OptiFlow AI

Elevator Pitch: Are you tired of uncertainties in your operational optimization? OptiFlow AI leverages breakthrough AI algorithms to give you the most accurate solutions for your complex linear programming challenges – verified with our quality certificate. Streamline your operations, reduce costs, and make confident decisions with our next-gen optimization tool.

Concept

AI-powered optimization for industrial operations

Objective

To provide businesses with AI tools to solve large-scale optimization problems efficiently and with high accuracy.

Solution

Using Dual Interior Point Learning (DIPL) and Dual Supergradient Learning (DSL) to deliver optimal solutions for parametric linear programs, ensuring dual feasibility and providing a certificate of quality for the results.

Revenue Model

Subscription-based SaaS, with tiered pricing depending on the scale of operation and required computation power. Additional consultancy services for implementation and customization.

Target Market

Energy companies, logistics and supply chain operators, manufacturing businesses, and any industry where parametric linear programming is utilized for optimization.

Expansion Plan

Initially focus on the optimal power flow market, then branch out to other industries utilizing large-scale linear optimization. Develop partnerships with industry consultants and software providers.

Potential Challenges

Complexity of the algorithms requiring skilled personnel, competition from existing optimization tools, and integration with clients’ current systems.

Customer Problem

The need for high-fidelity dual-feasible solutions in complex optimization problems to improve decision-making and operational efficiency.

Regulatory and Ethical Issues

Ensuring data privacy and security, compliance with various industry regulations, and transparent processing of data.

Disruptiveness

Offers a novel approach that provides a quality certificate for optimization solutions, potentially shifting the industry practice towards dual feasibility methods.