4 ready-to-build workflows

AI agent workflows for YouTubers & long-form video creators

A manager, an editor's assistant and a first-line community mod for a one-person channel — every reply, every script and every brand yes still approved by you, in your voice.

Each recipe below is expressed only in VegaDūta's real workflow building blocks — Trigger, Agent, Knowledge, Condition, Approval, Output, Tool (MCP), Voice, Device, Loop, Code and Parallel — so it maps 1:1 to something you can assemble in the Workflow designer. Consequential actions always pass a human Approval step.

1. Clear the comment backlog in one batch (map-reduce, 2 agents)

Comments get read at midnight on a phone, thumb-scrolling a feed that never ends. The genuinely useful ones — a correction, a repeated question, a collab offer, someone reporting a broken link — are buried between hundreds of emoji replies, and the same question gets answered twice because nobody remembers answering it the first time.

Trigger: Webhook (comment export from the platform API via Tool/MCP — daily or post-upload)

How the workflow runs

  1. Trigger

    The day's comments arrive. A scheduled Webhook fires with the batch reference; a Tool (MCP) node pulls the comment list from the platform's own API. YouTube has no first-party connector — it is reached via Webhook + Tool (MCP), never pretended otherwise.

  2. Loop

    Map: one cheap pass per comment. A Loop node fans an economy-tier triage agent across every comment — isolated context per item, so a 40-comment day and a 4,000-comment launch day are handled identically.

  3. Agent

    Triage + draft, never post. The triage agent returns strict JSON per comment (bucket: QUESTION / CORRECTION / BUSINESS / SUPPORT / ABUSE / NOISE, sentiment, needs_reply) and, for QUESTION/SUPPORT, a draft reply written from the channel FAQ and tone guide in Knowledge. It drafts. It never publishes.

  4. Knowledge

    Answer from what you already said. A Knowledge node holds the channel FAQ, pinned-comment answers, past scripts and the tone guide — so a repeated question gets the answer you already gave, in your phrasing, instead of a fresh invention.

  5. Agent

    Reduce: the daily digest. A reducer agent rolls the validated items into one brief: the top repeated questions (candidates for a pinned comment), corrections worth acknowledging on-camera, business/collab enquiries pulled out to the top, and anything flagged for moderation.

  6. Approval

    You approve the replies. An Approval node holds the drafted replies as a single review list — approve, edit, or drop each one. Nothing is posted to your channel without that click.

  7. Output

    Post approved + file the digest. A Tool (MCP) node posts only the approved replies back through the platform API; the digest goes to Email or Telegram so it can be read once, in the morning, instead of scrolled at midnight.

Channels & connectors

  • Webhook
  • Tool (MCP → YouTube Data API)
  • Knowledge base
  • Approval / HITL
  • Email
  • Telegram

Outcome

The whole comment backlog is bucketed, deduped and drafted in one run, and the creator spends their time approving replies and reading one digest instead of scrolling a feed.

Why it helps

Map-reduce turns an unbounded scroll into cheap per-comment passes plus one synthesis. The mechanism that matters: repeat questions are grouped so the same answer is written once, and business enquiries stop being lost between emoji replies — with the creator still the only one who can post.

Build spec

2 agents1 triage/draft agent (runs once per comment via the Loop node) + 1 reducer (runs once). Loop, Knowledge and Approval are workflow nodes. · Pattern: Map-reduce: Loop (map, economy tier) → reducer (reduce) → creator approves every reply

System prompt (paste-ready)

(Triage) Handle ONE comment on {{channel}}. Return strict JSON {bucket (QUESTION|CORRECTION|BUSINESS|SUPPORT|ABUSE|NOISE), sentiment, needs_reply (bool), duplicate_of (id|null), draft_reply (string|null)}. Write draft_reply ONLY for QUESTION or SUPPORT, and ONLY from the FAQ, pinned answers, past scripts and tone guide in Knowledge — match the creator's voice, never invent a fact, a date, a product claim or a promise about future uploads. If the answer is not in Knowledge, set draft_reply=null and needs_reply=true so a human writes it. Route BUSINESS to the enquiry list, never reply to it. Never post anything; you only draft.

Agent roles & model tiers

  • Comment triage + draft (per comment) Economy tier — fast and cheap; it runs N times, so this single choice dominates the whole workflow's cost. Fallback model configured so one provider hiccup does not stall the batch

    Bucket ONE comment into schema-valid JSON and, for questions only, draft a reply grounded strictly in the channel's own Knowledge. Null instead of a guess. Never publish.
  • Digest reducer (once) Standard tier — reasoning over the batch

    Aggregate the validated comment results into one morning brief: repeated questions ranked by frequency (pinned-comment candidates), corrections worth an on-camera acknowledgement, business/collab enquiries lifted to the top, moderation flags. Cite real counts from the batch; never estimate.

MCP connectors

  • YouTube Data API (comment list + reply post) — via a Tool (MCP) node; no first-party connector exists
  • Email / Telegram — the digest delivery channel (both first-party)

Built-in tools

  • knowledge_search (channel FAQ, pinned answers, past scripts, tone guide)
  • http_request (pull the comment batch; post only approved replies)
  • user-defined tool comment_priority (SpEL): input.bucket == 'BUSINESS' ? 100 : (input.bucket == 'CORRECTION' ? 80 : (input.needsReply ? (input.likeCount >= input.pinThreshold ? 60 : 30) : 0)) — a tenant-authored SpEL expression over the tool's JSON input: a data-transform formula, sandboxed by construction (no method calls, no constructors, no bean or type references, and no loop in the grammar), NOT a scripting engine. The creator encodes their own idea of what matters once, and every comment in every future batch is scored against it automatically

Guardrails

  • The agent drafts, the creator approves — every reply passes the Approval node before a single character reaches the channel; nothing auto-posts
  • Voice stays the creator's: drafts are grounded only in the channel's own Knowledge (FAQ, pinned answers, past scripts, tone guide). No invented facts, dates, product claims or upload promises — if the answer is not in Knowledge, the agent returns null and asks for a human
  • Schema validation per comment — a malformed item is dropped from the reduce and surfaced in the digest, never silently answered
  • ABUSE-bucketed items are only ever flagged for the creator's own moderation decision; the agent never issues a strike, block or removal itself
  • Idempotent per comment id, so re-running the batch cannot double-reply to the same person

Cost strategy

Cost is linear and easy to reason about: N × (economy-tier, hard-capped triage agent) + ONE standard-tier reduce. Because triage runs across the entire comment volume — the largest item count in a creator's whole operation — it MUST sit on the economy tier; that is the dominant lever, and premium models belong nowhere near it. Run the map in Parallel batches for wall-clock speed without changing per-item cost, and set a per-run token cap so a viral video cannot produce a surprise bill.

Output & delivery

Loop maps the cheap triage agent over every comment → the reducer writes one morning digest → the creator approves, edits or drops each drafted reply at the Approval node → a Tool (MCP) node posts only the approved replies through the platform API and the digest lands on Email or Telegram. Unapproved drafts stay drafts.

2. Brand-deal inbox: screen every sponsor email against your own rate card

Sponsor emails land in the same personal inbox as everything else. Half are mass-blast offers well under the creator's floor rate, some are categories they would never promote, and the two genuinely good ones get answered a week late — or never, because the thread scrolled off the first screen. The rate card lives in the creator's head.

Trigger: Email (business address) / Instagram DM / Webhook (contact form)

How the workflow runs

  1. Trigger

    An offer arrives. An Email trigger on the business address, an Instagram DM, or a Webhook from the site contact form catches the enquiry — all three are real first-party inbound paths.

  2. Agent

    Extract the actual offer. An Agent node pulls the deal into structured fields: brand, product category, deliverables (integration / dedicated / short), usage rights, exclusivity, timeline, and the offered fee. Missing fields come back as null — never guessed.

  3. Tool (MCP)

    Score it against YOUR rules. A user-defined tool (SpEL formula, see the build) compares the offer to the creator's own floor rate and off-limits categories. The creator writes those rules once; every future email is screened against them automatically, with no model judgement involved in the money threshold.

  4. Condition

    Below rate / wrong category?. A Condition node branches: BELOW_RATE and DECLINE_CATEGORY route to a polite, pre-approved decline draft; CONSIDER routes to a real proposal draft.

  5. Knowledge

    Price from the real rate card. A Knowledge node holds the rate card, standard usage/exclusivity terms and past deal notes — the proposal is assembled from documented rates, never a number the model invented.

  6. Approval

    You agree the price, not the agent. An Approval node holds every outbound reply. No fee, no deliverable list, no exclusivity window and no yes leaves without the creator's click — a brand commitment is binding.

  7. Output

    Reply + track the thread. An Output node sends the approved reply on the channel it came in on, and a Tool (MCP) node files the deal in the creator's tracker so a good offer cannot scroll away again.

Channels & connectors

  • Email
  • Instagram
  • Webhook
  • Knowledge base
  • Approval / HITL
  • Tool (MCP → deal tracker / sheet)

Outcome

Every sponsor email is parsed, screened against the creator's own floor rate and category rules, and answered with a grounded draft — with the price and the yes still entirely the creator's decision.

Why it helps

The mechanism: the rate card moves out of the creator's head into a rule that runs on every email, so lowball mass-blasts get a fast polite decline and real offers surface the same day instead of a week later. Nothing about the money is left to model judgement — the threshold is a formula the creator wrote.

Build spec

2 agents1 extraction agent + 1 reply-drafting agent (they run on different branches of the Condition node, so a decline never pays for the drafting model). The scoring is a user-defined tool, not an agent. · Pattern: Extract → deterministic SpEL screen → branch (decline draft | proposal draft) → creator approves

System prompt (paste-ready)

You screen inbound brand enquiries for {{creator}}. From an email or DM, extract strict JSON {brand, category, deliverables[], usage_rights, exclusivity_months, timeline, offer_amount, currency}. Use null for anything the sender did not actually state — NEVER infer a fee, a category or a usage term. Do not evaluate whether the deal is good: the workflow's deal_fit tool decides that from the creator's own rules. Do not reply, do not negotiate, do not agree to anything.

Agent roles & model tiers

  • Offer extractor Economy tier — structured extraction only, and it runs on every enquiry including the junk ones

    Parse ONE enquiry into the offer schema. Nulls, not guesses. No judgement on quality, no reply.
  • Reply drafter (CONSIDER branch) Standard tier — it writes in the creator's voice and quotes real numbers, so it gets the better model; only reached after the SpEL screen passes

    Draft a reply in the creator's voice using ONLY the rate card, standard terms and past deal notes in Knowledge. Quote documented rates only. Never invent a discount, a package or a claim about the brand's product. Mark the draft as a proposal pending the creator's approval — never phrase it as an agreement.
  • Decline drafter (BELOW_RATE / DECLINE_CATEGORY branch) Economy tier — short, templated, high volume

    Write a brief, warm, non-committal decline from the creator's saved decline template. Never state the floor rate or the reason category out loud unless the template does.

MCP connectors

  • Deal tracker / sheet — via a Tool (MCP) node (no first-party connector)
  • Email + Instagram — real first-party inbound and reply channels
  • Site contact form — inbound via Webhook

Built-in tools

  • knowledge_search (rate card, usage/exclusivity terms, past deal notes)
  • user-defined tool deal_fit (SpEL): input.offer >= input.floorRate ? (input.category matches input.allowedCategories ? 'CONSIDER' : 'DECLINE_CATEGORY') : 'BELOW_RATE' — a tenant-authored SpEL expression evaluated over the tool's JSON input. Sandboxed by construction: no method calls, no constructors, no bean or type references, and the grammar has no loop. It is a data-transform/formula tool, not a scripting engine. The creator encodes THEIR OWN floor rate and off-limits categories once, and every brand email from then on is screened against it automatically — the money threshold never depends on how a model felt that day
  • send_email (the approved reply)
  • http_request (file the deal in the tracker)

Guardrails

  • No price and no yes without the creator: every outbound reply — decline or proposal — passes the Approval node, and a fee, deliverable list or exclusivity window is never agreed by the agent
  • Proposals are priced only from the rate card in Knowledge. No invented rates, bundles, discounts or lead times
  • The agent never writes a claim about the sponsor's product — it describes the creator's own deliverables only; any product claim must come from the brand's brief and be approved on-camera by the creator
  • The screening threshold is the creator's own SpEL formula, not model judgement — deterministic, auditable, and identical on every email
  • Extraction returns null for anything the sender did not state, so a missing fee can never be read as an acceptable one

Cost strategy

The volume here is junk-heavy, so the cost design is the branch itself: extraction and declines sit on the economy tier and absorb the mass-blast traffic, while the standard-tier drafting model is only ever reached after deal_fit returns CONSIDER. A fallback model keeps the inbox moving if the primary provider is down. There is no batch multiplier — one pass per enquiry.

Output & delivery

The extractor parses the offer → deal_fit (the creator's own SpEL formula) screens it → the Condition node routes to a cheap decline draft or a rate-card-grounded proposal draft → the creator approves or edits at the Approval node → the reply goes out on Email or Instagram and a Tool (MCP) node files the deal in the tracker.

3. Research while you draft: a script pack in your own voice (parallel, supervisor)

The content calendar is a note on a phone. Research means twenty open tabs that get closed before the script is written, the hook gets rewritten four times, and by the time the outline exists the idea has gone cold. Every video starts from a blank page even though there are eighty past scripts sitting in a folder.

Trigger: Webhook / Slack / Telegram (creator drops an idea)

How the workflow runs

  1. Trigger

    Idea goes in. The creator drops a title or a one-line idea into Slack, Telegram or a Webhook — the note-on-a-phone replacement, but one that actually starts work.

  2. Supervisor

    Supervisor plans the pack. A Supervisor node decides what this idea needs — research depth, whether a past script covers it already, whether it is sponsor-safe — and dispatches the branches.

  3. Parallel

    Research and structure at the same time. A Parallel node runs the researcher and the structure agent concurrently instead of serially: the outline takes shape while sources are still being gathered.

  4. Agent

    Researcher gathers, with citations. The research agent uses web_search and http_request and returns claims WITH sources. Any claim it cannot source is returned flagged, not quietly asserted.

  5. Knowledge

    Your voice, from your archive. A Knowledge node grounds the writing in the creator's past scripts, hook patterns and tone guide — so the draft reads like the channel, not like a language model.

  6. Agent

    Writer assembles the pack. The writer produces the pack: three hook options, an outline with beats, B-roll and on-screen-text notes, a title/description draft and chapter markers — all in the creator's register.

  7. Approval

    Nothing publishes; you take it or leave it. An Approval node hands the whole pack to the creator to edit. It is a first draft for a human writer, never a finished script and never published by the workflow.

  8. Output

    Pack lands where you work. The approved pack goes to Email or Telegram and, if wanted, a Tool (MCP) node files it into the creator's own doc/notes system as a draft — still a draft.

Channels & connectors

  • Slack
  • Telegram
  • Webhook
  • Knowledge base
  • Approval / HITL
  • Email
  • Tool (MCP → docs/notes)

Outcome

An idea becomes a sourced, structured script pack in the creator's own voice — hooks, beats, B-roll notes, title and chapters — that the creator edits rather than starts from scratch.

Why it helps

The mechanism is twofold: Parallel removes the serial research-then-write wait, and Knowledge grounding in eighty past scripts means the draft starts inside the creator's voice instead of drifting toward generic. The blank page is what gets removed — not the creator's authorship.

Build spec

3 agents1 supervisor + 1 researcher + 1 writer. The researcher and writer run concurrently under the Parallel node; the Supervisor decides scope and dispatches. · Pattern: Supervisor → Parallel (research ∥ structure) → writer synthesis → creator approves the draft

System prompt (paste-ready)

(Writer) You draft video scripts for {{channel}}. Using the researcher's sourced claims and the past scripts, hook patterns and tone guide in Knowledge, produce a pack: 3 hook options, an outline with beats and rough timings, B-roll / on-screen-text notes, a title and description draft, and chapter markers. Write in the creator's register — mirror the archive, do not smooth it out. Use ONLY sourced claims; if a claim arrived flagged as unsourced, either drop it or mark it clearly [UNVERIFIED — check before recording]. Never invent statistics, quotes, dates or product claims. This is a first draft for the creator to rewrite; never present it as finished and never publish it.

Agent roles & model tiers

  • Supervisor Standard tier — planning and dispatch only, short context

    Decide what this idea needs: research depth, whether an existing script in Knowledge already covers it (say so instead of duplicating work), and whether the topic is sponsor-sensitive. Dispatch the research and structure branches; do not write the script yourself.
  • Researcher Standard tier with web_search — breadth matters more than prose here

    Gather claims relevant to the idea. Return {claim, source_url, confidence} for each. Anything you cannot source, return with source_url=null and confidence=LOW — flagged, never asserted. No synthesis, no opinions.
  • Writer Premium tier — this is the ONE place the reasoning budget belongs, because voice and structure are the whole product. Fallback model configured

    Assemble the script pack from sourced claims plus the creator's archive. Mirror the archive's voice. Mark anything unverified inline. Draft only.

MCP connectors

  • Docs / notes system — via a Tool (MCP) node (no first-party connector)
  • Slack / Telegram / Email — real first-party creator-facing channels

Built-in tools

  • knowledge_search (past scripts, hook patterns, tone guide, sponsor-safe topic list)
  • web_search (sourced research)
  • http_request (fetch a specific source page)
  • send_email (deliver the pack)

Guardrails

  • The agent drafts, the creator writes: the pack lands at an Approval node as a first draft and is never published, uploaded or scheduled by the workflow
  • The voice stays the creator's — the writer is grounded in the creator's own past scripts and tone guide, and is instructed to mirror the archive rather than normalise it
  • Every factual claim carries a source; unsourced claims are returned flagged and rendered as [UNVERIFIED — check before recording], never smoothed into the script
  • No invented statistics, quotes or product claims. If the video is sponsored, the pack carries the required disclosure line in the script AND in the description draft — the disclosure is not optional and is not something the creator has to remember to add

Cost strategy

This is the deliberate inverse of the comment workflow: volume is low (a handful of scripts a week), stakes are high, so the premium tier is justified — but only for the writer. The supervisor is a short planning call and the researcher is standard tier with search; putting a premium model on either buys nothing. Parallel improves wall-clock time without changing token spend, and a fallback model keeps a recording day from being blocked by one provider outage.

Output & delivery

The Supervisor scopes the idea → Parallel runs sourced research alongside structuring → the premium-tier writer assembles hooks, outline, B-roll notes, title, description and chapters in the creator's voice → the creator edits and approves at the Approval node → the pack lands on Email/Telegram and, optionally, as a draft in the creator's own docs via a Tool (MCP) node.

4. Dub and caption one video into your other languages (ElevenLabs + Sarvam)

Captions get retyped per language, usually by hand, usually only for one language, usually late. An Indian-language audience that would happily watch gets a machine-auto-caption or nothing at all, and a proper dub means booking a voice artist for a video that has already peaked.

Trigger: Webhook (upload/render complete, via the creator's own tooling)

How the workflow runs

  1. Trigger

    The cut is locked. A Webhook fires from the creator's render or upload tooling with the video reference and transcript. Upload/scheduling tools have no first-party connector — this is the honest inbound path.

  2. Agent

    Clean the transcript. An economy-tier agent tidies the raw transcript into caption-ready segments — timings preserved, filler trimmed, names and channel-specific terms corrected from Knowledge.

  3. Loop

    Loop over target languages. A Loop node runs the localisation pass once per target language, so adding a fifth language is a config change, not a new workflow.

  4. Agent

    Translate with Sarvam for Indian languages. Sarvam is a real first-party provider — Hindi, Tamil, Telugu, Kannada, Bengali, Marathi and more get a proper localisation pass rather than a generic machine translation, with the channel's own glossary applied.

  5. Voice

    Dub with ElevenLabs. A Voice node uses ElevenLabs (first-party) to render the approved translated script as a dub track for the languages the creator has chosen to dub rather than only subtitle.

  6. Approval

    You hear it before anyone else does. An Approval node holds both the caption files and the dub audio. The creator (or a trusted native-speaker reviewer) signs off per language — a bad dub in a language you do not speak is exactly the thing that must never auto-publish.

  7. Output

    Files back, still unpublished. On approval, a Tool (MCP) node attaches the caption tracks and dub audio through the platform API. Publishing remains the creator's action, not the workflow's.

Channels & connectors

  • Webhook
  • Sarvam (Indian languages)
  • ElevenLabs (voice)
  • Knowledge base
  • Approval / HITL
  • Tool (MCP → platform upload API)

Outcome

One locked cut produces reviewed caption tracks and, where the creator wants them, ElevenLabs dub tracks across multiple languages — each signed off per language before anything is attached.

Why it helps

The mechanism: the per-language cost of localisation collapses from booking a voice artist and hand-retyping captions to a Loop iteration, so languages that were never worth doing individually become worth doing. Sarvam does the Indian-language pass properly instead of a generic translate; ElevenLabs renders the voice — and a human still signs off each language before it exists publicly.

Build spec

2 agents1 transcript-cleanup agent + 1 localisation agent (runs once per target language via the Loop node). ElevenLabs voice rendering is a Voice node, not an agent. · Pattern: Clean → Loop per language (Sarvam localisation → ElevenLabs dub) → per-language human sign-off

System prompt (paste-ready)

(Localisation) Localise ONE video's caption segments into {{target_language}} for {{channel}}. Preserve segment timings exactly. Apply the channel glossary in Knowledge — product names, recurring segment names, the creator's catchphrases and anything explicitly marked do-not-translate stay as written. Localise meaning and register, not word-for-word. If a joke or idiom does not carry, adapt it and mark the segment {adapted: true} so the reviewer sees it. Never add, remove or soften a claim that was in the original — a dub is a translation, not an edit. Output is a draft for human sign-off.

Agent roles & model tiers

  • Transcript cleanup Economy tier — mechanical segmentation and term correction over a long transcript

    Turn the raw transcript into caption-ready segments with timings preserved. Trim filler, fix channel-specific names from the glossary. Change no meaning.
  • Localiser (per language) Standard tier, routed to Sarvam for Indian languages — runs once per language, so the tier is a real multiplier; keep it standard, not premium. Fallback model configured

    Localise one language's segments with the glossary applied, timings preserved, adapted idioms flagged. Draft only — never final.

MCP connectors

  • Platform upload / caption API — via a Tool (MCP) node; no first-party connector
  • Render / upload tooling — inbound via Webhook
  • Sarvam and ElevenLabs are first-party providers, not MCP — used directly

Built-in tools

  • knowledge_search (channel glossary, do-not-translate list, catchphrases, prior approved translations)
  • http_request (attach approved caption and audio tracks via the platform API)

Guardrails

  • Nothing is attached or published without the Approval node — caption tracks and dub audio are both held for per-language sign-off, and publishing stays the creator's own action
  • A language the creator does not speak gets a named human reviewer on the Approval step; the workflow will not release an unreviewed language just because the other four passed
  • The dub is a translation, not a rewrite: no claim may be added, dropped or softened relative to the original, and adapted idioms are flagged so the reviewer sees exactly what changed
  • The channel glossary and do-not-translate list are authoritative — product names, segment names and catchphrases are never localised away, so the creator's voice survives the language change
  • If the video is sponsored, the required disclosure is carried into every language's captions and dub script — a localised version never loses its disclosure

Cost strategy

The multiplier here is languages, not items: total cost is roughly (one economy-tier cleanup) + L × (standard-tier localisation + ElevenLabs render). Keep the localiser on the standard tier — premium buys little once the glossary is doing the heavy lifting — and let the creator choose per language whether it gets captions only (cheap) or captions plus a dub. That per-language toggle is the real cost control.

Output & delivery

The cleanup agent produces timed caption segments → the Loop node localises per language via Sarvam with the channel glossary applied → a Voice node renders ElevenLabs dub audio for the chosen languages → each language is signed off individually at the Approval node → a Tool (MCP) node attaches the approved caption and audio tracks through the platform API, leaving publishing to the creator.

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