Retail & E-Commerce
Algorithmic Retail Media Network (RMN)
Problem: A global tier-1 retailer had 40PB of first-party customer journey data (point-of-sale, clickstream, and loyalty) that was under-utilised, resulting in stagnant margins despite high traffic.
Architecture: Deployed a Unified Customer Data Platform (CDP) integrated with a Real-Time Bidding (RTB) engine. We implemented a Multi-Armed Bandit reinforcement learning model for dynamic ad placement and DeepFM (Factorization Machines) for CTR prediction, allowing 3rd party brands to bid on hyper-segmented audience cohorts in real-time.
Telecommunications
Geospatial Mobility Intelligence as-a-Service
Problem: A national telco provider sought to monetise anonymised network signalling data to support urban planning and out-of-home (OOH) advertising agencies.
Architecture: Built a Differential Privacy pipeline to ensure zero-PII exposure. The stack utilised Apache Sedona for distributed spatial data processing and H3 Hexagonal Hierarchical Indexing. We deployed an API-first marketplace where enterprise clients subscribe to real-time ‘heatmaps’ and foot-traffic velocity models generated by LSTM (Long Short-Term Memory) networks.
Healthcare
Federated Clinical Trial Matching Network
Problem: A consortium of hospitals held massive repositories of Electronic Health Records (EHR) but couldn’t share data due to HIPAA/GDPR constraints, missing out on pharmaceutical R&D partnerships.
Architecture: Engineered a Federated Learning framework using NVIDIA Flare. This enabled AI models to be trained locally at each hospital site without moving raw patient data. A central Transformer-based NLP model parsed unstructured clinical notes to match patients to pharmaceutical trials, with results verified via a private Consortium Blockchain ledger.
40%
Reduction in Recruitment Time
$45M
Annual Consortium Fee
FinTech & Banking
Synthetic Transaction Data for API Sandboxes
Problem: A multinational bank wanted to monetise its transaction data for 3rd party developers and FinTechs but was blocked by strict security protocols and data residency laws.
Architecture: Developed a Generative Adversarial Network (GAN) architecture specifically designed for tabular time-series data. The GANs produced 100% synthetic, statistically identical datasets that mirrored the bank’s real-world transaction patterns. These ‘digital twins’ of financial data were sold via a tiered API subscription model for fintech stress-testing.
Manufacturing
Predictive Maintenance Telemetry for InsurTech
Problem: An Industrial IoT manufacturer had high-resolution sensor data from 50,000+ units but saw the data as a pure storage cost rather than a strategic asset.
Architecture: Created an Edge-to-Cloud data pipeline using MQTT and InfluxDB. We built a Random Forest and Gradient Boosting (XGBoost) ensemble to predict asset failure with 94% accuracy. This ‘Reliability Score’ was then packaged and sold to commercial insurance providers to enable dynamic, parametric insurance premiums for factory owners.
Energy
VPP Data Arbitrage via Reinforcement Learning
Problem: A regional energy utility struggled with grid balancing due to the influx of distributed solar and battery assets, leading to costly ‘peaker plant’ activation.
Architecture: Implemented a Virtual Power Plant (VPP) data platform. Using Proximal Policy Optimization (PPO) reinforcement learning agents, we monetised the data by orchestrating thousands of distributed batteries to trade energy on the wholesale frequency regulation market. The ‘Intelligence Layer’ was then licensed to other utilities as a SaaS platform.
18%
Grid Stability Increase
$18.5M
Trading Profit / Year