Satyadhar Joshi

I'm an AVP in Financial Risk Management at Bank of America currently working on implementing AI agents and frameworks for financial risk applications. I previously did research at Michigan Tech working with Dr. Joshua Pearce on optimization algorithms for solar cell design. My current work focuses on developing and implementing Gen AI frameworks, particularly agentic AI systems, to enhance financial risk modeling and market stability. I've published extensively on the integration of AI agents in financial applications, with recent papers examining frameworks like LangGraph, CrewAI, and AutoGen for risk assessment and market analysis. My research interests span the intersection of artificial intelligence, financial technology, and risk management. I'm particularly interested in how Gen AI can be leveraged to improve model robustness while maintaining regulatory compliance. Through my publications and work, I aim to bridge the gap between cutting-edge AI technology and practical financial applications.

www.satyadharjoshi.com

Publications

Advancing innovation in financial stability: A comprehensive review of ai agent frameworks, challenges and applications

Satyadhar Joshi

World Journal of Advanced Engineering Technology and Sciences 2025

ABS PDF

Review of autonomous systems and collaborative AI agent frameworks

Satyadhar Joshi

International Journal of Science and Research Archive 2025

Satyadhar Joshi

Publications

Advancing innovation in financial stability: A comprehensive review of ai agent frameworks, challenges and applications

Review of autonomous systems and collaborative AI agent frameworks

Retraining US Workforce in the Age of Agentic Gen AI: Role of Prompt Engineering and Up-Skilling Initiatives

Generative AI: Mitigating Workforce and Economic Disruptions While Strategizing Policy Responses for Governments and Companies

Agentic Generative AI and the Future U.S. Workforce: Advancing Innovation and National Competitiveness

Review of Data Engineering Frameworks (Trino and Kubernetes) for Implementing Generative AI in Financial Risk

Enhancing structured finance risk models (Leland-Toft and Box-Cox) using GenAI (VAEs GANs)

Leveraging prompt engineering to enhance financial market integrity and risk management

Using Gen AI Agents With GAE And VAE To Enhance Resilience Of Us Markets

A Literature Review of Gen AI Agents in Financial Applications: Models and Implementations

The Synergy of Generative AI and Big Data for Financial Risk: Review of Recent Developments

Review of Gen AI Models for Financial Risk Management

Implementing Gen AI for Increasing Robustness of US Financial and Regulatory System

Optimal Design of Thin-film Plasmonic Solar Cells using Differential Evolution Optimization Algorithms

Ultra-Broadband Terahertz Perfect Absorber based on Doped Silicon

Studying different trading techniques and modeling strategies to minimize risks

Quant techniques and regime analysis for increase in trade & business between India and Israel

Subjective and assessable exploration of India-Israel defense relationship

Applying Dynamic Risk management technique for passively invested portfolio

Metaeconomics: Stochastics & Nanotech New Approaches to Contemporary Reality

Business implications of recent developments in nanotechnology for micro scale devices

Secure Multi-Party Computation for statistical computations using virtual parties on a Token Ring Network

Strategic Game theory models and commercialization for Nano RFID systems

Tri-TTP based architecture for Secure Multi-Party Computations using Virtual Parties

Multi-scale Modeling for Nano Scale Phenomenon Using CUDA Based Framework

Java based software framework and its integration in Mobile Phones using RFID technologies

Multi-scale modeling of nano scale phenomenon using CUDA based HPC setup

Energy modeling in carbon nano tube based wireless sensor networks

Modeling and analysis of DC traction system under light of current developments in HPC and virtual reality

Implementation of virtual reality and agents model based nano domain simulation an HPC setup

Recent trends in RFID and a java based software framework for its integration in mobile phones

Reliability modeling of MEMS devices on CUDA based HPC setup

SMC protocol for privacy preserving in banking computations along with security analysis

Analysis of security issues in SMC based RFID in supply chain management with energy modeling

Modeling and Analysis of DC Traction System in Light of Recent Innovations from HPC and Virtual Reality

Secure Multi-party Computation Protocol for Defense Applications in Military Operations Using Virtual Cryptography

Multi-scale Modeling and Analysis of Nano-RFID Systems on HPC Setup

Secured Communication for Business Process Outsourcing Using Optimized Arithmetic Cryptography Protocol Based on Virtual Parties

Multi Scale modeling and intricate study of MEMS based elements in RFID systems

Intricate modeling of HDD and reliability analysis in light of advances in Nanotechnology and MEMS

Modeling Nano enabled elements of solar and fuel cell

Reliability modeling and optimization of MEMS elements in various devices using multi-scale concepts

Implementation of parallelization and nano simulation using multi-scale modeling on various HPC setups

SECURE MULTI-PARTY COMPUTATION PROTOCOL FOR STATISTICAL COMPUTATION ON ENCRYPTED DATA

OPTIMIZING RELIABILITY ANALYSIS OF MEMS DEVICES ON AN HPC SETUP USING MULTI SCALE MODELING

Secure Multi-party Computation Using Virtual Parties for Computation on Encrypted Data

Wireless Sensor Network: Intricate modeling and analysis of CNT and MEMS based sensor nodes

Optimizing HPC and parallelization for computation Nanotechnology in MCCS environment

Distributive computing for reliability analysis of MEMS devices using MATLAB

Review of Data Engineering and Data Lakes for Implementing GenAI in Financial Risk A Comprehensive Review of Current Developments in GenAI Implementations

India – Israel Defense Relationship: Quantitative & Qualitative Analysis of Defense Companies of India and Israel

Consumer Behavior and Strategic Finance in Green Energy

Security Analysis of Secure Multi-Party Computation using Virtual Parties for Computation on Encrypted Data along with Performance

Strategic decision-making and game theoretic approach for the commercialization of nanotechnology

Multi Scale Modeling of Nano Enable Solar cell With Implementation on an HPC Setup

Optimizing HPC and Parallelization For Nanotechnology

Optimizing reliability modeling of MEMS devices based on their applications

MPI and PVM based HPC Setup for Multi Scale Modeling

Modeling and Reliability Analysis of MEMS Based Fuel Cells

A Novel Protocol for Privacy Preserving Banking Computations using Arithmetic Cryptography