sHOME is an AI-powered Smart Sustainable Home Intelligence System that transforms homes into:

Autonomous, energy-efficient, financially optimised, low-carbon, human-centric living systems.

sHOME integrates:

• AI ENGINE & Intelligence
• Digital Twins
• Smart Energy & Resource Systems
• Mental & Human Efficiency
• Sustainable Design & Finance

A home becomes not just a shelter, but:

• A financially productive asset
• A carbon-reducing infrastructure
• A wellbeing-enhancing environment
• A node in the smart sustainable city

sHOME transforms homes into intelligent, autonomous, financially optimised, carbon-neutral, human-centred systems — forming the foundation of smart sustainable cities and economies.

sHOME is a smart, sustainable home intelligence system that measures, optimises, and future-proofs homes across finance, energy, water, comfort, resilience, health, and digital readiness using a Past–Present–Future (PPF) performance model.

In simple terms:

sHOME turns a home from a cost-heavy, high-risk asset into a smart, resilient, net-positive financial and sustainability asset.

What sHOME Delivers

• A single Future Readiness Score (sHFRI)
• Real-time and historical performance tracking
• Scenario-based forecasting of returns, costs, and impacts
• Evidence-ready outputs for owners, lenders, insurers, governments, and ESG reporting

sHOME is a smart, data-driven system that transforms homes into resilient, net-positive assets by linking past performance, present optimisation, and future forecasting to deliver financial returns, social value, and environmental regeneration.

 sHOME operates through a layered intelligent system:

1️⃣ AI ENGINE + Intelligence Layer

sHOME is driven by:

• Predictive AI (forecast energy, comfort, failures)
• Reasoning models (explain decisions & trade-offs)
• Deep Reinforcement Learning (optimise energy, cost, comfort continuously)
• Agentic AI (autonomous control of subsystems)

Each home runs as a self-optimising system.

2️⃣ Digital Twin Layer

Every sHOME has a real-time virtual twin that:

• Mirrors energy flows, occupancy, climate, assets
• Simulates retrofit, ROI, net-zero scenarios
• Predicts failures and performance
• Enables risk-free optimisation

3️⃣ Smart Energy & Resource Layer

sHOME integrates:

• Solar, batteries, EVs, heat pumps
• Smart grid interaction
• AI-driven energy efficiency
• Water and waste optimisation

Aligned with:

• sENERGY TECH
• sENERGY EFFICIENCY
• sENERGY RESOURCES EFFICIENCY

4️⃣ Smart Sustainable Design System (sDESIGN)

sHOME is embedded in:

• Smart sustainable architecture
• Climate-responsive planning
• GIS spatial intelligence
• Modular, circular, adaptive design

Aligned with:

• sDESIGN SYSTEM
• sARCHITECTURE
• sPLANNING
• sGIS SPATIAL
• sDESIGN sMONITOR sAI

5️⃣ Health, Mental & Human Efficiency Layer

sHOME enhances:

• Air quality
• Thermal and acoustic comfort
• Circadian lighting
• Stress reduction
• Cognitive productivity

Aligned with:

• sMENTAL EFFICIENCY
• sHEALTH TECH
• sMEDI TECH

6️⃣ Financial & Sustainability Intelligence

sHOME enables:

• Real-time ESG metrics
• Carbon accounting
• Green finance eligibility
• Circular economy tracking
• Corporate sustainability reporting

Outcome: What sHOME Delivers

Financial

• 20–60% reduction in operating costs
• Higher property value
• Faster ROI
• Access to sustainable finance

Environmental

• CO₂ reduction
• Net-zero readiness
• Lower resource consumption
• Climate resilience

Social & Human

• Healthier living
• Higher productivity
• Reduced energy poverty
• Improved quality of life

sHOME uses a Past–Present–Future (PPF) framework to connect data → decisions → outcomes.

1️⃣ PAST — Baseline & Evidence

What it captures

• Historical energy, water, cost, emissions, comfort, outage data
• Building characteristics and systems
• Legacy inefficiencies and risks

Evidence sources

• Utility bills
• Building audits
• Insurance and outage records
• Historical benchmarks

Purpose

• Establish true baseline performance
• Quantify hidden costs and risks

2️⃣ PRESENT — Real-Time Optimisation

What it monitors

• Energy, water, IAQ, comfort, smart systems
• Operating costs and efficiency
• Resilience and risk exposure

Tools

• Live dashboards
• KPI tiles and gauges
• Benchmark comparisons (suburb / city / state)

Purpose

• Reduce waste, cost, and emissions now
• Improve comfort, health, and mental efficiency
• Provide measurable impact evidence

3️⃣ FUTURE — Forecast, Scenarios & Returns

What it models

• Retrofit scenarios (solar, battery, heat pump, insulation, smart tech)
• Climate risk scenarios
• Tariff and cost projections

Outputs

• ROI and payback
• Emissions avoided
• Risk reduction
• Asset value uplift

Purpose

• Show what the future will be
• Prove returns + impact
• Define what it takes to get there

HOW sHOME Meets the 3 Objectives

OBJECTIVE 1

Maximise returns, efficiency, savings & sustainability

How

• Reduces energy, water, and operating costs
• Increases asset value and cashflow
• Improves energy and mental efficiency
• Aligns with sustainable finance and circular economy principles

Proof

• 50–75% energy reduction
• $2k–$6k/year net cashflow
• +15–30% green asset premium

OBJECTIVE 2

Drive measurable social & environmental impact

How

• Cuts emissions, water use, and waste
• Improves health, comfort, and resilience
• Reduces household stress and energy poverty
• Supports community and grid stability

Proof

• Net-zero to net-positive CO₂
• 50–70% water reduction
• IAQ and comfort improvements tied to wellbeing

OBJECTIVE 3

Define the smart, sustainable future & what it takes

How

• Uses forecasting and scenarios to show future outcomes
• Connects investments to long-term returns and impact
• Translates sustainability into bankable, scalable action

Proof

• Predictable low-cost living
• Climate-resilient, autonomous homes
• Homes become investable ESG assets