TINLANCE / FDE MASTERY

A domain-oriented engineering layer for governed AI workflows.

FDE Mastery is designed to move AI from model/API experimentation into workflows with explicit domain contracts, validation, evidence, security boundaries and controlled actions.

Status: Tested

01 / THE FDE MODEL

Tinlance → FDE API → domain contract.

The web platform handles commercial and customer-facing concerns. The authenticated FDE boundary validates tenant/domain context before execution reaches FDE Mastery.

EXECUTION LOOP

Domain Contract → Workflow / Triage → Approved Tools → Policy → Evidence → Human Decision where required

The platform is intentionally designed around governed execution rather than autonomous action by default.

08First-class domains
30Repository build history
HITLHigh-impact action boundary
Evidence: The repository documents an eight-domain platform and a 30-build engineering history. Engineering evidence does not establish customer production deployment, customer outcomes, or independent assurance.

02 / DOMAIN CONTRACTS

01

Cybersecurity

First-class FDE domain contract in the public FDE Mastery repository.

02

Finance / Fintech

First-class FDE domain contract in the public FDE Mastery repository.

03

HealthTech

First-class FDE domain contract in the public FDE Mastery repository.

04

Logistics

First-class FDE domain contract in the public FDE Mastery repository.

05

LegalTech

First-class FDE domain contract in the public FDE Mastery repository.

06

RevOps

First-class FDE domain contract in the public FDE Mastery repository.

07

Procurement

First-class FDE domain contract in the public FDE Mastery repository.

08

Custom

First-class FDE domain contract in the public FDE Mastery repository.

These are supported capability/domain contracts, not claims of eight independent production deployments.

03 / ENGINEERING EVIDENCE

Thirty builds. Not thirty customers.

The repository's build history is engineering evidence. It is not a customer-deployment count.

ENGINEERING PRINCIPLE

Domain contracts

Each domain has an explicit contract and workflow boundary rather than a generic industry label.

ENGINEERING PRINCIPLE

Controlled execution

Workflows connect context, agents, approved tools, policy, human approval and action.

ENGINEERING PRINCIPLE

Evidence

Execution and decision lineage preserve evidence references, approvals and operational state without exposing hidden chain-of-thought.

ENGINEERING PRINCIPLE

Evaluation

Golden, adversarial, safety, quality, cost and promotion gates are part of the platform's engineering model.

ENGINEERING PRINCIPLE

Human control

High-impact actions remain subject to authorized human review and domain-specific controls.

ENGINEERING PRINCIPLE

Integration boundaries

Tinlance remains the commercial/customer-facing layer; the FDE API provides the authenticated boundary into FDE Mastery.

NEXT STEP

Turn a real workflow into a controlled system.

Start with a Technical Assessment to establish domain fit, workflow boundaries, security requirements, evidence needs and the implementation path.

Start a technical assessment