CORTEXA
← Browse
crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-05-20Cited by 0

AI-Driven Strategic Decision-Making: Integrating Machine Learning into Financial Modeling and Corporate Strategy

Naveen Srikakulam

Machine learning (ML) and artificial intelligence (AI) will be substituting financial modeling and corporate strategy and will offer an opportunity to make data-driven, adaptive, and predictive decisions. This review examines the application of machine learning processes to financial analytics and strategic management by mentioning that AI has the potential to enhance the accuracy of forecasts, risk evaluation, and flexibility. In the work, a synthesis of the literature at hand is given to demonstrate that AI-based systems are of significant advantage over traditional econometric approaches, in particular, in the processing of nonlinear and high-frequency, large-scale financial data. Nevertheless, the concerns of problematic issues also encompass interpretability of models, concerns of data quality, governance, and complexity of integrating AI in business decision models, which were also characterized in the review. Furthermore, the article introduces a theoretical framework that connects the ability of AI, the quality of financial modeling, and the results of strategic decisions with the emphasis on the mediating and moderating variables, like explainability, organizational preparedness, and ethical governance. Additionally, the future research directions are also mentioned in the review and can be explained as explainable AI, hybrid modeling techniques, real-time analytics, and regulatory frameworks. On the whole, the present research can be added to the existing knowledge base as it offers a systematic insight into the ways AI can be successfully used to experience sustainable competitive advantage in finance and corporate strategy. The results apply to both academics and practitioners interested in the changing nature of AI in terms of strategic decision processes.

View free PDFSource page

Related papers

crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-06-04

AI-Driven Self-Adaptive Smart Irrigation System Using IoT, Computer Vision and Machine Learning

Ramya S Yamikar, Aravinda T V, Krishnareddy K R, Ramesh B E

This paper presents an AI-driven self-adaptive irrigation framework integrating IoT sensing, computer vision, adaptive learning, and automated irrigation control. The proposed system continuously monitors soil moisture, temperature, humidity, water flow, and visual plant health c…

View free PDFSource page
crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-07-10

Advanced Carbon Footprint Prediction Using Hybrid Machine Learning and Ai-Assisted Recommendations

Inchara R, Dr. Madhu M Nayak

Rising levels of carbon emissions have emerged as a key factor to climate change requiring smart mechanisms of monitoring and mitigation. In this paper, CarbonIQ, a machine learning-based, generative AI-based, and IoT-based data collection integrated carbon footprint prediction a…

View free PDFSource page
crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-07-20

A Machine Learning–Driven Predictive Framework for Analyzing Academic Performance

Dr. Sasikala P, Dr. Nanditha Prasad

Predictive analytics has emerged as a vital component of contemporary educational data analysis, enabling higher education institutions to move from reactive evaluation to proactive academic planning. The increasing availability of digital academic records—such as attendance, int…

View free PDFSource page
crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-07-10

Data-Driven Modeling and Optimization of Polymeric Membranes for CO2 Separation: A Machine Learning Perspective

Navya Patil, Selva Kumar Shekar, Krishnamurthy Sainath

Polymeric membranes have become a promising technique for the reduction of greenhouse gas emissions, as they provide energy-efficient, scalable, and simple processes for the separation of carbon dioxide (CO2). Nevertheless, the design of high-performance polymer membranes is a ch…

View free PDFSource page
crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-05-09

Random Forest-Based Prediction of Coastal Microplastic Concentration Using High-Dimensional Environmental Data: A Comparative Study with Deep Learning and Machine Learning

Tulika Suman, J Pawan Bramha Gowd, Abdul Fatir Shariff, Aamir Ali, Sumez Khan, Sumez Khan

Microplastic contamination in coastal ecosystems has emerged as a critical environmental issue with significant ecological, economic, and public health consequences. Conventional monitoring approaches rely heavily on field sampling and laboratory-based analysis, which are time-co…

View free PDFSource page
crossrefInternational Research Journal on Advanced Engineering Hub (IRJAEH)2026-06-26

Machine Learning-Based Predication of Chronic Kidney Disease

Kanchan Wavhale, Dr. Monika Rokade, Dr. Sunil Khatal

Chronic Kidney Disease (CKD) is a serious, progressive, and widely known medical condition that afflicts millions around the globe and often is not diagnosed until it has reached its later stages. Healthcare systems face obstacles in the timely diagnosis of CKD, due to the gradua…

View free PDFSource page