Time Series &
Predictive Analytics

Forecasting models that see what's coming — demand spikes, anomalies, failures — before your business feels them. Built on your data, deployed in production.

Turn historical data
into future decisions

Every business runs on patterns — demand cycles, failure rates, customer behavior rhythms. YIME builds the forecasting systems that decode those patterns and give you a reliable view of what's coming next week, next quarter, or next year.

From SKU-level demand forecasting to real-time anomaly detection on sensor streams — we build predictive models that are accurate, explainable, and continuously improving.

Prophet LSTM XGBoost Darts N-BEATS Kafka TimescaleDB SHAP
Predictive Analytics

Historical data plus
predicted future

Our forecasting models output point predictions with calibrated confidence intervals — so you know not just what will happen, but how certain to be about it.

  • Multi-horizon forecasting (day / week / month)
  • Calibrated uncertainty bands for risk-aware decisions
  • Anomaly flags on historical deviations
  • Seasonality, trend, and event decomposition
Demand Forecast — Weekly Units — 12-Week Horizon
Actual
Forecast
Confidence
Forecast → Anomaly Anomaly W1 W3 W5 W7 W9 W11 W12 W16 W20 W24 High Med Low

The cost of
not forecasting

Bad forecasts don't just waste product — they waste capital, labor, and customer trust. Use the calculator to estimate what poor forecasting accuracy is costing your business right now.

A YIME forecasting model typically reduces forecasting error by 30–50%, directly translating into reduction in both overstock carrying costs and stockout lost revenue.

Forecasting Cost Estimator
Annual Revenue $10M
Current Forecast Error Rate 25%
Inventory as % of Revenue 30%
Estimated annual cost of forecasting errors $750K A 40% error reduction could save ~$300K/year

Every time series is
three signals in one

Before we forecast, we decompose. Every time series contains an underlying trend, seasonal patterns, and residual noise. Understanding each component separately is what separates accurate forecasts from lucky guesses.

Original Signal (what you see)
Trend Component (the underlying direction)
Seasonality Component (repeating patterns)
Residual / Anomaly Component (what YIME detects)

What we build with
time series AI

Demand Forecasting

SKU-level and category-level demand forecasts incorporating seasonality, promotions, and external signals — reducing overstock by 25–35% and stockouts by 30–40%.

Anomaly Detection

Unsupervised and semi-supervised anomaly detection for financial transactions, IoT sensor streams, logs, and operational metrics — flagging deviations before they cascade.

Predictive Maintenance

Sensor data models that predict equipment failures 3–7 days in advance — enabling scheduled maintenance before unplanned downtime disrupts operations.

Financial Forecasting

Revenue projection, cash flow modeling, and financial KPI forecasting with uncertainty quantification for treasury, FP&A, and board reporting.

Customer Behavior Prediction

Next purchase prediction, engagement scoring, and lifetime value forecasting based on behavioral time-series — integrated with CRM and marketing automation.

Real-Time Streaming Analytics

Kafka-based streaming pipelines with real-time scoring and alerting — from IoT edge devices to enterprise data warehouses — with sub-second anomaly response.

35%
Avg. overstock reduction
7days
Failure prediction lead time
50%
Forecast error reduction
<1s
Real-time anomaly alert

Tools built for
time-aware intelligence

Prophet
N-BEATS
LSTM / Seq2Seq
XGBoost
Darts
Kafka
TimescaleDB
SHAP
Isolation Forest
Airflow
Grafana
MLflow

From raw signal to
live predictions

01
Signal Audit & Feature Engineering

We analyze your time series for stationarity, seasonality, missing values, and data quality — then engineer the features that actually drive predictive power.

02
Model Architecture Selection

We benchmark statistical, ML, and deep learning approaches on your data — selecting the architecture that balances accuracy, interpretability, and latency for your use case.

03
Walk-Forward Validation

We evaluate using rigorous walk-forward backtesting — simulating real deployment conditions — and report MAPE, RMSE, and coverage metrics your business can understand.

04
Live Deployment & Automated Retraining

We deploy with real-time scoring pipelines, drift monitoring, and automated retraining triggers — so your forecast stays accurate as conditions change.

Ready to see what your data predicts?

Share your data type, your forecasting horizon, and your accuracy requirements. We'll design the right model in a week.

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