Case study

CRE Market Forecasting & Predictive Analytics Platform

PropTech founders and real estate leaders need rapid, hyper-local insights to identify lucrative investments. Reath AI required a powerful predictive engine that goes beyond raw data aggregation—to simulate renovation ROI and project precise rental yields.
  • Client: Reath AI
  • Industry: Real Estate & PropTech
  • AI capability: Predictive Analytics
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Reath AI overview dashboard for a sample multifamily property with submarket analysis, market metrics, asset pulse demographics and a rent volatility chart
Less research overhead for investors
70%
Average variance against real-world rates
<4%

The challenge

The data investors need sits in five unrelated places

An investment thesis combines demographics, crime statistics, rental comps, historic rent runs and population growth. Each source arrives in its own shape.

Reath AI needed more than charts: the platform had to normalise those datasets into forecasts, and model what a specific property would earn after a renovation.

What we built

A predictive platform for hyper-local markets

Ingest, normalise, forecast, then price the renovation.

Sample multifamily asset
Processing
Data pulled for this submarketnormalised
Rental comps
Comp set
Demographics
Census tract
Crime rates
Local
Historic rent runs
Monthly
Local news
Parsed

1/4Public market data, demographic reports and local news are collected and normalised per submarket.

Investment decisions need data from unrelated places: comps, demographics, crime, local news and rent history. The platform pulls them together, forecasts rent and prices the renovation before anyone visits the property.

  • Automated data pipeline

    Market data, demographics and public records are ingested and normalised on a schedule.
  • Unstructured sources too

    Local news and reports are parsed for the signals that move a submarket.
  • Rental growth forecasting

    Feature-engineered models project rents per asset class, with an average variance under 4% against real rates.
    Machine learningStatistical modelling
  • Renovation simulator

    Condition improvements are modelled to project post-renovation value and prioritise capital spend.

The impact

Less research per deal, with a number attached

  • 70% less research overhead
  • Under 4% average variance against real rates
  • Renovation ROI simulated per property

Investors get submarket analysis, a rent forecast and recommended rents in one report, which cut research overhead by 70%.

Forecasts run at an average variance under 4% against real-world rates, and the renovation simulator ranks where capital is best spent.

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