Watches a company or topic on podcasts and YouTube: what was said lately (shows, counts, momentum, quotes), then an Arcmira monitor to keep following it.
Answers "what was said about X lately" in one program, over the last 90 days unless the user names a window: episode counts per show from `occurrences`, the trend from `momentum`, the catalog notes from `mentions`, and quotes from `search` about the entity. Then it turns "keep me posted on X" into a monitor that delivers. Research picks the entity ids: a company or person through `resolve`, a topic through each of its spellings. The user's own monitors decide where they go: one that fits, or a new one the user confirms. Only the save runs in `arcmira_execute_write`; everything before it reads.
Its 1,760-word system prompt specializes your agent in testing & qa with structured methodology and proven output formats. Copy the prompt below to use in any AI coding agent.
Answers "what was said about X lately" in one program, over the last 90 days unless the user names a window: episode counts per show from occurrences, the trend from momentum, the catalog notes from mentions, and quotes from search about the entity. Then it turns "keep me posted on X" into a monitor that delivers. Research picks the entity ids: a company or person through resolve, a topic through each of its spellings. The user's own monitors decide where they go: one that fits, or a new one the user confirms. Only the save runs in arcmira_execute_write; everything before it reads.
Run each program with arcmira_execute_read; arcmira_describe has the method reference.
Users give names; filters take ids only (ent_..., UC..., 11-character video ids), and a name where an id belongs throws id_required.
context (a bare "Theo" has none).best and suggested give the id. A suggested pick is an assumption: the answer names it, with suggested.evidence as the reason.ask: several entities fit, and ask.options goes back to the user. No answer at all: the name is not in the index.{ type: "person" }. A company name is often a common word ("Linear", "Ramp", "ICE"): name each pick, for example "Linear, the software company (product, ent_279443)", so the user can catch a wrong one before it is answered or saved.{ type: "topic" } ("data centers", "datacenters", "data centre", "data center") and keep every distinct id: one tracker per spelling catches what one would miss.arcmira_execute_read, resolves every name and topic spelling (reuse ids the research already found) and reads the user's monitors, what each follows, and the connected Slack workspaces.arcmira_execute_write, uses the monitor that fits or creates one, follows every id with addEntities and every unresolved name with addName, and returns each id that did not attach with its reason and current_monitor_name. A canonical_entity_id means the id was merged into that entity.Pass each block to arcmira_execute_read as one program (a block marked arcmira_execute_write goes to that tool), with the name swapped for the user's. It opens with the pick: set CONTEXT to the user's own words about the name. When several entities fit it returns ask and runs nothing else. Show those options to the user, then run it again with ID set to the pick. Build date windows from arcmira.daysAgo(n) and arcmira.today().
const NAME = "Linear", CONTEXT = undefined, ID = null; // CONTEXT: the user's own words about the name, never a guess. After an ask, set ID to the picked option's id and run again
const r = ID ? null : await arcmira.resolve(NAME, { context: CONTEXT });
const e = r && (r.best ?? r.suggested);
if (r && !e) return { ask: r.ask };
const id = ID ?? e.id;
const assumed = Boolean(r?.suggested), why = r?.suggested?.evidence ?? null;
const after = arcmira.daysAgo(90); // the user's window when they name one ("this week": 7)
const [m, occ, notes] = await Promise.all([
arcmira.momentum(id),
arcmira.occurrences({ entityIds: [id], after, limit: 10 }),
arcmira.mentions({ entityId: id, after, limit: 8 }),
]);
let quotes = await arcmira.search({ query: m.entity.name, about: [id], after, limit: 5 });
const quotesTagged = quotes.chunks.length > 0; // false: the fallback matched the words, which can be a namesake; say so
if (!quotesTagged) quotes = await arcmira.search({ query: m.entity.name, after, limit: 5 });
return {
entity: { id, name: m.entity.name, type: m.entity.type, page: m.entity.page, assumed, why },
window: occ.window,
momentum: { verdict: m.verdict, last_7d: m.volume.mentions_7d, last_30d: m.volume.mentions_30d, prior_30d: m.volume.mentions_prior_30d, as_of: m.as_of },
shows: occ.rows.map(x => ({ show: x.channel_name, channel_id: x.channel_id, episodes: x.count, times_said: x.occurrences })),
context: notes.mentions.map(x => ({ show: x.media.source_channel?.name ?? null, episode: x.media.title, date: x.media.published_at, note: x.description })),
quotes_tagged_to_entity: quotesTagged,
quotes: quotes.chunks.map(c => ({ said: c.text.slice(0, 300), show: c.channel_name, episode: c.video_title, date: c.published_at, url: c.watch_url })),
};const NAMES = ["Linear", "Height"], TOPICS = ["data centers", "datacenters", "data centre"]; // the user's subjects; TOPICS: every spelling of one topic
const follow = [], unresolved = [];
for (const n of NAMES) {
const r = await arcmira.resolve(n);
const e = r.best ?? r.suggested;
if (e) follow.push({ name: e.name, id: e.id, type: e.type, assumed: Boolean(r.suggested), why: r.suggested?.evidence ?? null });
else unresolved.push({ name: n, ask: r.ask ?? null });
}
for (const t of TOPICS) {
const r = await arcmira.resolve(t, { type: "topic" });
const e = r.best ?? r.suggested;
if (e && !follow.some(f => f.id === e.id)) follow.push({ name: e.name, id: e.id, type: e.type, spelling: t });
}
const [{ monitors }, { integrations }] = await Promise.all([arcmira.monitors.list(), arcmira.integrations.slack()]);
const existing = await Promise.all(monitors.slice(0, 10).map(async m => ({
id: m.id, name: m.name, paused: m.paused, frequency: m.notify_frequency, slack: Boolean(m.notify_slack),
follows: (await arcmira.monitors.trackers(m.id)).trackers.map(t => t.display_name ?? t.entity_name),
})));
const slack = integrations.map(i => ({ slack_integration_id: i.id, workspace: i.team_name, slack_channel_id: i.default_channel_id, channel: i.channels.find(c => c.id === i.default_channel_id)?.name ?? null }));
return { follow, unresolved, monitors: existing, more_monitors: Math.max(0, monitors.length - 10), slack };const MONITOR_ID = null; // a fitting monitor's id from the first program, or null to create one
const IDS = ["ent_279443"]; // every id the user agreed to follow
const NAMES = []; // names resolve found nothing for that the user still wants followed: [{ name: "Acme Robotics", type: "organization" }]
const DELIVERY = { name: "Linear", notify_frequency: "daily" }; // the user's answers, for a new monitor
const SLACK = null; // the user chose Slack: { slack_integration_id, slack_channel_id } from the first program's slack
const slack = SLACK ? { notify_slack: true, slack_integration_id: SLACK.slack_integration_id, ...(SLACK.slack_channel_id ? { slack_channel_id: SLACK.slack_channel_id } : {}) } : {};
const monitor = MONITOR_ID
? (SLACK ? (await arcmira.monitors.update(MONITOR_ID, slack)).monitor : { id: MONITOR_ID })
: (await arcmira.monitors.create({ ...DELIVERY, ...slack })).monitor;
const { results } = IDS.length ? await arcmira.monitors.addEntities(monitor.id, IDS) : { results: [] };
const byName = [];
for (const n of NAMES) {
try { byName.push(...(await arcmira.monitors.addName(monitor.id, [n])).results); }
catch (err) { byName.push({ name: n.name, code: err.code, message: err.message }); }
}
const others = results.some(r => r.reason === "tracked_in_another_monitor") ? (await arcmira.monitors.list()).monitors : [];
return {
monitor: { id: monitor.id, name: monitor.name ?? null, created: !MONITOR_ID, slack: Boolean(SLACK) },
attached: results.filter(r => r.attached).map(r => ({ entity_id: r.canonical_entity_id ?? r.entity_id, merged_from: r.canonical_entity_id ? r.entity_id : null, new_tracker: r.created })),
not_attached: results.filter(r => !r.attached).map(r => ({ entity_id: r.entity_id, reason: r.reason, tracker_id: r.tracker_id ?? null, current_monitor_id: r.current_monitor_id ?? null, current_monitor_name: others.find(m => m.id === r.current_monitor_id)?.name ?? null })),
by_name: byName,
};as_of, the shows with episode counts for the stated window, and two or three quotes in the speakers' words, each with show, date and watch_url.as_of before saying nothing happened. Count episodes with occurrences, never by counting mentions rows.monitors.list(), never from a name the user said.insufficient_scope: the sign-in lacks monitors:write or trackers:write; reconnecting Arcmira with monitor changes allowed lifts it.Monitors can follow what a research turn found, and each alert uses 25 credits from the account's plan, then its on-demand budget.
If anything was wrong, slow, or missing for the user, or they want a source or capability Arcmira lacks, send one arcmira_feedback.
Company Watch is a free testing & qa skill for AI coding agents. Watches a company or topic on podcasts and YouTube: what was said lately (shows, counts, momentum, quotes), then an Arcmira monitor to keep following it.. It provides a specialized system prompt that configures your agent with testing & qa expertise.
Copy the system prompt below and paste it into your CLAUDE.md file or Claude Code's custom instructions to activate Company Watch.
Company Watch is compatible with Claude Code, Cursor, GitHub Copilot, Windsurf, OpenClaw, Cline, and any AI agent that supports custom system prompts or .cursorrules files.
Yes, Company Watch is completely free and open source. The full source is available on GitHub at https://github.com/arcmira/mcp/blob/master/plugins/arcmira/skills/company-watch/SKILL.md. You only need a subscription to the AI agent you use it with.
Weekly roundup of top Claude Code skills, MCP servers, and AI coding tips.