Watch a running Kobiton test run and narrate it to the user: read the org's live-remediation flag up front, poll the run until every execution is terminal, surface the live-remediation URL the moment an execution is blocked, and give a correct post-mortem so a COMPLETED-with-BLOCKER_ENCOUNTERED execution is never reported as passed. Quiet on passes, loud on blockers and the final summary; suite runs are grouped by test case. When live remediation is enabled, it asks up front whether to auto-open the live-remediation browser window when a blocker hits. Use when the user asks to "watch", "monitor", "track", or "follow" a test run, or as the natural follow-up right after createTestRun returns a testRunId. The watch runs a bundled poller that emits only on real state changes (no per-poll chatter); uses getOrgSettings up front and terminateTestRun on request, plus the shared chromeless launcher — it does not drive or resolve the blocker itself.
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Watch a running Kobiton test run and narrate it to the user: read the org's live-remediation flag up front, poll the run until every execution is terminal, surface the live-remediation URL the moment an execution is blocked, and give a correct post-mortem so a COMPLETED-with-BLOCKER_ENCOUNTERED execution is never reported as passed. Quiet on passes, loud on blockers and the final summary; suite runs are grouped by test case. When live remediation is enabled, it asks up front whether to auto-open the live-remediation browser window when a blocker hits. Use when the user asks to "watch", "monitor", "track", or "follow" a test run, or as the natural follow-up right after createTestRun returns a testRunId. The watch runs a bundled poller that emits only on real state changes (no per-poll chatter); uses getOrgSettings up front and terminateTestRun on request, plus the shared chromeless launcher — it does not drive or resolve the blocker itself.
Uses the Kobiton MCP tools getOrgSettings (up front) and terminateTestRun (on request); requires an authenticated Kobiton MCP connection, and getOrgSettings requires the automate plugin release that ships it. The watch loop runs the bundled scripts/poll-test-run.js (Node 18+; reads ~/.kobiton/.credentials, same file /automate:setup writes) which polls run state over REST and emits only on change. The optional live-remediation window (Step 4a) reuses run-automation-suite's chromeless-launcher scripts (Chrome; resize on macOS/Windows, launch-only on Linux) — if Chrome is absent the skill falls back to printing the URL.
Given a testRunId, watch the run and narrate it. The skill:
Reads live_remediation_enabledonce via getOrgSettings, so it can explain deterministically
what happens when an execution is blocked.
Runs the bundled scripts/poll-test-run.js in the background — it watches the run and emits a line
only when an execution's state changes (the model never hand-polls).
Reacts to those emitted lines: surfaces a blocker (with the live-remediation URL) when one appears,
stays silent in between.
On the poller's DONE, does a post-mortem so a blocker is never mistaken for a pass.
The skill is conversational: its "output" is the messages it posts to the user (events + final
summary), not a value returned to a caller. It changes nothing server-side except, optionally,
terminateTestRun if the user asks to stop the underlying run.
Tool naming. This doc refers to Kobiton MCP tools by their bare names (getOrgSettings,
terminateTestRun). The registered name depends on how the host loaded the MCP server (Claude Code as
a plugin exposes mcp__plugin_automate_kobiton__getOrgSettings; a repo-local .mcp.json exposes
mcp__kobiton__getOrgSettings; other hosts differ). Use the bare name and let the host resolve the
prefix. (Run state is read by the bundled poller over REST, not via the MCP getTestRun tool — a
background process can't call MCP tools.)
Prerequisites
An authenticated Kobiton MCP connection. All three tools resolve the caller's org/user from the
OAuth context.
A testRunId — usually the one createTestRun just returned, or one the user names.
getOrgSettings available. If the host can't find it, fall back to the flag-OFF branch (see
Step 1) rather than failing the watch.
Inputs
Input
Required
Notes
testRunId
yes
The run to watch. Numeric/string id as returned by createTestRun / shown in the portal. Passed to the poller as --run-id.
poll cadence
no
The poller defaults to a 3 s base interval backing off to a 30 s cap. Override via its --interval / --max-interval flags (Step 2) only if needed.
Status vocabulary (read before Step 3)
getTestRun returns revisit_executions[], each with:
{ id, test_case_id, status, failure_type, execution_session_id, assigned_device_id, execution_error }.
assigned_device_id is the device the execution runs on — use it directly to build the live-remediation
URL (Step 4); no separate session lookup is needed.
Execution status values:NEW, SCHEDULED, RUNNING, UPLOADING_IMAGE, COMPLETED,
TERMINATING, NETWORK_PAYLOAD_SCANNING. COMPLETED is the terminal status; what kind of terminal
it is comes from failure_type.
failure_type values (the ones this skill keys on): NONE (clean), BLOCKER_ENCOUNTERED,
TERMINATED_BY_USER, TERMINATED_BY_SYSTEM, and several genuine failures (NETWORK_ISSUE,
INIT_SESSION_FAILED, APP_CRASHED, TARGET_ELEMENT_NOT_FOUND, OTP_CODE_ENCOUNTERED, …).
The blocked moment depends on the flag — this is the key behavior:
Live remediation ON: when an execution hits a blocker it pauses in a blocked-waiting state
(live status BLOCKED_WAITING, then BLOCKED_RESUMING once remediation is accepted) and waits for the
user to resolve it interactively. It does not end yet.
Live remediation OFF: there is no waiting state. The execution ends immediately —
status = COMPLETED, failure_type = BLOCKER_ENCOUNTERED — and the user's later portal resolution
applies on the next rerun.
So with the flag OFF you will typically never observe a blocked-waiting status: the first you see of the
blocker is the terminal COMPLETED + BLOCKER_ENCOUNTERED. With the flag ON you see the pause first, then
either a resume or (if the wait expires / is not resolved) a terminal COMPLETED + BLOCKER_ENCOUNTERED.
Steps
1. Set up once: flag, portal base, and (if flag ON) the open-on-blocker preference
Do all of this before the watch loop, so when a blocker hits later there is nothing left to decide.
1a. Read the live-remediation flag. Call getOrgSettings a single time and cache
settings.live_remediation_enabled as flagOn for the rest of the run — do not re-read it on every
poll. Fallback (safer default): if getOrgSettings errors or has no live_remediation_enabled, treat
flagOn = false and tell the user once that you couldn't read the flag and are assuming OFF.
1b. Derive the portal base URL from the MCP server the run lives on — do not hardcode
https://portal.kobiton.com. Read the MCP server URL from .mcp.json and map the api host to its
portal equivalent (drop any trailing /mcp), same rule as run-automation-suite:
So a run watched through api-test.kobiton.com → https://portal-test.kobiton.com,
api-test-green → portal-test-green, etc. Cache this as <portal>. If the mapping can't be resolved,
fall back to https://portal.kobiton.com. Use the MCP server that serves getTestRun for this run
— i.e. the env the run and its devices live on — not the env any cross-org flag read happened to use.
1c. State the flag state, and — if flagOn = true — settle the open-on-blocker preference up front.
flagOn = false → "Live remediation is not enabled for your org — a blocked execution ends
immediately with BLOCKER_ENCOUNTERED, and a resolution you submit in the portal applies on the next
rerun." (Nothing to pre-arrange; there is no live window to open. autoOpen is irrelevant.)
flagOn = true:
If autoOpen was already decided by the caller (e.g. the create-test-run skill delegated here
after the user chose "monitor + auto-open" → autoOpen = yes, or "monitor only" → autoOpen = no),
do not ask again — just state it: "Live remediation is enabled; I'll {auto-open the
live-remediation window on a blocker / surface the URL on a blocker}." Skip straight to Step 2.
Otherwise (invoked directly, no pre-set preference) → "Live remediation is enabled — if an
execution hits a blocker it pauses and waits for interactive remediation." Then ask now, once,
before monitoring: "When a blocker hits, do you want me to automatically open the live-remediation
window for the blocked device?" Cache the answer as autoOpen (yes/no). Asked a single time up front
— not per blocker mid-run.
2. Stream the bundled poller — do NOT hand-poll
Do not write your own sleep/poll loop and do not narrate individual polls. That is exactly what made
a prior run noisy — calling getTestRun over and over and posting "still NEW / still blocked, no change".
The bundled poller emits a line only when an execution's state actually changes and exits when the
run is done:
($SKILL_DIR is this skill's directory. Optional: --interval <sec> base cadence (default 3),
--max-interval <sec> backoff cap (default 30), --max-errors <n> consecutive-error give-up (default 5),
--waiting-heartbeat <sec> blocked-heartbeat cadence (default 60, 0 disables).) The script reads run
state via REST using ~/.kobiton/.credentials (a background process can't call the MCP getTestRun tool
— that's why this is a script). It diffs per execution, backs off during quiet stretches, and exits 0
on DONE.
Run it so each emitted line streams back to you as it happens — this is the whole point. A plain
"background" launch is NOT enough: a backgrounded process's stdout does not re-engage you, so you'd
sit idle and miss the blocker window (this was a real failure). Use the host's stream-a-command's-output
mechanism so every line re-invokes you:
Host
How to stream the poller
Claude Code
The Monitor tool — command: the node …poll-test-run.js … line above, persistent: true (a run can outlast the default timeout; stop it with TaskStop when done/cancelled). Each stdout line arrives as a notification that re-invokes you. Do not use Bash with run_in_background for this — it won't stream the lines back.
Codex CLI
Use its long-running/streamed-shell affordance (a foreground streamed exec) so each stdout line surfaces as it's printed; don't detach-and-forget.
Gemini CLI / others
Use the host's equivalent streamed/long-running shell or watch/loop tool. If the host has no way to stream a background command's stdout back, fall back to a foreground loop: run the poller foreground reading one batch, or re-invoke the skill's poll on an interval via the host's loop/cron tool — never a silent detached process.
Whichever mechanism: you react only to the lines it prints. Stay silent between lines; there is no
value in reporting "no change". The lines:
Line
Meaning → what you do
READY portal=<base>
The env-mapped portal base (Step 1b — the script derived it from the credentials' API host). Cache it as <portal> for the launch URL; don't derive it yourself.
That execution reached a terminal state. Collect for the Step 5 summary; surface a blocker-encountered terminal as a blocker, never as a pass.
DONE …
All executions terminal → go to Step 5 (final summary).
WAITING blocked=<n> …
Throttled heartbeat (default every 60 s) emitted while ≥1 execution sits blocked-waiting and nothing else is changing. This is your cue to re-nudge the user that those executions are paused on a timeout — see Step 4b. Do not treat it as "no change, stay quiet".
ERROR <code> <message>
NOT_FOUND/FORBIDDEN/UNRECOVERABLE are fatal (script exits) — report and stop. A transient poll error is informational (the script keeps retrying) — stay quiet unless it escalates to UNRECOVERABLE.
Short-circuit: if the run is already fully terminal, the script emits the terminal EVENTs then
DONE on the first poll — same path, no special-casing needed.
The event kinds map to outcomes as follows (the script applies this; it's here so you narrate
correctly): terminal_passed = COMPLETED + failure_type NONE; terminal_blocker_encountered =
COMPLETED + BLOCKER_ENCOUNTERED (a blocker, never a pass); terminal_terminated = COMPLETED +
TERMINATED_BY_USER/TERMINATED_BY_SYSTEM; terminal_failed = COMPLETED + any other failure_type.
4. Surface blockers (loud); stay quiet on passes
On an EVENT blocked line (flag ON, paused) or an EVENT terminal_blocker_encountered line
(flag OFF, already ended) from the poller — post a message containing:
Which execution (exec=) and, for a suite, which test case (tc=) is blocked.
The device — the device= field on the event line (the poller reads it from assigned_device_id).
The live-remediation URL — built from <portal> (the base from the poller's READY line, env-mapped,
not hardcoded to production) and device=. Note: no &view=device-only — the full default
device-launch view is wanted here so the Kobi AI chat panel and controls are visible alongside the
device:
<portal>/devices/launch?id=<device>
A deterministic explainer keyed on the cached flagOn:
flagOn = true → this is an action request, not a status update — the execution is now waiting on
the user, on a clock. Say so plainly and urgently, e.g.: "⏳ Action needed now — this execution
is paused on a blocker and waiting for you. It will auto-fail with BLOCKER_ENCOUNTERED if the
remediation window times out, so resolve it promptly. {If autoOpen = yes: "I've opened the
live-remediation window —" else: "Open the URL to"} chat with Kobi AI / drive the device to clear the
blocker; the execution resumes automatically once it's cleared." Do not frame this as "I'll just
wait and ping you when something changes" — by the time the next change arrives it may already be the
timeout.
flagOn = false → "Live remediation isn't enabled for your org, so this execution ended with
BLOCKER_ENCOUNTERED. Submit your resolution in the portal — it applies on the next rerun."
If the event line shows device=- (the device id is unexpectedly absent — it is part of the
getTestRun contract, so this points to a backend/state problem): surface the blocker text without a URL
and note INVALID_EXECUTION_STATE (missing assigned_device_id). Don't fabricate a device id.
4a. Auto-open the live-remediation window (flag ON, per the up-front preference)
The decision was already made in Step 1c — do not ask again per blocker mid-run. On each
EVENT blocked line:
If autoOpen = no → just post the URL (the user opens it themselves). Done.
If autoOpen = yes → open the live-remediation window for the blocked device now, automatically, then
carry on monitoring. (Still print the URL too, as a fallback.)
To open it, reuse run-automation-suite's chromeless-launcher chain — the same chain
drive-automation-session uses — do not re-implement it. Two differences from that skill's
device-only live view:
Full view, not device-only. Use the URL without&view=device-only so the Kobi AI chat panel
and the surrounding launch-view controls render, not just the phone screen.
Bigger-than-phone window. Size the window wide enough to fit the device plus the chat
interface — default 1400×900 (vs the launcher's phone-shaped 540×920 default). The device sits on
one side and the chat/controls on the other.
Invoke per host OS, in the background (Claude Code: Bash tool with run_in_background: true; other
hosts: append & and disown) so the launcher's resize-polling doesn't block the watch loop. $SKILL_DIR
is this skill's directory.
Launcher exit codes (surface in the background-task completion event): 0 = Chrome launched (resize may
not have succeeded — informational); 2 = Chrome not found → fall back to telling the user to open the
URL manually (or their default browser); 64 = usage error → surface it. The URL is always printed too,
so a launcher failure never blocks the user.
This is only for the flag-ON branch — with the flag OFF the execution has already ended, so there's
no live window to open; just give the explainer and the portal URL.
On a resumed event, post a concise "execution [id] resumed" line.
Stay quiet on in-flight passing progress — don't narrate every poll. But "quiet" applies to running
executions, not to blocked-waiting ones: a flagOn = true blocker is the user's to clear against a
timeout, so silence there is wrong (it reads as "nothing for me to do" while the clock runs out).
4b. While any execution is blocked-waiting, keep the pressure on (flag ON)
Track which executions are currently in the blocked state (entered on an EVENT blocked, cleared on
that execution's resumed or terminal event). The poller drives the nudging for you: while that set is
non-empty and nothing else changes, it emits a throttled WAITING blocked=<n> line (default every
60 s).
On each WAITING line, post a short standing reminder naming what's still pending and that it will
auto-fail on timeout — e.g.: "⏳ Still waiting on you: 2 executions paused on blockers (Pixel 8, Pixel
4). They auto-fail with BLOCKER_ENCOUNTERED if not resolved soon — resolve them in the open windows."
Don't treat WAITING as a no-op.
When a previously-blocked execution goes terminal as terminal_blocker_encountered, say it timed
out / wasn't resolved in time (not merely "ended with a blocker") so the cause is unambiguous.
The point: a blocked-waiting run is an open ask of the user, not a background watch. Keep it visible
until they act or it resolves.
5. Post-mortem + final summary
On the poller's DONE line, post a final summary from the terminal EVENT lines you collected. For each
execution, report by its terminal kind:
terminal_passed → "execution [exec] passed".
terminal_blocker_encountered → Never report this as passed.
If flagOn = trueand this execution had been blocked (paused) → it timed out: "execution
[exec] hit a blocker, paused for live remediation, and timed out unresolved → BLOCKER_ENCOUNTERED.
The resolution you submit in the portal applies on the next rerun." (Flag this if the user could still
have acted — it's the avoidable case.)
If flagOn = false → "execution [exec] ended with BLOCKER_ENCOUNTERED (live remediation not enabled
for your org); the resolution you submit in the portal applies on the next rerun."
Format: group by tc= (test case) when the run is a suite; flat list per execution otherwise.
6. Lifecycle
Already terminal at invocation → the poller emits the terminal EVENTs then DONE on its first
poll; go straight to the final summary.
Natural exit → the skill ends when the poller prints DONE (every execution COMPLETED); the
monitor stream ends on the poller's exit. There is no arbitrary wall-clock cap; the test run's own
lifecycle is the bound. (On Claude Code you may still TaskStop the monitor task after DONE to free
it, though it has already exited.)
User cancels the watch → stop the poller stream (Claude Code: TaskStop the monitor task; other
hosts: terminate the streamed process) and end cleanly. The underlying run keeps going. If the user
wants to actually stop the run (not just the watch), call terminateTestRun(testRunId) and confirm.
Errors
Condition
Handling
Poller prints ERROR NOT_FOUND / ERROR FORBIDDEN
Run not found / not owned — the poller exits; report and stop.
Poller prints a transient ERROR poll …
Informational — the poller is backing off and retrying. Stay quiet unless it escalates to ERROR UNRECOVERABLE (it exits after --max-errors), then report.
getOrgSettings fails or flag missing
Fall back to the flag-OFF branch (flagOn = false); tell the user once. Do not abort the watch.
ERROR no-credentials from the poller
~/.kobiton/.credentials is missing/incomplete — tell the user to run /automate:setup, then restart the watch.
Event line shows device=- on a blocker
Device id unexpectedly absent (contract-guaranteed). Surface blocker text without URL; note INVALID_EXECUTION_STATE.
Live-remediation launcher fails (exit 2/64)
Inform the user and fall back to the printed URL (or their default browser). Never blocks the watch.
Notes
This skill is additive conversational glue. It reads the org flag (getOrgSettings), runs the bundled
scripts/poll-test-run.js to watch run state (REST, emit-on-change — it does not mutate the run),
optionally opens the live-remediation view in a browser (the shared chromeless-launcher, Step 4a)
when the user opted in, and optionally stops the run (terminateTestRun). It does not itself drive
the device or resolve the blocker — the user does that in the opened view — and it does not implement
the live-remediation experience.
The poller, not the model, owns the watch loop. Never hand-poll getTestRun in a sleep loop or
narrate no-change polls — the poller exists precisely so the watch is quiet between real state changes.
It composes with the test-run tools: createTestRun (start) → monitorTestRun (watch) →
terminateTestRun (stop, if asked).
The status values, failure_type values, and the blocker rule above are the Kobiton platform's
contract for a revisit execution; if the platform changes them, update this skill rather than diverging.
