Litify
The legal operating system built on Salesforce for high-growth firms and corporate departments.
Hyper-local demand sensing and inventory optimization for high-velocity fashion retail.
Celect (now a core technology within Nike's Direct-to-Consumer stack) represents the pinnacle of Bayesian demand sensing in the fashion industry. The platform's architecture leverages advanced MIT-developed algorithms to predict hyper-local demand at the SKU and store level, even in scenarios with sparse data or high volatility typical of seasonal fashion cycles. By the 2026 market horizon, this technology has evolved into a fully autonomous 'Demand Signal Engine' that bridges the gap between digital consumer behavior and physical inventory allocation. It differentiates itself by moving beyond traditional time-series forecasting, utilizing a proprietary choice-modeling framework that understands how consumers trade off between different products within a localized assortment. This enables retailers to optimize inventory across thousands of nodes, significantly reducing markdowns and stockouts while increasing full-price sell-through rates. The technical core is designed to ingest massive streams of POS, web browsing, and supply chain telemetry data to provide real-time rebalancing recommendations that are execution-ready for ERP and WMS integrations.
Algorithms that predict what a customer will buy when their first choice is out of stock, allowing for smarter substitution strategies.
The legal operating system built on Salesforce for high-growth firms and corporate departments.
Empowering investment and credit management with AI-driven operational alpha and cloud-native agility.
The legal industry's gold standard for AI-driven research, analytics, and Shepard’s® validated insights.
A fast, distributed, high-performance gradient boosting framework based on decision tree algorithms.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Processes micro-trends at the individual store level rather than regional averages.
Predicts the exact timing and depth of markdowns required to clear stock with maximum margin preservation.
Identifies when inventory in Store A should be shifted to fulfill Online Order B based on shipping costs and local demand probability.
Uses attribute-based similarity to forecast demand for new products with zero sales history.
Calculates the carbon and financial cost of store-to-store transfers vs. new procurement.
Integrates live social sentiment and web traffic into the demand forecast.
Excess inventory in low-demand areas leading to deep markdowns.
Registry Updated:2/7/2026
Inefficient initial distribution of new products without historical data.
Premature markdowns eroding gross margin.