DolphinDB2026-05-28
Behind the Build: How a Quant Fixed a Broken Data Pipeline with iFinD Module

For six years, chievan's work as a quant researcher at a brokerage firm followed a familiar rhythm: data in, strategy out. Market data arrived from multiple APIs, passed through layers of cleaning and transformation, landed in databases, and ultimately fed into backtesting models. Routine, yes — but far from frictionless.

Community
Behind the Build: How a Quant Fixed a Broken Data Pipeline with iFinD Module
DolphinDB2026-05-28
Stop Waiting on Your Backtester: How to Let Yourself Focus on Strategy Logic

Two things drain the most time in quant development: slow backtests, and frameworks that fall apart the moment you try to extend them. Wait five minutes for data to load, tweak a parameter, wait five more minutes. Then try adding a second asset class and discover that your matching engine, position tracking, and cash management are all tangled together.

Engineering
Stop Waiting on Your Backtester: How to Let Yourself Focus on Strategy Logic
DolphinDB2026-05-28
How to Make High-Frequency Market Data Work for Mid- and Low-Frequency Strategies

High-frequency market data contains a level of market microstructure detail that daily OHLC data simply can't match — order book dynamics, trade impact, informed order flow, intraday liquidity patterns. The problem is that building strategies directly on tick data is expensive: you need serious infrastructure, the signal-to-noise ratio is brutal, turnover costs eat returns, and scaling up is genuinely hard.

Engineering
How to Make High-Frequency Market Data Work for Mid- and Low-Frequency Strategies
DolphinDB2026-05-28
Real-Time Decision-Making: How AI and Low-Latency Computing Are Reshaping Digital Twins

Digital twins have long been understood as high-fidelity replicas of the physical world. Whether modeling entire cities through GIS systems or capturing the intricate details of buildings and factories via BIM, the traditional approach has focused on creating precise digital mappings of reality to enable simulation, analysis, and operational planning. But this paradigm is shifting.

Engineering
Real-Time Decision-Making: How AI and Low-Latency Computing Are Reshaping Digital Twins