Curve Labs


Philosophy

  • To understand the truth with data-driven analysis.
  • To explore the data world with creative thinking and right value.
  • To share the results in understandable language.

  • Ultimately to make world better place through these works.

Reference Timeline


Steps

  • 2017.05 : First encounter - Concept of Data Science
  • 2017.08 : Construction of a personal database (Microsoft SQL Server)

  • 2018.06 : Extension of range of collecting data (Korean - Indices, Stock, ETFs / Forex / Global Commodities / Global Stock Market Indices)
  • 2018.09 : Construction of Curvelib Package ver 1.0 (Personal tools for data analysis, with Python language)
  • 2018.11 : Initiation of semi-automated system trading program in Korean stock market
  • 2018.12 : Performance improvements of Curvelib Package by Asynchronous Programming & Multiprocessing (5 times faster than initial version 1.0)

  • 2019.05 : Launching open-source python package ‘wecolib’ (researching and executing tools for quantitative trading)
  • [Link] : https://github.com/Onewquant/wecolib
  • 2019.07 : Develoment of ‘Mosell’ (A local program for helping individual e-commerce business to keep ledger)
  • 2019.07 : Develoment of ‘Mosell BOK Distributor (A local program for scraping whole keyword data and alarming searching keywords in low competition, BOK means Blue Ocean Keyword)’
  • 2019.08 : Launching open-source python package ‘Hexpot’ (An infrastructure library for ‘Hexpo’ - researching and executing tools for quantitative trading with realtime streaming data)
  • [Link] : https://github.com/Onewquant/Hexpot
  • 2019.08 : Developing python package ‘Hexpo’ (meaning Hyper Exponential)

Technical Skill Sets

  • Programming Language : Python, Go, SQL Query
  • Database : MongoDB, Microsoft SQL-Server

Forward

  • Introduction of Machine Learning techniques into the trading system
  • Improvement in speed of analyzing realtime streaming data and trading execution
  • Study for statistical decision making
  • Study for Complex system, Network Science (Esp. Log-Periodic Power Law Model)