Research & Development

Research that supports better products and stronger AI implementation.

The research track is practical: build knowledge that improves reliability, evaluation, modeling and deployment for real systems.

Active research directions

Each research area connects to real products, competitions, or implementation work.

Active Direction

Agentic AI

Tool-use agents, workflow automation and controllable AI systems

Research on agents that can use tools, generate reports, automate workflows, and remain testable, observable, and controllable enough for real business and research use.

Tool-Use AgentsReport GenerationWorkflow AutomationObservability
Research Asset

AI Evaluation

Adaptive Testing of Learning Across Substrates

Research around measuring how AI systems learn, adapt, and fail under interactive conditions. This direction includes ATLAS Benchmark, replay-based diagnostics, and learning-focused evaluation.

ATLAS BenchmarkModel Failure DiagnosticsReplay ViewerLearning Faculties
Product Research

Financial AI

Probability-based market decision systems

Research around feature engineering, thresholding, model packaging, risk-aware deployment, and financial NLP. This includes Golden Gauss AI for XAUUSD prediction and Short Activist Predictor for financial text classification.

Golden Gauss AIFinancial NLPShort Activist PredictorGradient BoostingONNXMQL5 / MetaTrader
Research Project

Geo Spatial AI

Remote sensing, crop classification and satellite intelligence

Geospatial AI research inspired by crop classification, remote sensing, foundation models, and competition work. Combining satellite imagery analysis with machine learning pipelines.

GeoFM Crop ClassificationNASA PRESTOPyTorchGoogle Earth EngineLightGBM
Research Direction

Robust ML for Noisy & Imbalanced Data

Reliable learning under difficult data distributions

Exploration of machine learning methods for noisy, imbalanced, or complex classification settings, including hypersphere-based fuzzy SVM approaches and practical evaluation workflows.

Fuzzy SVMFuzzy LogicC/C++PythonPyTorchscikit-learn
Applied ML Research

Energy Flexibility AI

Demand response detection and building energy intelligence

Applied machine learning work on detecting and quantifying energy flexibility in buildings using a hybrid two-stage ensemble framework for classification and regression.

FlexTrackLightGBMXGBoostClassification + Regression

Publications & research work

Golden Gauss AI: A Predictive Machine Learning System for Probability-Based Trade Execution in Gold Markets

Published research on Zenodo. Covers feature engineering, gradient boosting, ONNX deployment, and MetaTrader integration for XAUUSD prediction.

GeoFM for Crop Classification

Geospatial foundation model approach for crop classification using NASA PRESTO, satellite time-series, and competition-grade ML pipelines.

Hybrid Two-Stage Ensemble Framework for Energy Flexibility in Buildings

Machine learning ensemble framework for predicting and optimizing energy flexibility in building systems.

ATLAS - Adaptive Testing of Learning Across Substrates

Benchmark suite evaluating how AI systems learn through interactive tasks. Covers associative learning, concept formation, probabilistic learning, and more.

Fine-Grained Animal Species ID Benchmark

A multimodal benchmark evaluating vision-language models on expert-level biological classification across animal species.

View on Kaggle β†’BenchmarkComputer Vision

Startup Failures Dataset

Curated Kaggle dataset of startup failures across industries, funding stages, and regions. Built for analysis and machine-learning training.

Note: AI outputs may be inaccurate and should be reviewed by qualified humans where decisions are sensitive or high-impact. Research presented here represents ongoing work and may evolve over time.

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