Tacitide · AI Decision Systems

Operational complexity, structured into reliable execution.

We design decision systems that turn expert judgment and fragmented workflows into governed, scalable operating models.

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Solution Types

Choose the operating pattern, then the right build path

Three focused tracks for teams that need cleaner execution under real operating pressure.

Start here to select fit. Then compare scope + draft pricing

01

Diagnostic Build

Operational Bottleneck Audit

Problem pattern
Work advances, but handoff accountability stays ambiguous.
Tacitide delivers
Process map Responsibility matrix Failure log
Business benefit
Cleaner accountability and faster issue resolution.

Workflow signal

Intake Bottleneck Owner set
Next step: review Audit scope

02

Execution Build

Automation Orchestration Blueprint

Problem pattern
Manual routing creates queue drift and missed exception handling.
Tacitide delivers
Trigger architecture Routing rules Exception protocol
Business benefit
Higher throughput with fewer coordination touches.

Control signal

Trigger setActive
Exception laneEscalate
Next step: review Implementation scope

03

Governance Build

Judgment Consistency System

Problem pattern
Case outcomes vary by reviewer rather than shared standards.
Tacitide delivers
Evaluation criteria Escalation policy Quality gates
Business benefit
Steadier case quality and safer expert scaling.

Decision signal

Rule fit
Confidence
Review pass
Next step: review Governance scope

Progression to commercial detail

Next: compare draft scope boundaries and starting price bands, then discuss fit for your operating context.

Go to Solutions & Pricing
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Solutions & Pricing

Engagement options for practical AI implementation

Compare three structured engagement paths by scope, deliverables, and expected operating value, then open a focused scoping conversation.

Pricing status: all fees shown are proposed and subject to approval after scope alignment. Final commercial terms are confirmed in writing.

Audit engagement

AI Opportunity Audit

Best for teams that need clarity before committing to build.

Proposed fee

$950

Deliverables

  • Decision bottleneck map for one priority workflow.
  • Ranked AI leverage matrix with practical use-case sequencing.
  • 30-day action brief with owners, dependencies, and next steps.

Business benefit

Faster decision-making on where to invest first, with reduced execution ambiguity.

Scope: discovery and advisory outputs only; no build or integration execution.

Discuss this audit
Most selected

Pilot engagement

Automation Pilot

Best for teams ready to move from strategy into controlled execution.

Proposed fee

from $4,500

Deliverables

  • One production-ready automation lane for a high-friction process.
  • Human review gates, exception handling, and decision controls.
  • Baseline performance dashboard and operator playbook.

Business benefit

Visible throughput improvement in a defined workflow with governance built in from day one.

Scope: single pilot lane; wider rollout and managed operations are separate phases.

Discuss pilot fit

Systems engagement

Decision Systems Pilot

Best for leadership teams formalizing high-stakes operational decisions.

Proposed fee

from $9,500

Deliverables

  • Decision architecture for one high-impact domain.
  • Policy logic, review checkpoints, and accountability model.
  • Implementation roadmap with role-level governance design.

Business benefit

Higher decision consistency and auditability across complex, expert-led workflows.

Scope: operating design and rollout plan; full-stack implementation is scoped separately.

Discuss this systems pilot

Next step

Not sure which engagement path fits best?

Bring your workflow context and decision priorities. We will help define the right starting scope before final commercial approval.

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Method overview · illustrative operating sequence

From workflow friction to governed decisions

Review the sequence, compare operating states, and frame directional value ranges.

01 · System sequence

Illustrative sequence

  1. 01 · Input

    Structured intake

    Metadata normalized
    Policy class identified

  2. 02 · Analysis

    Decision scoring

    Risk 0.71
    Fit 0.84

  3. 03 · Review

    Expert checkpoint

    Exception evidence attached
    Reviewer confidence: medium

  4. 04 · Decision

    Governed output

    Action: approve with controls
    Audit trail timestamped
    State: committed

02 · Workflow state comparison

Compare views

Fragmented state

  • Intake spread across inboxes, sheets, and notes
  • Review criteria vary by person and timing
  • Escalations pause when ownership is unclear
Latency ↑ Variance ↑ Visibility ↓

Governed state

  • Single intake schema with normalized case data
  • Shared scoring rules and explicit escalation gates
  • Live ownership lanes with traceable decisions
Latency ↓ Variance ↓ Visibility ↑

03 · Pressure point to intervention

Select the operating constraint to view the corresponding design response.

Business pain-point options

04 · Illustrative value model

Directional planning range for executive decision support.

Directional estimate
120 cases
60 min
18%

Scenario output

Time reclaimed
22 hrs / month
Reduced rework
8 hrs / month
Review burden shifted
14 cases / month
Directional capacity value
$4,220 / month
Illustrative planning assumptions: 18% cycle-time reduction, 25% rework reduction, and 12% fewer cases routed to senior review. Use for scoping discussions only; this is not a performance commitment.

Why Tacitide

Founder-led operating design for decisions that must hold in production.

Tacitide works inside real operating constraints: we map critical workflows, formalize expert judgment, and shape implementation plans teams can own after handoff.

Why Tacitide

Execution-minded rigor for complex, high-accountability workflows.

Diagnose

Identify friction across intake, handoffs, and exception paths before selecting tools.

Structure

Codify decision criteria, confidence thresholds, and review gates for consistent calls.

Implement

Set operating ownership, rollout cadence, and escalation rules that teams can run.

Implementation capability

Workflow layer
Process architecture showing decision moments, wait states, and re-entry points.
Decision layer
Decision logic model with thresholds, fallback paths, and reviewer checkpoints.
Control layer
Governance model defining escalation triggers, accountable owners, and review rhythm.

Working style

  1. 1Start from live casework and operating evidence, not workshop abstractions.
  2. 2Design with the people who carry decisions, approvals, and risk accountability.
  3. 3Deliver executable artifacts teams can operate, adapt, and govern.

Why Invest

Tangible artifacts paired with clear value-tracking discipline.

What you receive

  • Current-state workflow blueprint highlighting bottlenecks, dependencies, and ownership seams.
  • Decision-system specification covering logic paths and human-review gates.
  • Exception and escalation matrix assigning response roles and response standards.
  • Phased implementation roadmap for pilot execution and operational handoff.

How value is evaluated

  • Establish baseline throughput, queue age, and rework before intervention.
  • Track decision variance, override frequency, and reviewer load after rollout.
  • Monitor exception response quality, turnaround time, and escalation integrity.
  • Review metrics on a fixed operating cadence with owners and frontline operators.

Business-value measurement categories

Throughput visibility

Where work accumulates, how long it sits, and what clears flow.

Decision reliability

How consistently comparable cases arrive at comparable outcomes.

Rework containment

Reduction in loop-backs, corrective passes, and duplicate effort.

Ownership accountability

Clear decision rights, approval boundaries, and escalation stewardship.

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