Glossary

Backtesting: Optimize trading strategies with backtesting: analyze past performance, refine approaches, and achieve future success.
Counterparty Risk: What it is and How to Backtest Your Models: Learn everything about counterparty risk, its impact on financial institutions, and how to backtest effective models. Discover key risk types, mitigation strategies, and advanced CCR solutions with KX. Enhance your risk assessments and safeguard profitability.
Credit risk analysis modeling: An overview: Credit risk modeling allows financial institutions to better manage their portfolios by measuring the risk of loss. Learn more by reading our article.
Data Architecture: What it is and Why it Matters: A strong data architecture is crucial for effective and efficient retrieval and analysis of enterprise big data.
Data Structures and Algorithms: An Introduction: Learn the fundamentals of data structures and algorithms, key concepts, and how they optimize performance in software development.
Forex (foreign exchange) analysis: Analyze and predict relative movements in currency prices to better optimize your forex portfolio. Learn more by reading our guide to forex analysis.
P&L Attribution Analysis in Finance: Master P&L attribution analysis to enhance risk management and financial performance. Learn how KX's AI-ready analytics platform streamlines P&L analysis, backtesting, and credit risk model validation for actionable insights.
Structured vs. Unstructured Data: An Introduction: Explore the differences between structured and unstructured data, their uses, and how they impact data storage and analysis strategies.
The Fundamentals of Algorithmic Trading
Time Series Databases and Why You Need One: Discover the power of time series databases (TSDBs) for managing and analyzing time-stamped data efficiently.
Transaction cost analysis: An introduction: How TCA helps you analyze trade prices and validate whether you’re trading with the greatest efficiency.
What is a Vector Database?: Discover what a vector database is, how it works, and its key benefits for handling complex, high-dimensional data efficiently.