? You need a named business owner for outputs and exceptions and someone responsible for technical operation. That technical work can be supplied through an agreed service. Define the support scope rather than assuming every installation runs without maintenance.

If we pick the wrong one, how hard is it to switch? A switch involves reviewing accounts, permissions, saved instructions and workflow behavior in the new environment. Owning a host can help with exporting local state, but it does not make tool connections automatically portable. Grok Bot’s shared cloud computer and sessions also need a deliberate migration plan.

Notes

  1. Exec approvals. Living documentation / repository, October 2026. Accessed October 15, 2026.
  2. Where things live on disk. Living documentation / repository, October 2026. Accessed October 15, 2026.
  3. Skills System. Living documentation / repository, October 2026. Accessed October 15, 2026.
  4. Approvals, security, and privacy. Living documentation / repository, October 2026. Accessed October 15, 2026.
  5. Plans and billing. Living documentation / repository, October 2026. Accessed October 15, 2026.
  6. Skills and routines. Living documentation / repository, October 2026. Accessed October 15, 2026.
  7. Get started. Living documentation / repository, October 2026. Accessed October 15, 2026.
  8. Grok Bot for teams and enterprises. Living documentation / repository, October 2026. Accessed October 15, 2026.
  9. Grok Bot for Mobile. Living documentation / repository, October 2026. Accessed October 15, 2026.
  10. Introducing OpenClaw. January 29, 2026. Accessed October 15, 2026.
  11. Grok Bot is now included with more plans. August 26, 2026. Accessed October 15, 2026.
  12. Hermes Agent documentation. Living documentation / repository, October 2026. Accessed October 15, 2026.
  13. Provider directory. Living documentation / repository, October 2026. Accessed October 15, 2026.
  14. Multi-agent routing. Living documentation / repository, October 2026. Accessed October 15, 2026.
  15. OpenClaw licence. Living documentation / repository, October 2026. Accessed October 15, 2026.
  16. Hermes licence. Living documentation / repository, October 2026. Accessed October 15, 2026.
  17. Security. Living documentation / repository, October 2026. Accessed October 15, 2026.
  18. Persistent Memory. Living documentation / repository, October 2026. Accessed October 15, 2026.
  19. Skills. Living documentation / repository, October 2026. Accessed October 15, 2026.