Skills
skills/sixtysecondsapp/use60/Proactive Orchestrator

Proactive Orchestrator

SKILL.md

Available Context & Tools

@_platform-references/org-variables.md @_platform-references/capabilities.md @references/event-sequences.md @references/context-tiers.md @references/hitl-patterns.md

Proactive Orchestrator

The single edge function that transforms isolated capabilities into an autonomous sales copilot. Every event flows through this orchestrator — it decides what sequence of existing skills to run, in what order, with what context, and where to pause for human approval.

Design Principle

Extend, don't rebuild. The orchestrator calls existing edge functions and skills. It does NOT duplicate their logic. It is a router, context loader, and sequence runner — nothing more.

  • No new queue tables — extends sequence_jobs with 3 columns
  • No new preference tables — reads existing slack_user_preferences, notification_feature_settings, slack_user_mappings
  • No polling heartbeat — every event has a clear trigger source
  • Self-invokes when approaching the 150s edge function timeout

Architecture

EVENT SOURCE                     ORCHESTRATOR                        EXISTING CAPABILITIES
                                 (agent-orchestrator edge fn)

meetingbaas-webhook ────┐        ┌────────────────────┐        ┌──────────────────────────┐
                        │        │                    │        │ extract-action-items      │
proactive-meeting-prep ─┤        │ 1. Receive event   │───────>│ suggest-next-actions      │
                        │        │ 2. Load context    │        │ copywriter skill          │
slack-interactive ──────┤───────>│    (3 tiers)       │        │ generate-proposal         │
                        │        │ 3. Select sequence │        │ proactive-pipeline-anal.  │
email webhook ──────────┤        │ 4. Chain skills    │        │ proactive-meeting-prep    │
                        │        │ 5. Route output    │        │ Slack delivery modules    │
calendar webhook ───────┤        │ 6. Queue followups │        │ CRM update functions      │
                        │        │                    │        │ Apollo / Apify / Instantly│
cron: morning brief ────┘        └────────────────────┘        │ sequence executor         │
                                                               └──────────────────────────┘

How It Works

Step 1: Receive and Validate Event

Every orchestration starts with an OrchestratorEvent:

interface OrchestratorEvent {
  type: string          // 'meeting_ended' | 'email_received' | 'slack_action' | 'pre_meeting' | etc.
  source: string        // 'webhook:meetingbaas' | 'cron:morning' | 'slack:button_approve' | etc.
  org_id: string
  user_id: string
  payload: Record<string, any>
  parent_job_id?: string  // If chained from another sequence
}

Validate the event:

  1. Confirm org_id and user_id exist
  2. Check notification_feature_settings — is this event type enabled for the org?
  3. Check slack_user_preferences — is the user within active hours? (Quiet hours = defer, don't drop)
  4. Check cost budget via costTracking.ts — halt if budget exceeded
  5. Check deduplication via dedupe.ts — skip if identical event processed within window

If validation fails at any step, log the reason and exit gracefully. Never silently drop events — always log why they were skipped.

Step 2: Load Context (Tiered)

Context loading uses the existing _shared/proactive/ modules, formalised into explicit tiers. Only load what the sequence needs — never load tier 3 data speculatively.

See references/context-tiers.md for the full tier specification.

Tier 1 — Always loaded (every orchestration):

  • Org profile, user preferences, feature settings, ICP, product profile, cost budget
  • Source: existing _shared/proactive/ modules + costTracking.ts
  • Latency: ~200ms (cached in most cases)

Tier 2 — Per-contact (when event involves a specific contact/deal):

  • CRM contact, company, deal, meeting history, email thread, activities
  • Source: existing CRM service functions
  • Latency: ~500ms (multiple queries)
  • Only loaded when payload.contact_id or payload.deal_id is present

Tier 3 — On-demand (loaded by specific skills that need external data):

  • Apollo enrichment, LinkedIn via Apify, company news, proposal templates, campaign metrics
  • Source: external API calls
  • Latency: 2-15s per source
  • Only loaded when a skill explicitly requires it (declared in requires_context)

Step 3: Select Event Sequence

Map the event type to its sequence of skills/actions. The full event-sequence mapping is in references/event-sequences.md.

const sequence = EVENT_SEQUENCES[event.type]
if (!sequence) {
  log.warn(`No sequence defined for event type: ${event.type}`)
  return
}

Each sequence is an ordered array of steps. Each step either:

  • Invokes an existing skill (by skill_key)
  • Calls an existing edge function (by function name)
  • Executes a CRM action (create task, update deal, etc.)
  • Branches based on previous step output
  • Queues a follow-up event for the orchestrator to process next

Step 4: Execute Sequence Steps

Process steps sequentially. After each step:

  1. Check result — did the skill/action succeed?
  2. Store output — add to state.outputs[step_name]
  3. Check for branches — does this step's output trigger conditional paths?
  4. Check for approval gates — does the next step require HITL?
  5. Check timeout — if approaching 150s, persist state and self-invoke
  6. Check cost — call checkCostBudget() before any AI-intensive step
interface SequenceState {
  event: OrchestratorEvent
  context: {
    tier1: OrgContext
    tier2?: ContactContext
    tier3?: Record<string, any>
  }
  steps_completed: string[]
  current_step: number
  outputs: Record<string, any>
  pending_approvals: PendingAction[]
  queued_followups: OrchestratorEvent[]
  started_at: string
  cost_accumulated: number
}

Execution rules:

  • Each step gets the accumulated state.outputs from all previous steps
  • Steps with requires_approval: true pause the sequence and send a Slack message
  • Steps with on_failure: 'continue' log the error and proceed to the next step
  • Steps with on_failure: 'stop' halt the sequence and notify the user
  • Steps with condition are only executed if the condition evaluates to true

Step 5: Handle Approval Gates (HITL)

When a step requires approval:

  1. Format the approval request using the appropriate HITL pattern (see references/hitl-patterns.md)
  2. Create a slack_pending_actions record with the full context needed to resume
  3. Send the Slack message via existing _shared/proactive/deliverySlack.ts
  4. Persist the current SequenceState to sequence_jobs.context
  5. Record sequence_jobs.status = 'awaiting_approval'
  6. Exit the edge function — the sequence will resume when the rep acts

Resuming after approval: When the rep clicks a button in Slack → slack-interactive edge function → routes to orchestrator with:

{
  type: 'slack_approval_received',
  source: 'slack:button_approve',
  payload: {
    action: 'approve' | 'edit' | 'skip' | 'cancel',
    pending_action_id: string,
    sequence_job_id: string,
    resume_step: number,
    user_modifications?: any  // If they edited the draft
  }
}

The orchestrator reloads SequenceState from sequence_jobs.context and resumes from resume_step.

Step 6: Queue Follow-up Events

Some steps produce follow-up events. For example, detect-intents might detect "I'll send you a proposal" — this queues a proposal_generation event.

// After detect-intents completes:
const intents = state.outputs['detect-intents']
for (const commitment of intents.commitments) {
  if (commitment.speaker === 'rep' && commitment.intent === 'send_proposal' && commitment.confidence >= 0.8) {
    state.queued_followups.push({
      type: 'proposal_generation',
      source: 'orchestrator:chain',
      org_id: state.event.org_id,
      user_id: state.event.user_id,
      payload: {
        meeting_id: state.event.payload.meeting_id,
        contact_id: state.context.tier2?.contact?.id,
        trigger_phrase: commitment.phrase,
      },
      parent_job_id: currentJobId,
    })
  }
}

After the current sequence completes (or at a natural pause point), process queued follow-ups:

  • Each follow-up becomes a new sequence_jobs record with event_chain.parent linking to the originator
  • Follow-ups are processed by self-invoking the orchestrator edge function
  • Chain depth is limited to 3 (prevent infinite loops)

Step 7: Self-Invocation for Long Sequences

Edge functions timeout at 150s. Long sequences must checkpoint and continue:

const TIMEOUT_BUFFER_MS = 15_000  // 15s safety buffer
const startTime = Date.now()

for (let i = state.current_step; i < sequence.length; i++) {
  // Check if we're running out of time
  if (Date.now() - startTime > (150_000 - TIMEOUT_BUFFER_MS)) {
    // Persist state and self-invoke
    await persistState(state, sequenceJobId)
    await selfInvoke({
      type: state.event.type,
      source: 'orchestrator:continuation',
      payload: { sequence_job_id: sequenceJobId, resume_step: i },
      parent_job_id: sequenceJobId,
    })
    return  // Exit current invocation
  }

  await executeStep(sequence[i], state)
}

State Storage: sequence_jobs

All state lives in sequence_jobs — the existing table extended with 3 new columns:

ALTER TABLE sequence_jobs ADD COLUMN IF NOT EXISTS event_source TEXT;
ALTER TABLE sequence_jobs ADD COLUMN IF NOT EXISTS event_chain JSONB;
ALTER TABLE sequence_jobs ADD COLUMN IF NOT EXISTS trigger_payload JSONB;
  • event_source: Where the event came from (webhook:meetingbaas, cron:morning, slack:button_approve, orchestrator:chain)
  • event_chain: Links parent/child sequences ({ parent: uuid, children: uuid[] })
  • trigger_payload: The raw event payload that started this sequence
  • context (existing JSONB column): Stores the full SequenceState for resumption
  • status (existing): pending | in_progress | awaiting_approval | completed | failed

Event Routing Table

Every event has a clear, non-polling trigger:

Event Trigger Mechanism Source Value
Meeting ended MeetingBaaS webhook -> meetingbaas-webhook edge fn webhook:meetingbaas
Pre-meeting prep proactive-meeting-prep cron (90min before) cron:pre_meeting
Morning brief pg_cron -> call_proactive_edge_function() RPC cron:morning
Pipeline scan pg_cron -> proactive-pipeline-analysis cron:pipeline_scan
Email received Gmail/O365 push notification or poll webhook webhook:email
Slack button click slack-interactive edge fn slack:button_approve
Calendar event created Google Calendar webhook webhook:calendar
Sequence step completed Orchestrator self-invokes orchestrator:chain
Sequence continuation Self-invocation after timeout orchestrator:continuation
Campaign check pg_cron daily cron:campaign_check
Coaching digest pg_cron weekly cron:coaching_weekly

Error Handling

Per-Step Errors

Each step declares its failure mode:

  • on_failure: 'stop' — Halt the entire sequence. Notify the user via Slack with error context.
  • on_failure: 'continue' — Log the error, skip this step, proceed to the next.
  • on_failure: 'retry' — Retry once with exponential backoff. If retry fails, treat as stop.

Sequence-Level Errors

  • Budget exceeded: Halt immediately. Send Slack notification: "AI budget limit reached. Pausing proactive workflows until next billing period."
  • Rate limited: Defer the sequence. Re-queue with a 5-minute delay.
  • External API failure (Apollo, Instantly, etc.): Skip the enrichment step, continue with available data.
  • Edge function timeout approaching: Checkpoint state and self-invoke (see Step 7).
  • Chain depth exceeded (>3): Log warning, do not create further follow-ups. Complete current sequence.
  • Duplicate event: Skip silently (handled by dedupe.ts in Step 1).

Observability

Every orchestration run creates an audit trail:

{
  sequence_job_id: string,
  event_type: string,
  event_source: string,
  steps_attempted: number,
  steps_completed: number,
  steps_failed: number,
  approval_gates_hit: number,
  followups_queued: number,
  total_duration_ms: number,
  total_ai_cost: number,
  chain_depth: number,
}

This is stored in sequence_jobs.context.execution_metadata for debugging and performance monitoring.

Integration Points

Existing Edge Functions Called by Orchestrator

Function When Called
extract-action-items meeting_ended step 1
suggest-next-actions meeting_ended step 3
generate-proposal proposal_generation step 3
proactive-pipeline-analysis morning_brief pipeline section
proactive-meeting-prep pre_meeting_90min briefing
slack-post-meeting Post-meeting Slack notification
meeting-workflow-notifications Meeting status updates
create-task-from-action-item Task creation from commitments

New Skills Called by Orchestrator

Skill When Called
detect-intents meeting_ended step 2 — commitment and signal extraction
find-available-slots calendar_find_times — mutual availability
email-send-as-rep After approval of any email draft
monitor-campaigns campaign_check — daily Instantly metrics
coaching-analysis coaching_digest — weekly or per-meeting

Existing Shared Modules Used

Module Purpose
_shared/proactive/recipients.ts Determine who receives notifications
_shared/proactive/deliverySlack.ts Send Slack messages with Block Kit
_shared/proactive/dedupe.ts Prevent duplicate event processing
_shared/proactive/settings.ts Load feature settings and preferences
_shared/proactive/types.ts Shared type definitions
_shared/costTracking.ts AI cost logging and budget checking
_shared/corsHelper.ts Origin-validated CORS for the edge function

Safeguards

Rate Limiting

  • Respects slack_user_preferences.max_notifications_per_hour from existing table
  • Respects quiet hours from slack_user_preferences.quiet_hours_start/end
  • Defers (does not drop) messages outside active hours — queues for next active window

Cost Control

  • Calls checkCostBudget(org_id) before every AI-intensive step
  • Halts entire sequence if budget exceeded — does not proceed to "just one more step"
  • Logs cumulative cost per orchestration run in execution_metadata

Chain Depth

  • Maximum chain depth: 3 (event -> follow-up -> follow-up -> STOP)
  • Prevents: meeting_ended -> detect_intents -> proposal_generation -> email_send -> (blocked)
  • Each chain creates a new sequence_jobs record with event_chain.parent for full traceability

Approval Gates

  • Every email send requires HITL approval (no exceptions, even if user preferences say "auto-approve")
  • Every CRM field update that changes deal stage requires HITL approval
  • Task creation from detected intents requires approval
  • Slack summaries are inform-only (no approval needed)

Data Privacy

  • Orchestrator runs with user-scoped Supabase client (respects RLS)
  • Service role only for cross-user operations (org-wide pipeline scan) — documented and audited
  • No conversation data stored outside existing copilot_conversations table
  • Meeting transcripts referenced by ID, not copied into orchestrator state

Quality Checklist

Before considering an orchestration run successful, verify:

  • All required context tiers loaded without error
  • Event deduplication check passed
  • Cost budget check passed before each AI step
  • Each step's output matches expected schema
  • Approval gates sent correct Slack messages with action buttons
  • Paused sequences have full state persisted in sequence_jobs.context
  • Follow-up events have valid parent_job_id links
  • Chain depth did not exceed 3
  • Execution metadata recorded (duration, cost, steps completed)
  • No sensitive data leaked into logs (emails, transcript content)
  • Rate limits respected (Slack notifications, quiet hours)
  • Edge function completed within 150s (or self-invoked for continuation)

Morning Brief: Enhanced Format

The orchestrator upgrades the existing morning brief with richer context by chaining multiple data sources:

Good morning, {name}. Here's your {day_of_week}.

MEETINGS TODAY ({count})
{for each meeting}
  {time} -- {contact_name}, {company} ({meeting_type})
  {if prep_ready} [Prep ready ->]
  {if prep_in_progress} [Prepping now...]
  {if no_prep_needed} No prep needed
{end}

NEEDS YOUR ATTENTION ({count})
{for each attention_item}
  {contact_name} ({company}) -- {summary}
  [{primary_action} ->] [{secondary_action} ->]
{end}

PIPELINE PULSE
  {deals_needing_action} deals need action today
  {at_risk_count} deal(s) at risk ({deal_name} -- {days_inactive} days no activity)
  {proposal_value} in proposals awaiting response

OVERNIGHT UPDATES
{for each update}
  {icon} {update_summary}
{end}

[Expand pipeline ->] [Show full inbox ->]

Data sources chained:

  1. calendar_events (today's meetings with attendees)
  2. proactive-meeting-prep (prep status per meeting)
  3. Email inbox scan (threads needing response)
  4. proactive-pipeline-analysis (deal health, stale deals)
  5. Campaign metrics from Instantly (if campaigns active)
  6. CRM activity log (overnight changes)

File Locations

New Files (Build 1)

  • supabase/functions/agent-orchestrator/index.ts — The edge function
  • supabase/functions/_shared/orchestrator/types.ts — TypeScript interfaces
  • supabase/functions/_shared/orchestrator/contextLoader.ts — Tiered context loading
  • supabase/functions/_shared/orchestrator/eventSequences.ts — Event-to-sequence mapping
  • supabase/functions/_shared/orchestrator/runner.ts — Step execution engine

New Adapter Files (Build 1)

  • supabase/functions/_shared/orchestrator/adapters/actionItems.ts — Wraps extract-action-items
  • supabase/functions/_shared/orchestrator/adapters/nextActions.ts — Wraps suggest-next-actions
  • supabase/functions/_shared/orchestrator/adapters/createTasks.ts — Wraps create-task-from-action-item
  • supabase/functions/_shared/orchestrator/adapters/emailClassifier.ts — Email intent classification
  • supabase/functions/_shared/orchestrator/adapters/detectIntents.ts — Wraps detect-intents skill
  • supabase/functions/_shared/orchestrator/adapters/proposalGenerator.ts — Wraps generate-proposal

Migration

  • supabase/migrations/YYYYMMDD_extend_sequence_jobs_orchestrator.sql

Existing Files Modified (Build 1)

  • supabase/functions/meetingbaas-webhook/index.ts — Add orchestrator call after transcript processing
  • supabase/functions/proactive-meeting-prep/index.ts — Upgrade to call orchestrator for richer pipeline
  • supabase/functions/slack-interactive/index.ts — Route approval actions back to orchestrator
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Repository
sixtysecondsapp/use60
First Seen
Jan 1, 1970
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