Adversarial games. Adaptive systems.

Quantitative research across reinforcement learning, game theory, and systematic finance.

Sri Atluri.

Formulating novel game-theoretic methods for computer vision. The current work designs multi-agent reinforcement learning games where adversarial agents learn to localise anomalies in images without supervision: no labels, no domain knowledge, no prior about what the anomaly looks like. The frameworks span anomaly detection, medical imaging, and frontier model evaluation through LLM-driven tool use.

Before RL, the work was in quantitative systems. A background in mathematics, statistics, and financial engineering led to Tevvis: a systematic equity strategy deployed on real capital since 2023, and still running. That same instinct for building adaptive systems under uncertainty carries through to the current research.

Currently a CRUK-funded PhD student in Computer Science at Queen Mary University of London, supervised by Dr Shaheer Saeed.

Tevvis
Independent systematic equity research
Queen Mary University of London
PhD Computer Science
Imperial College London
MSc Financial Engineering
Tata Consultancy Services
Data Engineer / Data Scientist
IIT Madras
Research on ML methods for portfolio construction
University of Portsmouth
BSc Mathematics and Statistics
Alken Fund
Quantitative research competition, delivered by Hachem Madmoun

Projects and publications.

Flagship project

Tevvis: Systematic Equity

A four-stage Bayesian framework for capturing extreme-value-creating assets from heavy-tailed return distributions. Live on real capital since January 2023. The name means 23 in Marathi.

4 years broker-verified 93 total trades +194% total return
MSc Thesis, Imperial College London

Bayesian Stock Screening and Cluster-Based Portfolio Optimisation in Distressed Markets

Develops a method for harvesting Bessembinder wealth: the empirical finding that a small number of stocks account for all net wealth creation in equity markets. Proposes a Bayesian screening stage followed by cluster-based portfolio construction that avoids the instabilities of classical mean-variance optimisation, tested on distressed-market regimes.

Imperial College London 2025-2026
Peer-reviewed publication

MICCAI Workshop Paper

Co-authored peer-reviewed paper accepted at a MICCAI workshop. Research at the intersection of machine learning and medical imaging.

MICCAI 2026 Co-author
001 / 2026

Features for Screening Versus Features for Clustering: A Methodological Distinction in Systematic Equity Investment

Investigates the distinction between features used for screening and features used for clustering in systematic equity strategies, arguing that conflating the two introduces systematic bias into portfolio construction.
002 / 2026

Short-Horizon Excess Returns in Liquid Equities: Regime-Dependent Properties of a Systematic Programme

Examines how short-horizon excess returns in liquid equities vary across market regimes, demonstrating that a regime-conditional programme captures alpha that unconditional models miss.
003 / 2026

Return Predictability or Risk Timing? Bootstrap Evidence from a Century of US Equity Data

Uses bootstrap methods on a century of US equity data to disentangle whether systematic strategy performance arises from genuine return predictability or from implicit risk timing through regime detection.
004 / 2026

The CDS-Bond Basis: A Markov-Switching Friction Decomposition with Nonlinear Amplification

Decomposes the CDS-bond basis through a Markov-switching framework, modelling friction dynamics and nonlinear amplification mechanisms across credit market regimes.
005 / 2026

Currency Factor Combination and Cross-Sectional Pricing: Shrinkage Convergence, Alternative Methods, and the Identification of Volatility Risk

Examines currency factor combination through shrinkage convergence and alternative methods, identifying volatility risk as a distinct priced factor in cross-sectional currency returns.
006 / 2026

Clustering-Based Alternatives to Mean-Variance Portfolio Optimisation

Proposes clustering-based portfolio construction methods as alternatives to traditional mean-variance optimisation, showing improved out-of-sample stability and reduced sensitivity to estimation error.
007 / 2025

Probability and Machine Learning Methods in Predictive Modelling: Applications to Alternative Data

Applies probabilistic and machine learning methods to predictive modelling in alternative data settings, with applications to sports analytics as a domain for out-of-sample validation.
Live since January 2023
Strategy

Systematic equity.

A four-stage Bayesian framework for capturing extreme-value-creating assets from heavy-tailed distributions.

Total Return
Sharpe Ratio
Annualised
Max Drawdown
Growth of £100
Tevvis S&P 500
Tevvis
S&P 500
Monthly returns
Annual returns vs S&P 500
Tevvis S&P 500
Detailed metrics
Risk-Return
Sortino Ratio
Calmar Ratio
Information Ratio
Win Rate
Win / Loss
Alpha vs S&P
Market Exposure
Beta
Correlation
Down Capture
Best Month
Worst Month
Total Trades

Performance represents live, real-capital results from a funded portfolio managed since January 2023. Past performance is not indicative of future results. Tevvis is a research operation, not an investment adviser.