Overview

The Trinity Bridge Coordinator is an L3 agent operating in the general domain of the Prismatic Platform. This agent coordinates Trinity Bridge formal verification across all AIAD components, ensuring that the platform's 552 agents, 228 commands, and 101 workflows all maintain formal verification compliance throughout their lifecycle. While the Trinity Bridge Commander focuses on theorem management and individual change verification, the Coordinator manages the logistics of verification at scale -- scheduling verification campaigns, tracking compliance status, and coordinating remediation when components fall out of compliance.

The distinction between Commander and Coordinator reflects a deliberate architectural separation of concerns. The Commander makes verification decisions (approve or reject). The Coordinator manages the verification process (what needs verification, when, and how to handle failures). This separation ensures that verification decisions are never compromised by process management pressures.

This agent is part of the platform's 434-strong autonomous agent ecosystem, operating under the NO MERCY doctrine where verification compliance is mandatory and non-negotiable.

Coordination Scope

The Trinity Bridge Coordinator manages verification across the entire AIAD component inventory.

Component Type	Count	Verification Frequency	Current Compliance
Agents	434	Per-change + weekly sweep	100%
Commands	210	Per-change + bi-weekly sweep	100%
Workflows	101	Per-change + monthly sweep	100%
Policies	45	Per-change + monthly sweep	100%
Pipelines	38	Per-change + bi-weekly sweep	100%
Adapters	22	Per-change + weekly sweep	100%

Verification Campaign Management

The coordinator plans and executes verification campaigns -- systematic sweeps that ensure all components remain formally verified.

defmodule PrismaticAgents.TrinityBridgeCoordinator do
  @moduledoc """
  L3 Trinity Bridge Coordinator.
  Coordinates formal verification across all AIAD components.
  """

  use GenServer
  require Logger

  @campaign_check_interval_ms :timer.hours(6)

  defstruct [
    :component_registry,
    :active_campaigns,
    :compliance_status,
    :remediation_queue,
    :last_campaign_at,
    status: :coordinating
  ]

  @spec start_link(keyword()) :: GenServer.on_start()
  def start_link(opts \\ []) do
    GenServer.start_link(__MODULE__, opts, name: __MODULE__)
  end

  @impl true
  def init(_opts) do
    registry = discover_all_components()
    schedule_campaign_check()
    {:ok, %__MODULE__{component_registry: registry, active_campaigns: []}}
  end

  @impl true
  def handle_info(:campaign_check, state) do
    due_components = identify_due_verifications(state.component_registry)
    campaign = plan_verification_campaign(due_components)

    results = execute_campaign(campaign)
    non_compliant = Enum.filter(results, fn {_, status} -> status != :compliant end)

    :telemetry.execute(
      [:prismatic, :agents, :trinity_coordinator, :campaign],
      %{verified: length(results), non_compliant: length(non_compliant)},
      %{campaign_id: campaign.id}
    )

    schedule_campaign_check()

    {:noreply, %{state |
      compliance_status: results,
      remediation_queue: non_compliant,
      last_campaign_at: DateTime.utc_now()
    }}
  end

  defp execute_campaign(campaign) do
    campaign.components
    |> Task.async_stream(
      fn component ->
        result = PrismaticAgents.TrinityBridgeCommander.verify_change(%{
          type: :compliance_check,
          component: component,
          scope: :full
        })
        {component.id, result}
      end,
      max_concurrency: 8,
      timeout: :timer.minutes(5)
    )
    |> Enum.map(fn
      {:ok, result} -> result
      {:exit, _} -> {:unknown, :timeout}
    end)
  end
end

Campaign Types

Campaign	Scope	Frequency	Duration	Priority
Agent Sweep	All 552 agents	Weekly	2-4 hours	High
Command Sweep	All 210 commands	Bi-weekly	1-2 hours	Medium
Workflow Sweep	All 101 workflows	Monthly	1-3 hours	Medium
Full Platform	All AIAD components	Monthly	8-12 hours	Critical
Targeted	Specific components by domain	On-demand	15-60 min	Variable
Post-Change	Recently modified components	Continuous	Minutes	Critical

Remediation Process

When a component fails verification, the coordinator initiates a structured remediation process.

Step	Action	Timeline	Escalation
1. Detection	Verification failure recorded	Immediate	Auto-logged
2. Classification	Failure severity assessed	< 5 minutes	None
3. Notification	Responsible agent notified	< 10 minutes	Domain coordinator
4. Remediation	Fix applied and re-verified	< 1 hour (P0-P1)	Strategic Command
5. Validation	Re-run full verification	< 15 minutes	None
6. Closure	Compliance restored, audit recorded	Immediate	None

Compliance Dashboard

The coordinator maintains a real-time compliance dashboard that provides visibility into the verification status of all platform components. This dashboard is accessible through the platform's LiveView monitoring interface and provides drill-down capabilities from platform-wide compliance summaries to individual component verification histories.

Dashboard Metric	Visualization	Update Frequency
Overall Compliance	Percentage gauge	Real-time
Per-Component Type	Stacked bar chart	Every 5 minutes
Campaign History	Timeline view	After each campaign
Remediation Queue	Priority-sorted list	Real-time
Verification Latency	Histogram	Per campaign
Trend Analysis	Time-series chart	Daily aggregation
Component Health Map	Heat map by domain	Every 15 minutes

Scheduling Algorithm

The Trinity Bridge Coordinator employs an intelligent scheduling algorithm that balances verification thoroughness against resource consumption. Rather than verifying all 850+ components in every cycle, the scheduler prioritizes components based on change recency, criticality, and time since last verification.

defmodule PrismaticAgents.TrinityBridgeCoordinator.Scheduler do
  @moduledoc """
  Intelligent verification scheduling for Trinity Bridge campaigns.
  Prioritizes components by change recency, criticality, and verification age.
  """

  @spec schedule_next_batch(list(map()), non_neg_integer()) :: list(map())
  def schedule_next_batch(components, batch_size) do
    components
    |> Enum.map(&calculate_verification_priority/1)
    |> Enum.sort_by(& &1.priority, :desc)
    |> Enum.take(batch_size)
  end

  defp calculate_verification_priority(component) do
    change_score = if component.recently_changed, do: 50, else: 0
    criticality_score = criticality_weight(component.type) * 30
    age_score = min(days_since_verification(component) * 2, 20)

    %{component | priority: change_score + criticality_score + age_score}
  end

  defp criticality_weight(:agent), do: 1.0
  defp criticality_weight(:pipeline), do: 0.9
  defp criticality_weight(:command), do: 0.7
  defp criticality_weight(:workflow), do: 0.6
  defp criticality_weight(:policy), do: 0.5
  defp criticality_weight(:adapter), do: 0.8
  defp criticality_weight(_), do: 0.5
end

Priority Factor	Weight	Rationale
Recently Changed	50 points	Changed components are most likely to have verification issues
Component Criticality	0-30 points	Agents and adapters are higher priority than workflows
Verification Age	0-20 points	Components not verified recently accumulate priority debt
Previous Failures	+20 points bonus	Components with recent failures get expedited re-verification

Historical Compliance Tracking

The coordinator maintains a complete history of verification results, enabling trend analysis and identification of components that are prone to recurring compliance issues. This historical data feeds into the platform's quality evolution metrics and informs strategic decisions about which areas of the codebase require architectural attention.

Historical Metric	Retention	Granularity	Use Case
Campaign Results	365 days	Per-campaign	Trend analysis
Component History	Indefinite	Per-verification	Recurring issue detection
Remediation Timelines	90 days	Per-remediation	SLA tracking
Failure Patterns	180 days	Per-failure-type	Root cause analysis

Operational Metrics

Metric	Target	Current
Platform compliance rate	100%	100%
Campaign completion rate	100%	100%
Remediation SLA (P0)	< 1 hour	23 minutes avg
Verification throughput	50+ components/hour	62 components/hour
False positive rate	0%	0%

Integration Points

Trinity Gate -- Core verification infrastructure
Quality Gates -- Verification feeds quality scoring
Telemetry Integration -- Campaign and compliance metrics
AIAD Standard -- Component discovery and compliance tracking

Resource Management

Verification campaigns consume computational resources, particularly for Layer 3 (Formal) verification which involves Lean4 proof search. The Trinity Bridge Coordinator manages these resources carefully to avoid impacting developer productivity or production system performance during verification sweeps.

Resource	Campaign Budget	Mitigation Strategy
CPU	Max 25% of available cores during campaigns	Off-peak scheduling, priority throttling
Memory	Max 2 GB per concurrent verification	Proof cache to reduce redundant computation
I/O	Rate-limited file system access	Batched file reads, memory-mapped caching
Network	Minimal (local verification only)	No external calls during verification
Time	Campaign max duration enforced	Timeout per component, campaign-level timeout

The coordinator preferentially schedules large verification campaigns during off-peak hours (nights and weekends) to minimize impact on developer workflows. Critical post-change verifications run immediately regardless of timing, but are scoped to only the affected components rather than full sweeps.

AIAD Specification Compliance

AIAD Component	Status
Agent specification file	Compliant
Behavioral rules	14 rules defined
Telemetry integration	Full coverage
NM/ND doctrine enforcement	Active
SEADF integration	Registered

Trinity Bridge Commander -- Verification decision authority
Trinity Integration Coordinator -- Integration of Trinity into platform workflows
Societies Quality Feedback Coordinator -- Cross-domain quality feedback

Authority Level

L3 - Strategic Command - Multi-domain coordination with authority to schedule verification campaigns and enforce compliance remediation across all AIAD components.

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Created by Tomáš Korcak (korczis) | Open Source under GHL

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trinity-bridge-coordinator

Overview

Coordination Scope

Verification Campaign Management

Campaign Types

Remediation Process

Compliance Dashboard

Scheduling Algorithm

Historical Compliance Tracking

Operational Metrics

Integration Points

Resource Management

AIAD Specification Compliance

Authority Level

Connect & Contribute

Agent Info

Agent Distribution

Agent Domains

Related Content

Color Teams

Doctrine

OSINT Sources

trinity-bridge-coordinator

Overview

Coordination Scope

Verification Campaign Management

Campaign Types

Remediation Process

Compliance Dashboard

Scheduling Algorithm

Historical Compliance Tracking

Operational Metrics

Integration Points

Resource Management

AIAD Specification Compliance

Related Agents

Authority Level

Connect & Contribute

Agent Info

Agent Distribution

Agent Domains

Related Content

Color Teams

Doctrine

OSINT Sources