SERVICES

MAKING POWERFUL DECISIONS

We offer an elegant and advance approach to mathematical programing.  A robust protocol of integrated algorithms that secure discernibility and informed decisions in real-time for optimal efficiency throughout an entire system and or process. Our mathematical architecture provides a universal and language agnostic API comprised of algorithms that run at scale within any environment. Our mathematical Ai infers and learns simultaneously to ensure dynamic and continuous forecast accuracy and demand variability to achieve supply chain goals and objectives. Our result entrust stakeholders with the ability to fulfill demand, increase sustainability and maximize profitability.

The mathematical models are individually associated with different administrative divisions and or functions vital to the organization, for the General Industrial Hypothalamus some of these models are as follows:

SUPPLY CHAIN

Resilient Global Supply Chain Design
Integrated Sales & Operations Planning (S&OP)
Global Supply Chain & Financial Optimization (S&OP + ALM)
Multi-Echelon Optimal Inventory Policy Planning
Global Sourcing Optimization
Production Scheduling
Production, Inventory & Distribution; Available-To-Promise
Product Distribution Scheduling
Predictive Maintenance Programming
Human Resources Planning & Scheduling

DEMAND CHAIN

Demand Management & Forecasting
Marketing Mix & Market Share Optimization
Price Optimization [Revenue Management]
Salesman Portfolio Optimization

ADVANCED MATHEMATICAL MODELING

50 years culminating the design, development and integration of complex models and algorithmic solvers via grand scale methodologies with rapidly evolving algorithms that configure and deploy operational optimization.

DECISION SUPPORT SYSTEMS; SOFTWARE

The methodical integration of advance data analytics with large scale mathematical modeling to yield an end-2-end decision support system [software] with real-time pervasive visibility and high prediction accuracy.

ENTERPRISE ARTIFICIAL HYPOTHALAMUS

The custom design, development, and on-boarding of an enterprise citadel powered by a perpetual artificial neural network comprised of autonomous, self-acting, and self-learning algorithms.

END 2 END SOLUTION

OUR SERVICES

MATHEMATICAL MODELS

  • Decision Support Systems
  • Supply Chain Design
  • Supply & Demand Chain Optimization
  • Scheduling Optimization
  • Vehicle Routing Optimization
  • Transportation & Logistics Optimization
  • Energy Optimization
  • Holistic Regional Planning Optimization
  • Smart City Design

INDUSTRIES

  • Discrete Manufacturing
  • Process Manufacturing
  • Transportation
  • Mining
  • Agriculture
  • Oil & Gas
  • Renewable Energy
  • Power
  • Regional Planning
  • Education
  • Health

THE PROCESS

Assessment

We identify and assess your challenges into a pre-model constraint matrix.
  • What
  • Why
  • How
01

Understand

Involves conceptualizing a Decision Support System [DSS] and writing all the algebraic equations that define the problem(s) to integrated and solved by the SSD.
  • Concept
  • Road Map
  • Equations
02

Mathematical Models

Produce a manual of industrial processes and rules that are part of the mathematical models that represent operational process and its solution.
  • Constraints
  • Data Collection
  • Interface [ERP - Mathematical Models]
03

Mathematical Ai

We run our cognitive robot to integrate mathematical models with information system.
  • Rapid
  • Autonomous
  • Agnostic
04

Deployment

Once constraints are met mathematical models are  implement onto an optimization server.

  • High Performance
  • Scalable
  • Adaptable
05

Benchmark

Test and measure the proper functionality of mathematical models.
  • Robust
  • End to End Visibility
  • Standardize
06

Emergent

Our mathematical models learn and evolve overtime keeping your enterprise at the at the edge ahead of the curve.

  • Self Learning
  • Self Steering
  • Autonomous
07

Assessment

We identify and assess your challenges into a pre-model constraint matrix.

  • What
  • Why
  • How
01

Understand

Involves conceptualizing a Decision Support System [DSS] and writing all the algebraic equations that define the problem(s) to integrated and solved by the SSD.

  • Concept
  • Road Map
  • Equations
02

Mathematical Models

Produce a manual of industrial processes and rules that are part of the mathematical models that represent operational process and its solution.

  • Constraints
  • Data Collection
  • Interface [ERP – Mathematical Models]
03

Mathematical Ai

We run our cognitive robot to integrate mathematical models with information system.

  • Rapid
  • Autonomous
  • Agnostic
04

Deployment

Once constraints are met mathematical models are  implement onto an optimization server.

  • High Performance
  • Scalable
  • Adaptable
05

Benchmark

Test and measure the proper functionality of mathematical models.

  • Robust
  • End to End Visibility
  • Standardize
06

Emergent

Our mathematical models learn and evolve overtime keeping your enterprise at the at the edge ahead of the curve.

  • Self Learning
  • Self Steering
  • Autonomous
07

HAVE A PROJECT IN MIND?

LET`S WORK TOGETHER