OPTIstack
Optistack
Development of business applications based on our own technology platform using IoT/AI technologies
A team of professionals in the field of platform solutions and advanced analytics
A TEAM WITH MULTI-INDUSTRY EXPERIENCE
Key competencies
to be solved
▪ Data management, integration, IoT/IIoT
▪ Automation of operational workflows
▪ Data visualization and real-time dashboards
▪ Advanced analytics (MILP/LP, ML)
▪ Automation of operational workflows
▪ Data visualization and real-time dashboards
▪ Advanced analytics (MILP/LP, ML)
▪ Automation of production and supply chain management (planning, monitoring, BI reporting)
▪ Automation of warehouse and transport logistics processes (TMS, WMS)
▪ Automation of warehouse and transport logistics processes (TMS, WMS)
01
02
OPTISTACK
Full cycle development and implementation of high-load custom web applications
Q@OPTISTACK.APP
Benefits of working with the Optistack development team
WHY CHOOSE US
Creating a solution for a business task
Iterative development of a solution
Lack of redundant functionality
Lowest cost of ownership
High speed of adaptation and implementation
Flexibility of changes during operation
Proprietary flow-based technological framework
INTEGRATED STACK
01
Simply about the complex
Analytical reporting component
02
Customization for a specific business case
User Interface Configurator
03
Communication with sensors, equipment
IoT component
04
Connecting data sources, exporting to external systems
Integration component
05
Launch, cascading
Analytical
Model Orchestrator
Model Orchestrator
06
Optimization, forecasting
Analytical
models
models
CONTACT US
If you have any questions,
please write to us by email.
please write to us by email.
Q@OPTISTACK.COM
Examples of our solutions
Production planning
▪ Optimal planning of production volumes across production stages and sites
▪ Planning of production capacity utilization
▪ Forecasting production costs
▪ Multi-scenario modeling under various assumptions (including technology changes, capacity expansion, etc.)
▪ Planning of raw material and material supplies for the production plan
▪ Planning of production capacity utilization
▪ Forecasting production costs
▪ Multi-scenario modeling under various assumptions (including technology changes, capacity expansion, etc.)
▪ Planning of raw material and material supplies for the production plan
Logistics network planning
▪ Planning the configuration of the logistics network and product delivery schemes from production sites to end customers
▪ Forecasting supply chain costs and logistics infrastructure utilization
▪ Multi-scenario modeling under various assumptions (including changes in the logistics network configuration, etc.)
▪ Finding optimal locations for logistics infrastructure facilities
▪ Comparative analysis of supply chain configuration scenarios
▪ Forecasting supply chain costs and logistics infrastructure utilization
▪ Multi-scenario modeling under various assumptions (including changes in the logistics network configuration, etc.)
▪ Finding optimal locations for logistics infrastructure facilities
▪ Comparative analysis of supply chain configuration scenarios
Automation of order management processes
▪ Real-time monitoring of the order assembly process
▪ Monitoring of assembly stages/errors/error details
▪ Order readiness dashboard
▪ Integration with delivery services/delivery document generator
▪ Monitoring of assembly stages/errors/error details
▪ Order readiness dashboard
▪ Integration with delivery services/delivery document generator
Optimization of the use of agricultural machinery
▪ Optimization of the Seasonal Field Work Plan and Forecasting Equipment Utilization
▪ Localization and Assessment of Equipment Deficiencies
▪ Balancing the Equipment Fleet between Production Sites
▪ Planning Equipment Fleet Expansion Based on Systemic Equipment Deficiencies
▪ Localization and Assessment of Equipment Deficiencies
▪ Balancing the Equipment Fleet between Production Sites
▪ Planning Equipment Fleet Expansion Based on Systemic Equipment Deficiencies
Optimization of the structure of crop areas
▪ Strategic Production Portfolio and Crop Area Structure Planning at the Field Level
▪ Comparative Scenario Analysis under Various Assumptions
▪ Stress Testing of Crop Area Structure Scenarios
▪ Flexible Crop Area Structure Replanning (Reseeding, Significant Changes in Macroeconomic Parameters)
▪ Comparative Scenario Analysis under Various Assumptions
▪ Stress Testing of Crop Area Structure Scenarios
▪ Flexible Crop Area Structure Replanning (Reseeding, Significant Changes in Macroeconomic Parameters)
Monitoring the use of equipment
▪ Collecting equipment movement data from IoT devices
▪ Thematic processing of equipment data (geofencing/speed/mileage)
▪ Accounting processes based on key metrics
▪ Real-time dashboards and visual analytics of equipment usage
▪ Alert system based on customizable triggers
▪ Thematic processing of equipment data (geofencing/speed/mileage)
▪ Accounting processes based on key metrics
▪ Real-time dashboards and visual analytics of equipment usage
▪ Alert system based on customizable triggers
q@optistack.com
OPTISTACK
