About BestEx Research:
BestEx Research is a U.S.-based financial technology and research firm headquartered in Stamford, Connecticut, with offices in the United Kingdom, India and Armenia. The firm specializes in building sophisticated execution algorithms and transaction cost modeling tools servicing multiple asset classes. The firm provides its services to performance-demanding hedge funds, CTAs, asset managers, and banks through a traditional electronic broker and in a broker-neutral Software as a Service (SaaS) model.
BestEx Research’s mission is to become the leader in automation and measurement of execution across asset classes globally and significantly reduce transaction costs for our clients.
Its cloud-based platform, Algo Management System (AMS), is the first end-to-end algorithmic trading solution for equities, futures, and foreign exchange that delivers an entire ecosystem around execution algorithms, including transaction cost analysis (TCA), an algo customization tool called Strategy Studio, a trading dashboard, and pre-trade analytics in a single platform. The platform is currently live for US equity and global futures trading.
BestEx Research is disrupting a $100 billion industry by challenging the status quo of stale, black-box solutions from banks and offering next-generation execution algorithms that combine performance improvement with transparency and customization. BestEx Research uses leading-edge technology to support its low-latency, highly scalable research and trading systems with its back end in C++, research libraries in C++/Python and R, and web-based technologies for delivering its front-end platforms.
Visit bestexresearch.com for more information about our mission, products, research, and services.
Why Join Us?
BestEx Research’s Bangalore office is not an “offshore center.” It’s a core engineering and research hub—working on the exact same problems and projects as our U.S. team. You’ll be part of the global brain trust, solving some of the hardest problems in trading, systems, and data science.
What You’ll Love:
Location: Bengaluru, India
Our beautiful Bengaluru office is conveniently located in Prestige Tech Park, Outer Ring Road,
Marathahalli Road, Bangalore. Amenities include modern work spaces, free parking, recreational games, and free meals.
As a Quantitative Researcher, you will be a key contributor to the team responsible for our core research ecosystem. You will work alongside experienced practitioners to develop rigorous quantitative models, design robust analytical frameworks, and drive the mission-critical research that powers our algorithmic trading strategies using tick-by-tick market data and execution logs. This is an opportunity to contribute to scalable, high-impact research within the high-stakes environment of algorithmic trading.
At BestEx Research, our quantitative researchers are deeply integrated into the full research lifecycle from hypothesis generation through model validation and production deployment. You will develop a specialized understanding of global market microstructure, algorithmic execution, and performance measurement. Our researchers are nested within a talented team of experts and practitioners in the field and regularly contribute to writing research papers, while interfacing closely with client research teams to improve trading costs and execution quality. Your day-to-day responsibilities in this role can include, but are not limited to:
Requirements
Benefits
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BestEx Research provides execution algorithms for equities, futures and FX to buy- and sell-side institutions globally. Our rigorous quantitative approach to algorithm design delivers a suite of global, multi-asset algorithmic trading products that dramatically reduce execution costs. Our cloud-based algo management system, AMS, is a completely new way to engage with execution, combining execution algorithms with real-time analytics, order management, real-time and historical transaction cost analysis, reporting, and customization. Clients can access services directly, via sponsored access, or Software as a Service with little disruption to existing workflows.