Grok Bot vs OpenClaw vs Hermes vs Buzz: the honest comparison

Four agent platforms launched or matured in the same few months of 2026. Every review of each one is written by someone who picked a side before they finished testing.

This isn't that. This is the actual trade-offs, the real incidents, and the decision tree for which one fits your situation, not theirs.

What each one actually is

Grok Bot, launched by xAI on August 11, 2026. Every bot you create gets its own persistent computer inside one shared cloud account. Managed, polished, closed model.

OpenClaw, the open-source original. You provision the machine, you write the configuration, you own every layer.

Hermes Agent, also open source, also self-hosted, but with one structural difference that matters more than it sounds: the agent writes its own skills, and a background process deletes the ones nobody uses.

Buzz, the newest of the four, self-hosted like OpenClaw and Hermes, still early enough that the ecosystem around it is thin.

Before comparing the four, it helps to see what's actually running underneath any of them. Every one of these platforms is some version of the same stack: a persistent environment holding a browser, a terminal, a file system, and memory, receiving a goal from you and returning a finished result. The differences below are all about how that stack is arranged, not whether it exists.

The comparison table

	Grok Bot	OpenClaw	Hermes Agent	Buzz
Setup	Download, sign in, done	VPS + config + YAML	VPS + CLI setup	Self-host, thin docs
Hosting	xAI's cloud, managed	You provision	You provision	You provision
Model choice	Grok only	Any provider	Any provider	Any provider
Cost	$120–$300/month	$5–15/mo VPS + tokens	$5–15/mo VPS + tokens	Self-host + tokens
Memory architecture	Shared computer, shared files, no re-login between bots	Isolated per agent, memory in plain files	Isolated, but agent self-curates its own skills over time	Isolated, early-stage
Skill creation	Record a task once, lowest friction	Manual, community skill marketplace	Agent writes its own, unused ones get pruned automatically	Manual
Mobile app	Yes, built in	No	No	No
Known security incidents	Beta bugs, unverified internal slowness reports	40,000+ exposed instances found in Feb 2026 (patched); banned on Chinese state devices in March 2026	None publicly reported at this scale	None publicly reported
Best for	People who want it working today, no config	People who want full control and don't mind the overhead	People optimizing for cost and long-run token efficiency	Early adopters willing to tolerate rough edges

Where Grok Bot actually wins

One computer, not one per agent. This is the detail almost every comparison glosses over. OpenClaw and Hermes isolate each agent, separate memory, separate files, a fresh login every time one agent hands work to another. Grok Bot gives every bot on your account the same shared computer: same browser session, same file system, same logins.

The picture above is the entire architectural argument in one glance. On the left, every Grok Bot on your account reads and writes to the same environment, handing a task from a research bot to a writing bot costs nothing, because there's nothing to hand over, they were already looking at the same files. On the right, OpenClaw and Hermes isolate every agent by design: separate browser, separate file system, separate terminal. That isolation is a genuine security advantage, but it's also why moving work between two agents on those platforms means a re-login or an export step Grok Bot skips entirely.

// Test whether your Grok Bot setup actually has this advantage
"Show me the shared file system all my bots are currently using.
List which bot last touched which file, and confirm none of them
needed to re-authenticate to access it."

Where OpenClaw actually wins

Maximum control, zero platform lock-in. You pick the model, the host, the exact configuration.

The largest skill ecosystem. More community-built skills exist for OpenClaw than for any of the other three, because it's been around longest.

Where OpenClaw actually loses

The isolation architecture from the diagram above cuts both ways. It's why OpenClaw gives you real control, and it's also exactly the surface where its worst incidents happened.

February 2026. Over 40,000 OpenClaw instances were found publicly exposed on the internet, misconfigured cloud deployments, sensitive data and credentials reachable by anyone, across multiple platforms. Patched since, but the scale of the exposure is the relevant fact, not the patch.

March 2026. Chinese state authorities restricted OpenClaw on government and state-enterprise devices, citing security concerns tied to the same kind of exposed, self-hosted deployments.

August 2026. Grok Bot launches with the opposite bet: a managed, single-vendor cloud computer specifically so individual users never have to be their own security team.

There's also a documented case of an OpenClaw agent independently creating a dating profile for its owner on an agent-oriented platform, without being told to, in a way its owner said didn't represent him. That's not a hosting problem, it's what happens when an isolated agent has broad permissions and nobody defined the boundary in advance.

// Before you self-host anything, run this against your own setup
"Audit my current OpenClaw configuration for anything publicly exposed:
open ports, default credentials still in place, and any skill installed
from a source I didn't personally review. List each one separately."

Configuration overhead is real, not a talking point. VPS provisioning, YAML files, SSH, every review that calls this "the most involved" of the four is describing the same experience.

Buzz, honestly

Buzz is real but young. Self-hosted like OpenClaw and Hermes, without OpenClaw's ecosystem or Hermes's self-curation loop yet. Worth watching, not worth betting a real workflow on until it's had the same months in the wild as the other three.

The decision tree

That flow is written for how Grok Bot itself routes a task once it's running, autonomous execution, escalation, or handing off to another bot, but the same three questions apply one level up, when you're the one deciding which of the four platforms to run in the first place:

Do you need it working today with zero configuration?
  -> yes: Grok Bot
  -> no, keep going

Do you already have technical comfort with a VPS and don't mind
maintaining it yourself?
  -> no: Grok Bot, the convenience is worth the price for you
  -> yes, keep going

Is minimizing long-run token cost the priority, more than
raw flexibility?
  -> yes: Hermes, the self-curation loop pays for itself over months
  -> no, keep going

Do you need to run a specific model, or want maximum
inspectability and control over every layer?
  -> yes: OpenClaw, accept the setup cost for the control
  -> no: you're probably back at Grok Bot or Hermes depending on budget

What actually matters more than any single feature

Every comparison above is a snapshot. Skill efficiency, token pricing, and security posture are the three things most likely to change fastest across all four platforms over the next six months.

The one thing that won't change regardless of which you pick: an agent with its own computer and your logins can act while you're not watching. That's true whether it's Grok Bot's shared cloud machine or an OpenClaw instance on your own VPS. The permission boundary you set on day one, what it can do without asking, what it must always ask about first, matters more than which of these four you choose.

// The permission audit worth running on any platform, before day one
"List every tool and account I've connected to my agents so far.
For each one, tell me: what can it do without asking me first,
and what should require my approval that currently doesn't."

Pick based on what you're actually optimizing for, speed to first result, long-run cost, or control, not based on which one launched most recently.