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Run OpenClaw for a new deployment in 2026. It is the actively documented, self-hosted option, with release 2026.10.3 identified in the current documentation. KiloClaw was a managed OpenClaw service, but Kilo’s pricing FAQ now says it is end of life, unavailable to new users, and approaching the end of support. Treat KiloClaw as a migration issue for existing customers, not as a service you can newly adopt.
The 2026 decision in one sentence
OpenClaw is the viable choice because you can install and operate it on infrastructure you control. KiloClaw removed that operational work through a managed platform, but that product is no longer accepting new users. A comparison therefore has two purposes: selecting OpenClaw for a fresh installation and planning a safe exit if you already run KiloClaw.
There is no independent head-to-head benchmark establishing that one produced better answers, lower latency, or higher uptime. Kilo’s historical model-count and PinchBench numbers were vendor-published, while OpenClaw’s current release and capabilities come from its own documentation. The practical difference in 2026 is lifecycle and control, not a proven quality score.
The Tool Desk
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OpenClaw is an AI assistant that runs on infrastructure you choose. Its documentation describes it as a “local-first control plane” for a capable assistant on your own hardware and emphasizes “Your devices, your data.” Those statements describe the operating model, not an independent security or performance certification.
The Gateway is the always-on control plane
The Gateway is the service that stays available to accept messages, maintain sessions, route requests, and connect communication channels. It is the part you must keep running even when no one is actively chatting. You can place it on a Mac, Linux machine, virtual private server, or another suitable host, then connect clients and channels to it.
For a self-hosted OpenClaw Gateway, Antihost VPS lists a one-click OpenClaw image on Linux VPS plans, with full root access in the USA East, the Netherlands, and Ukraine. You still manage the Gateway and host yourself.
Because sessions, routing rules, channel credentials, tool permissions, and workspace data converge on the Gateway, its host becomes the center of your security and availability design. A lost host, exposed credential, or poorly restricted command capability can affect every connected channel.
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Channels and assistant capabilities
OpenClaw’s documented integrations include Discord, Google Chat, iMessage, Mattermost, Signal, Slack, Telegram, WebChat, WhatsApp, and other channels. The exact connector set and configuration syntax can change with releases, so verify the current documentation for the channel you intend to use.
The assistant can use hosted models or local and self-hosted model endpoints. It maintains stateful sessions and memory, can route work among agents, and can expose browser, file, scheduling, and automation tools. These features make it more than a stateless chat widget: the deployment can act on persistent context and perform operations, which increases both its usefulness and the consequences of a bad permission decision.
Current release status
The current documentation landing page identifies release 2026.10.3. Version numbers and feature behavior are volatile; check the release documentation immediately before installing or upgrading, especially when a channel adapter, model provider, or tool permission is business-critical.
What KiloClaw was
Kilo announced KiloClaw’s general availability on February 24, 2026. It was a fully managed way to run OpenClaw without setting up a server, editing configuration files, or handling crash recovery yourself. The platform handled deployment and updates, while the user interacted with a provisioned assistant environment.
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The launch material described one-click deployment, access to more than 500 AI models through the Kilo Gateway, scheduled automations, Telegram, Discord, and Slack support, bring-your-own-key (BYOK) support, and zero markup on AI-token usage. Kilo also reported that its PinchBench tested models across 23 real-world tasks. Those are Kilo’s figures from its 2026 announcement, not independent measurements, and they describe the former service rather than an active plan.
Kilo’s general FAQ said platform staff managed updates, SSH access was disabled, and customers did not administer the underlying machine. That reduced routine server work but also limited low-level inspection and customization compared with a self-hosted Gateway.
The lifecycle change that decides the comparison
Kilo’s official pricing FAQ states: “KiloClaw is end of life.” It also says the service is no longer available to new users and that support is ending. Consequently, do not treat its old machine specification, model catalog, or operating promises as a current offer. Existing customers should use the remaining access window to export their data and plan a replacement.
OpenClaw and KiloClaw compared
| Decision axis | OpenClaw | KiloClaw (historical) |
|---|---|---|
| Availability in 2026 | Active self-hosted project; current documentation identifies release 2026.10.3 | End of life and unavailable to new users |
| Operations | You install the Gateway, configure providers and channels, run updates, monitor it, and harden the host | Managed deployment removed server setup, routine updates, and crash-recovery work |
| Control | You choose the host, data location, model endpoints, and network policy | The provider controlled the environment and platform lifecycle; SSH was disabled |
| Model access | Supports many hosted providers and local or self-hosted endpoints | Kilo Gateway offered more than 500 models, or BYOK, according to Kilo’s launch material |
| Security posture | Sandboxing and exec approvals are off by default; isolation and least privilege are operator responsibilities | Kilo historically described Firecracker microVMs, per-customer WireGuard networks, encrypted storage, and an independent assessment |
| Migration | Can be installed on a supported host and populated with exported workspace, memory, and configuration | Existing users must inventory and export channels, credentials, workspace files, memory, schedules, and model settings |
Availability: should you start a KiloClaw account?
No. New-user access has ended according to Kilo’s own pricing FAQ, and support is being discontinued. Searching for an old sign-up path, a historical machine plan, or an archived feature list does not create a supported deployment. If you need a managed experience, evaluate currently operating hosts independently; do not assume that a future managed OpenClaw successor exists or carries KiloClaw’s former features.
For a new project, choose a self-hosted OpenClaw Gateway and make the operational work explicit in your plan. For an existing KiloClaw project, preserve evidence and data before the service becomes inaccessible.
How OpenClaw costs work
OpenClaw’s FAQ says the software has no paid tier or hosted service. That means “free” refers to the software license or project access, not to the total cost of operating an assistant.
The cost categories
- Model inference: Hosted providers charge according to their own token, request, or subscription meters. The amount depends on model choice, prompt size, response length, tool calls, and traffic.
- Hosting: A VPS, dedicated machine, or existing computer incurs its own recurring or capital cost. CPU, memory, storage, and network requirements depend on whether models run locally and how many channels and users you serve.
- Storage and bandwidth: Session history, memory, attachments, logs, backups, and media can grow over time. Data transfer charges may apply to a hosted server.
- Operator time: Updates, monitoring, credential rotation, incident response, access reviews, and backup testing are real costs even when the software itself is free.
Local models can reduce per-request provider charges, but the trade-off is purchasing or allocating hardware, maintaining model files, and operating the inference stack. Hosted models reduce local hardware requirements while introducing provider metering and an external data path.
There is no defensible single monthly total without a defined workload. Before budgeting, record expected users, messages per day, average prompt and response size, tool-call frequency, retention period, model mix, and hosting region. Then obtain current rates from the selected model and infrastructure providers.
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Kilo’s former FAQ listed a per-user machine with 2 shared vCPUs, 3 GB of RAM, and 10 GB of SSD storage. That specification belongs to a discontinued service and should not be presented as an available plan or a 2026 price. It also did not represent the separate cost of model inference when users paid through Kilo Gateway credits or used BYOK.
Security: managed does not automatically mean safer
OpenClaw’s security guidance explicitly warns that sandboxing and exec approvals are off by default. It also treats one Gateway as one trust domain. Mutually untrusted tenants should therefore use separate Gateways, ideally under separate operating-system users or on separate hosts. A single shared instance is not a safe boundary merely because different people use different channels.
What the operator must control
- Run the Gateway under a dedicated, least-privileged operating-system account.
- Keep administrative interfaces off the public internet where possible; restrict inbound traffic with firewall rules, private networking, or an access gateway.
- Use channel pairing and allowlists so unknown senders cannot invoke the assistant.
- Grant only the browser, file, scheduling, and automation tools that a specific workflow requires.
- Keep exec approvals enabled when commands can affect the host, accounts, repositories, or production systems.
- Store provider and channel credentials outside source control, rotate them after staff changes, and revoke unused tokens.
- Back up workspace data, session history, memory, and configuration; protect backups with access controls and encryption.
- Subscribe to release information, test upgrades on a staging Gateway, and maintain a rollback path.
- Separate high-risk workloads by Gateway, host, or operating-system account instead of mixing them with casual personal chats.
What Kilo reported historically
In a March 12, 2026 security post, Kilo said an assessment by Andrew Storms in February included threat modeling, code review, adversarial testing, and live infrastructure testing. Kilo reported Firecracker microVM isolation, per-customer WireGuard networks, encrypted persistent storage, and no discovered cross-tenant access path. Those are vendor-reported historical claims about a service that is now discontinued; they are not a reason to keep a KiloClaw deployment or evidence that a new account can be opened.
Choosing between self-hosting and a managed host
A managed host can centralize patching, backups, network isolation, and incident procedures, but you must verify what it actually provides, who can access data, how exports work, and what happens at shutdown. Self-hosting gives you direct control over those decisions but makes you responsible for implementing them. Compare the two against your threat model, staff expertise, regulatory obligations, and recovery requirements rather than treating either label as a security guarantee.
Deploying OpenClaw responsibly
The exact installer and configuration keys can change between releases, so use the documentation for release 2026.10.3 or the version you select. The following sequence keeps the decisions that matter visible without assuming a particular operating system or provider.
- Define the boundary. Decide whether the Gateway serves one person, a team, or workloads with different trust levels. Use separate Gateways or hosts for mutually untrusted groups.
- Choose the host. Select a Mac, Linux system, VPS, or dedicated machine that can remain online. Decide where workspace files, session history, memory, logs, and backups will reside.
- Create a dedicated account. Do not run the service as an all-powerful administrator. Apply filesystem permissions so the assistant can reach only the directories and tools required for its jobs.
- Install the documented release. Follow the current OpenClaw installation path and verify the installed version. Record the configuration and any package or system-service changes so you can reproduce the host.
- Configure model providers. Choose hosted endpoints, local models, or a mixture. Set credentials through the supported secret mechanism, define a default model, and establish spending or rate limits at the provider where available.
- Add channels one at a time. Connect a single low-risk channel first. Complete pairing or allowlisting, send a test message, and confirm that replies come from the intended Gateway before adding more integrations.
- Restrict tools. Start with no unnecessary browser, file, scheduling, or automation capability. Add each tool only after identifying the data it can read and the actions it can perform.
- Set network controls. Limit Gateway administration and model endpoints to trusted networks. Review outbound access, DNS, proxy rules, and firewall logs.
- Test recovery. Restore a backup to a test environment, restart the Gateway, rotate a credential, and simulate loss of the host. A backup that has never been restored is not a recovery plan.
- Monitor and update. Watch service health, authentication events, tool executions, storage growth, and model spend. Apply updates on a schedule after testing, and document rollback steps.
Moving from KiloClaw to OpenClaw
Kilo’s FAQ advises departing users to plan a migration of workspace, memory, and context. Treat the move as a data-and-identity project rather than simply installing a new package. Preserve the old environment until the new Gateway has passed acceptance tests.
1. Inventory everything that must survive
- Every connected channel, workspace, bot, webhook, phone number, and allowed sender.
- API keys, OAuth grants, signing secrets, model-provider credentials, and their owners.
- Workspace files, prompts, instructions, attachments, session history, and memory stores.
- Cron jobs, scheduled automations, recurring reports, and time-zone settings.
- Model selections, fallback rules, temperature or context settings, tool permissions, and routing between agents.
- Operational details such as domains, certificates, notification destinations, backup locations, and retention requirements.
Record where each item came from and whether it is portable. A credential that was only available inside the managed platform may need to be reissued by its upstream provider.
2. Export and protect the data
Use KiloClaw’s supported export mechanisms while access remains available. Copy workspace and memory data into an encrypted destination, preserve file paths where possible, and take a separate backup of configuration and schedules. Do not paste secrets into tickets, chat messages, or an unencrypted archive. Verify the archive by listing files, checking that expected memory and context are present, and storing a second copy in a different failure domain.
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3. Build the replacement Gateway
Install the current supported OpenClaw release on a dedicated host or an appropriately isolated account. Recreate the workspace layout, add model providers, and configure channels in a disabled or test state. Reapply least-privilege permissions instead of copying a broad managed-platform assumption to the new machine.
4. Restore state and recreate schedules
Import workspace files, memory, and context using the formats supported by the OpenClaw release you selected. Recreate cron jobs and automations manually when their scheduler definitions are not portable. Check time zones, daylight-saving behavior, destination channels, and duplicate-run protection before enabling any recurring task.
5. Reissue identities and test privately
Generate or reconnect channel credentials and revoke the old ones when the cutover is complete. Test each channel with an allowlisted account, verify session continuity and memory retrieval, and confirm that tools can access only intended files and services. Exercise failure cases: an invalid credential, a stopped model endpoint, a blocked network path, and a denied command.
6. Cut over and retain a rollback window
Choose a quiet period, pause schedules in the old environment, enable them in the new Gateway, and watch for duplicate messages or missed jobs. Keep the KiloClaw export and a read-only record of the old configuration until you have confirmed normal operation and completed any retention obligations. Then revoke remaining old credentials and remove stale integrations.
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OpenClaw is a fit when you need
- A currently available deployment path in 2026.
- Control over where workspace, memory, and session data are stored.
- Local models, custom providers, or self-hosted inference endpoints.
- Detailed channel routing, agent configuration, and tool permissions.
- The ability to choose your host, network architecture, backup policy, and update timing.
- An engineering team willing to operate a persistent service and respond to security or availability incidents.
Do not choose it without an operating plan
OpenClaw is not a zero-maintenance appliance. If nobody owns patching, credential rotation, monitoring, backups, and access reviews, the theoretical control of self-hosting becomes an operational liability. Assign an owner, write down recovery steps, and begin with a narrow channel and tool set before expanding.
What existing KiloClaw users should do now
Do not wait for a new-user reactivation or assume support will continue indefinitely. Set a migration deadline based on your remaining access, identify a replacement host, and prioritize exports of memory, workspace files, schedules, credentials, and channel configuration. Preserve business records and revoke secrets in a controlled cutover. The destination can be a self-hosted OpenClaw Gateway or another currently supported platform that accepts your required data and channels.
Limits of the comparison
OpenClaw and KiloClaw do not have a current, independent benchmark comparison in the available evidence. The historical “500+ models” and “23 real-world tasks” figures came from Kilo’s own 2026 announcement. They should not be interpreted as proof of superior quality, speed, or reliability, and they cannot be used to evaluate a service that has reached end of life.
Likewise, OpenClaw’s “local-first” and “Your devices, your data” wording explains its design philosophy. It does not eliminate provider logging, host compromise, insecure channel credentials, excessive tool permissions, or mistakes by the operator. Evaluate the complete data path and threat model for your deployment.
Final recommendation
For a new installation in 2026, run OpenClaw on infrastructure you can secure and maintain. Start with one Gateway, one low-risk channel, conservative tool permissions, tested backups, and explicit ownership of updates and incidents. KiloClaw’s managed convenience was useful historically, but its end-of-life status makes it unsuitable as a new deployment target. If you already use it, treat migration as urgent operational work: export your state, rebuild on a supported platform, test every channel and automation, then revoke the old access.
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