Democratizing access to cutting-edge technologies through AI, working together to maximize your organization’s operational efficiency.

We know our mission!

Guapo Analytics mission is to help companies address the challenges of the Digital Transformation. One fundamental challenge of the Digital Transformation is for a company to identify which AI technology to adopt and how the adopted AI technology impacts the maximization of its operational efficiency while optimizing the tradeoffs of several conflicting business objectives and satisfying resources and business constraints.


Overwhelmed by Data? Hampered by Inefficiency? It’s Time for OperAI.

In today’s fast-paced digital landscape, Information Technologies are the undeniable backbone of every successful business. Yet, many organizations find themselves navigating a maze of complexity. Did you know that a staggering 90% of business data is unstructured? This ocean of untapped information, coupled with pervasive manual processes, often renders businesses inefficient, slow to adapt, and frustratingly inflexible.

The consequences are tangible: missed opportunities, low demand fulfillment, and underutilized resources, all impacting your bottom line.

But what if you could turn these challenges into your greatest operational strengths?

Introducing OperAI by Guapo Analytics. We’re here to help you harness the transformative power of Operations Artificial Intelligence. OperAI is your key to automating processes, structuring your data for actionable insights, and making truly optimal decisions that drive growth and efficiency.”

What is OperAI?

Intelligent Solutions for Measurable Operational Excellence

It’s Operations Artificial Intelligence – a practical, results-driven methodology from Guapo Analytics that applies the full power of AI and Operations Research to solve your most complex operational challenges.

Learn More About OperAI

Transforming Operations

We automate critical business processes, making them faster, more reliable, and less prone to manual error.

Harnessing Data Intelligently

OperAI converts your raw, often underutilized, unstructured data into a strategic asset, paving the way for sophisticated analytics and deeper understanding.

Driving Optimized Decisions

We empower you with the tools and insights to not just make decisions, but to make optimal decisions that balance trade-offs, respect constraints, and align perfectly with your business goals.

More than a concept

it’s an applied research framework. We work with your business to meticulously discover opportunities, design innovative solutions, build robust AI/OR applications, and deploy them effectively to achieve tangible improvements in operational efficiency and strategic alignment. Ultimately, OperAI delivers optimized, data-driven decision-making capabilities to your fingertips.

OperAI Opportunities

Supply Chain and Logistics for Public Services.

AI enhances forecasting accuracy for public service demand (e.g., food programs, public health supplies), while optimization models ensure the efficient delivery of goods to rural and urban centers.

Education and Workforce Development.

AI can predict skills in demand for the future labor market, while optimization techniques help governments allocate funds for training programs that best meet regional conomic needs.

Public Safety and National Security.

AI models analyze crime patterns and predict future incidents, while optimization algorithms help in the optimal deployment of law enforcement resources across regions to maximize deterrence and response effectiveness.

Energy and Utilities Management.

AI can model water demand patterns and predict shortages, while mathematical optimization can allocate water efficiently across agricultural, industrial, and domestic users, especially in drought-prone regions.

Healthcare Resource Allocation.

AI-driven demand forecasting and optimization models can design efficient distribution networks for vaccines, ensuring that the right quantities are delivered to the right locations in a timely manner, minimizing wastage.

Policy Making and Economic Planning.

AI models can simulate the effects of various tax policies on different economic sectors and social groups, while mathematical programming helps optimize tax structures to balance
government revenue with economic growth and fairness.

Transportation and Infrastructure Planning.

AI models can forecast demand for public transportation and suggest optimal schedules, reducing wait times and fuel consumption. Mathematical programming techniques help in fleet management, ensuring an efficient allocation of buses, trains, or ferries across regions.