TRANSFORMATION BOUNDARYLAYER 6·ORCHESTRATIONLAYER 5·DECISIONINGLAYER 4·INTERPRETATIONLAYER 3·CONTROL SYSTEMSLAYER 2·COMPUTELAYER 1·HARDWARE
Layer 4–6 Intelligence Infrastructure

The Intelligence Layer
for the Physical World

EMBODIEDxAI transforms industrial signals into decisions and decisions into coordinated action.

We build Layer 4, Layer 5 and Layer 6 intelligence systems for mining, manufacturing, telecoms, infrastructure, insurance, data centres and autonomous operations.

Scroll to explore
Architecture

The Physical AI Transformation Boundary

Below the boundary sits the existing industrial stack. Above it sits the emerging intelligence stack. This boundary is where EMBODIEDxAI operates.

Layer 6
Orchestration
INTELLIGENCE
Layer 5
Decisioning
INTELLIGENCE
Layer 4
Interpretation
INTELLIGENCE
Layer 3
Control Systems
FOUNDATION
Layer 2
Compute
FOUNDATION
Layer 1
Hardware
FOUNDATION
Intelligence Architecture

The Intelligence Stack Above Industry

Three interconnected intelligence layers that sit above the existing industrial stack, converting signals into coordinated enterprise action.

Layer 4

Interpretation

The system that understands the operating environment.

  • Signal understanding
  • Context engines
  • Digital twins
  • World models
  • Memory systems
  • Pattern recognition
  • Anomaly detection
  • Operational knowledge graphs
Layer 5

Decisioning

The system that determines what should happen next.

  • Prediction
  • Optimization
  • Planning
  • Trade-off analysis
  • Risk scoring
  • Intervention logic
  • Resource allocation
  • Next-best-action engines
Layer 6

Orchestration

The system that coordinates action across the enterprise.

  • Multi-agent coordination
  • Workflow execution
  • Closed-loop control
  • Human-in-the-loop governance
  • Autonomous system coordination
  • Exception handling
  • Cross-site optimization
  • Enterprise-level operational control
System Architecture

The Industrial Intelligence Engine

A continuous signal-to-action pipeline. Cyan flows indicate normal operations. Amber transitions flag detected anomalies.

Normal signal flow
Anomaly detected
Signal pulse

Operational Outcomes

Downtime reduction
Faster anomaly detection
Improved yield
Predictive intervention
Portfolio steering
System-wide optimization
Autonomous operations
Energy efficiency
Reliability orchestration
Operational Model

We Turn Industrial Signals
Into Coordinated Action

01

SIGNAL ACQUISITION

Sense

Industrial systems generate continuous signals from machines, sensors, cameras, telemetry and operational workflows.

Every asset, every sensor, every data stream is a signal waiting to be understood.

02

CONTEXT FORMATION

Understand

EMBODIEDxAI converts fragmented signals into context, memory, anomalies, predictions and operational understanding.

Pattern recognition, world models and knowledge graphs transform noise into signal.

03

COORDINATED ACTION

Orchestrate

The platform translates understanding into decisions, interventions, alerts, workflows and coordinated system-level action.

From single-asset decisions to enterprise-wide coordination.

Deployment Domains

Deployment Domains

Layer 4–6 intelligence systems deployed across the physical economy.

Signal Intelligence

Decision Intelligence Begins With Signal Intelligence

DeltaML consolidates research, deployment, streaming, AutoML, incremental retraining and time-series intelligence into one operational machine-learning layer.

  • Hybrid batch and stream processing
  • Time-series anomaly detection
  • Pipeline compilation
  • AutoML
  • Incremental retraining
  • Deployment-ready models
  • Signal intelligence across industrial environments
  • Continuous model adaptation
Coverage

Built for the Physical Economy

Every industry that operates physical assets feeds into the same Layer 4–6 intelligence stack and emerges as coordinated outcomes.

01Industries
02Intelligence
Layer 4
Interpretation
Signal · Context · Memory
Layer 5
Decisioning
Predict · Optimize · Plan
Layer 6
Orchestration
Coordinate · Execute · Learn
03Outcomes
  • Downtime reduction
  • Fraud detection
  • Energy efficiency
  • Predictive intervention
  • Autonomous coordination
  • Operational resilience
Industries8
Layers4 · 5 · 6
Deployment modelsOn-prem · Edge · Cloud
Operating modeContinuous · Closed-loop
Strategic Context

Why Now

Value is moving up the stack. Intelligence is where the next operating advantage will concentrate.

Historical progression

1800sMechanisation
1900sElectrification
1950sAutomation
1980sDigitisation
2000sInternet
2010sCloud + AI
2020sPhysical AINOW
2030sIndustrial Intelligence
2040sAutonomous Economies

Value migration

HardwareNecessary foundation. Commoditised.
ComputePowerful. Increasingly commoditised.
Control SystemsMature. Widely deployed.
IntelligenceEmerging. High value concentration.
DecisioningNext operating advantage.
OrchestrationEnterprise-level control surface.

Hardware is necessary.

Every physical economy runs on it. But hardware is a commodity. Value does not concentrate here.

Compute is powerful.

Cloud and edge compute transformed information processing. But compute without intelligence is infrastructure, not advantage.

Control systems are mature.

SCADA, PLCs and MES are well-deployed and widely understood. They automate the repeatable.

Intelligence is where value concentrates next.

The ability to understand operating environments, make decisions under constraint, and coordinate action across enterprise systems — this is the next durable operating advantage.

Team

Leadership

Matt Renirie

Co-Founder & CEO

Ex-Goldman Sachs and former Managing Director at Morgan Stanley (EMEA Distribution). Led global institutional businesses across equities, derivatives and prime brokerage. Brings enterprise partnership capability, institutional capital access and deep regulatory expertise as a complex-systems strategist.

Institutional MarketsEnterprise PartnershipsLayer 4–6

Ryan Moss

Co-Founder, Industrial Ops

Commodities executive with 15+ years across mining, processing and trading in Africa. Director and COO of Rappa Holdings, Nama Copper, Mazule and Fujax. Specialises in unlocking value from complex materials and physical-deployment operations.

Mining OperationsPhysical DeploymentCommodities

Daniel Barrish, PhD

Founding Partner, ML

Founder and chief architect of DeltaML's core modelling infrastructure. Drawing on his PhD research in time-series anomaly detection, he leads development of DeltaML's proprietary engines and high-performance ML systems.

Time-Series MLAnomaly DetectionDeltaML Architecture

Matthew Phillips

Founding Partner, ML

Founder of DeltaML with a technical background in high-volume, low-latency trading systems. Proven track record in institutional sales, having led major deals with Tier 1 banks. Bridges complex technical architecture and global commercial growth.

Low-Latency SystemsInstitutional SalesCommercial Strategy

Carlo Dickson

Non-Executive Partner, Investments

25 years in alternative investments as principal and partner across private equity, venture capital and hedge funds. Founder of multiple investment businesses, seasoned angel investor into early-stage technology, board member across industries. Chartered Alternative Investment Analyst.

Alternative InvestmentsVenture CapitalAngel Investor

Josh Macdonald

Co-Founder

Founding partner responsible for steering digital marketing strategy and overseeing day-to-day operations. Ensures growth strategies stay aligned with the rapidly evolving AI landscape. Third venture leveraging expertise in digital marketing and web development.

Digital MarketingGrowth StrategyOperations

Advisory Layer

Systems thinkers, industrial operators, AI researchers, governance experts and deployment specialists supporting EMBODIEDxAI across intelligence architecture, industrial systems, institutional capital markets and regulatory compliance.

Intelligence Infrastructure

The Industrial Revolution
Built Machines.
The Digital Revolution
Connected Them.
The Physical AI Revolution
Will Coordinate Them.

EMBODIEDxAI builds the intelligence infrastructure for autonomous industry.

Layer 4: InterpretationLayer 5: DecisioningLayer 6: Orchestration