Every environment has its own fingerprint profile, cookies and session, and runs in its own container. The browsing, publishing and conversation work digital workers do happens inside them, so no traces are shared between accounts.
A few accounts were logged in on the same computer, and later they all went wrong together
Each environment is its own container, and fingerprint profile, cookies and cache are never shared. Accounts don't pick up linkage traces from sitting on one set of browser data.
Switch machines and I'm logging in all over again, then chasing someone for the 2FA code
Sessions are hosted by the platform and travel with the environment, not with your computer. Changing device or changing operator doesn't mean logging in again.
I need a dozen accounts open at once and the machine freezes before I get there
Environments run on cloud servers and use none of your local resources. Launch a whole group at once, with the windows arranged in the cloud and your machine only rendering the picture.
I don't want to lose the local environments we already use, but I do want them managed in one place
Local environments connect through a local browser agent and then sit in the same list as cloud environments for management, grouping and account binding.
An environment is where a digital worker actually runs, so three things have to hold at once: isolation, bulk operation and programmatic control.
Generate browser fingerprint profiles in bulk by platform and region, one per environment, without filling in every field yourself. Adjust them by hand afterwards if you want.
Cloud environments run on platform servers; local ones run on your own machines and connect through an agent. Both are managed from the same list.
Environments are created from Docker images, and each container can be started, stopped or rebuilt on its own. Image versions are kept uniform so environments don't drift apart in ways nobody controls.
Login details are stored in the environment and reused by later tasks. When a session is found to have expired, the environment is marked "session unconfirmed" instead of carrying a broken state into more work.
Account-to-environment bindings can be added, removed and reassigned. Once bound, an account always returns to the same environment and the same exit route.
Group by project, platform or owner, then start, stop or reconfigure a whole group at once. Bulk launch is for when you need eyes on several accounts at the same time.
Every environment exposes a CDP debugging address, so your scripts or third-party automation tools drive it directly rather than working around the console.
See which server nodes your environments sit on, plus the container count and status per node — useful for tracking down a single-point failure and rebalancing.
Environments aren't a pile of standalone resources; they're where digital workers do the work. One step in the middle needs you: once an account is bound to an environment, that pairing shouldn't be swapped around casually.
Generate environments by count and platform, with fingerprint profiles produced automatically and containers built from a common image. Create a batch per group in one go.
Which account goes into which environment, over which route, is fixed once you confirm it. This is also where the past login regions of existing accounts get checked.
Open the browser, complete the login and 2FA, and the session is stored in the environment. Later tasks reuse it without logging in again.
Warming, publishing, collection and customer conversations are dispatched to the matching environment. An account's actions always land in the environment that belongs to it.
Environments with an expired session stop and are listed separately. Entering a code, changing a password or re-authorising needs you.
Leaving bindings and sessions to a person is deliberate. Account credentials are yours; the platform doesn't hold them for you and doesn't decide which route an account belongs on. Automatic rebinding would strip away the very record you'd need to trace a problem back.
What's supported and what you have to bring yourself, stated plainly, so you don't plan against the wrong expectations.
An environment's exit IP comes from the proxy network. Once bound, account and route stay paired, and you can check the exit IP at any time.
Platforms that only work from a phone use a cloud phone; everything else uses a browser environment. Both kinds are grouped and managed in the same console.
Warming actions run in each account's own environment, so fingerprints and sessions never affect each other, and every action leaves a trace you can follow.
When posting across accounts at once, each one publishes from its own environment, and task and subtask logs are kept entry by entry.
No, that's not something we'd claim. Fingerprint isolation lowers the odds of being linked through shared browser data, but fingerprints aren't the only signal platforms compare — exit IP, login timing patterns, device behaviour, interactions between accounts, and payment and shipping details can all be cross-checked. Environment isolation is necessary, not sufficient. Bringing the risk down also takes dedicated routes, spread-out pacing and operational discipline like keeping accounts from following each other.
Cloud environments run on platform servers, use none of your own machine's resources, and suit team collaboration and launching many at once. Local environments run on your machines, which fits when you already have a set you'd rather not migrate, or when you have requirements about where data physically sits. You can mix both; binding accounts and grouping work the same way either way.
It depends on the platform's own policy and the risk state of the account, so we can't promise a duration. A password change, a verification triggered by logging in from elsewhere, or the platform simply signing you out will all end a session. When that happens the environment is marked "session unconfirmed" and the related tasks stop and wait for you, rather than running on with a dead session.
Yes. Every environment exposes a CDP proxy address, so tools like Puppeteer and Playwright connect straight to it. Task dispatch and environment management also come with an API key and API docs, so you can wire them into your own scheduler.
Additional bindings are supported, but it depends on the platform. Several accounts from the same platform sharing one environment raises the chance of being linked, and we'd generally advise against it; accounts from different platforms sharing one is usually fine. The system doesn't force a one-to-one ratio — the call is yours.
Members and permissions are split by role, and actions like creating an environment, changing a binding or changing a proxy are written to the audit log, searchable by person and by date. Turn on 2FA for admin accounts.
A consultant will put together a concrete environment configuration and resource quote around your account count, target platforms and regions.