TAI//SWITCH  ·  ANTONYM INDUSTRIAL  ·  MISSION INTELLIGENCE LAYER
BUILD 11c4a7f MODEL: TAI v2.0 RESTRICTED DISTRIBUTION
TAI · Switch Engine · Decision Operating System

Value is obvious.
Decisions stall.
We solve the gap.

The Problem

An AI-native GTM decision engine designed to compress notoriously slow sales cycles in large OEM and legacy industrial environments. In these sectors, the technical win is easy — the real barrier is internal justification. Every stakeholder is structurally incentivised to say no: the factory floor protects uptime, procurement manages risk, and the board demands defensible, CFO-grade data.

As a result, value is often obvious, but decisions stall. There is a structural mismatch between innovation teams, who are incentivised to find the next capability, and the rest of the organisation, which is incentivised to maintain reliability.

The Engine

TAI solves the internal justification gap by acting as a board-ready decision layer. Customers upload a part CAD and operating context, and within minutes generate a 20-page McKinsey-style full switching dossier that evaluates the part across its cradle-to-grave lifecycle. The output quantifies economic, environmental, sovereignty, and resilience impact — translating technical advantage into defensible, decision-grade language.

The Output

Crucially, it prescribes decisive actions — it highlights the cost of inaction, establishes confidence levels and break-even thresholds, and provides clear directives on when to switch, qualify, and commit production on Antonym's network. The output dossier is generated in the customer's own organisational language, allowing it to move frictionlessly through procurement and board workflows without reinterpretation or loss of fidelity.

The result is a deterministic decision engine that compresses months of internal alignment into minutes, transforming manufacturing from a debated procurement choice into a quantified capital decision — by removing the psychological and operational cost of saying yes.

Capability Manifest
  • 01Procurement Logic
  • 02Lifecycle Modelling
  • 03Operational Simulation
  • 04Network Routing Logic
  • 05Sovereignty Constraints
  • 06Manufacturing Qualification Logic
  • 07Cost-of-Delay Economics
  • 08Decision Support Infrastructure
  • 09Cradle-to-Grave Impact Modelling
  • 10Cost-of-Inaction Analysis
System Status
Switch Engine Operational
Lifecycle Model Active · 4×3
Dossier Generation Enabled
Parser Service Local Required
Confidence Model Calibrated
IRR / NPV / Payback DCF · 10Y