Solution Guide Product List and Ranking from 9 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

Solution Guide Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. Fixstars Amplify Tokyo//Information and Communications
  2. オーナンバ Osaka//Electrical equipment construction business
  3. INJANET Tokyo//Service Industry
  4. ネットストリーム Tokyo//Information and Communications
  5. パンドウイットコーポレーション日本支社 Tokyo//Building materials, supplies and fixtures manufacturers
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Solution Guide Product ranking

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. Successful development of the black box optimization method (FMQA). Fixstars Amplify
  2. Fixstars Amplify <Product for Independent Development> Fixstars Amplify
  3. Battery-linked self-consumption control system オーナンバ
  4. Comprehensive Solution 'ACP (Acronis Cyber Protect)' INJANET
  5. 4 Network Monitoring Team ネットストリーム

Solution Guide Product List

31～43 item / All 43 items

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Understanding the Utilization of Production Planning Auto-Generation Tools in 120 Minutes (4/24)

Understanding the Utilization of Production Planning Auto-Generation Tools in 120 Minutes (4/24)

Recommended for those who feel challenges with their current production planning systems or applications!

In this seminar, we introduced "Fixstars Amplify Scheduling Engine," an optimization cloud service specialized in solving scheduling problems that our company offers. This content is recommended for those involved in production planning and DX promotion in corporate production management departments and IT departments. Additionally, through the workshop, participants were able to confirm the ease of programming with Amplify SE and the usefulness of the solutions obtained. 【Lecture Content (Partial)】 ■ Introduction of combinatorial optimization problems and examples of production planning optimization ■ Introduction of Fixstars Amplify Scheduling Engine ■ Workshop on production planning optimization using Fixstars Amplify Scheduling Engine ■ Wrap Up and Q&A *Materials from past seminars can be downloaded from the related links.

  • Employee training

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Material exploration utilizing black-box optimization <February 7, 2024>

Material exploration utilizing black-box optimization <February 7, 2024>

Recommended for those in the research departments of companies interested in black box optimization!

In this seminar, we introduced an overview of combinatorial optimization problems and the quantum annealing Ising machine, which is a dedicated machine for solving these problems. During the workshop, participants solved actual black-box optimization problems using their own PCs. The content is recommended for research departments of companies that want to conduct material exploration more efficiently, as well as researchers in academia. 【Lecture Content (Partial)】 ■ Introduction to combinatorial optimization problems, Ising machines, and case studies ■ Introduction to Fixstars Amplify ■ Presentation of case studies (material exploration, optimization of wing shapes, feature extraction in machine learning, etc.) ■ Workshop on material exploration utilizing black-box optimization ■ Q&A * Seminar materials from past sessions can be downloaded from the related links.

  • Employee training

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Capacity-constrained transportation routing problem

Capacity-constrained transportation routing problem

Introduction to the problem of the transportation route with the addition of load limits for each vehicle.

In this tutorial, we will address a type of Vehicle Routing Problem (VRP) known as the Capacitated Vehicle Routing Problem. The Vehicle Routing Problem is a delivery route decision-making problem aimed at efficiently delivering goods from a distribution center to multiple cities. Specifically, it involves determining the assignment of delivery vehicles to cities and the order of visits to the cities in such a way that the total distance traveled by the delivery vehicles or the total cost is minimized. The Vehicle Routing Problem can also be interpreted as a generalization of the Traveling Salesman Problem. 【Specific Applications】 ■ Formulating efficient delivery plans in the transportation industry, such as postal services ■ Determining the order of visits for garbage collection and road cleaning *For more details, please refer to the related links or feel free to contact us.

  • others

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Optimization of airfoil shapes using black-box optimization and fluid simulation.

Optimization of airfoil shapes using black-box optimization and fluid simulation.

Adopting one-hot encoding! Optimization is performed on non-binary variables.

In this tutorial, we will perform the optimization of an airfoil using FMQA with Amplify, within a limited number of evaluations. The goal of the optimization process is to maximize the ratio of lift (FL) to drag (FD) acting on the wing installed in the flow field (lift-to-drag ratio). Additionally, the sample program will employ one-hot encoding, and we will also introduce the implementation of the necessary encoder and decoder. [Contents] ■ Definition of the airfoil and fluid simulation ■ Program implementation of FMQA (integer input values) ■ Exploration of optimal airfoils using FMQA *For more details, please refer to the related links or feel free to contact us.

  • others

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Reduce energy (electricity consumption) with local production and consumption of solar energy and air conditioning control!

Reduce energy (electricity consumption) with local production and consumption of solar energy and air conditioning control!

Achieve maximum utilization of generated power and reduction of electricity consumption through total control of "electricity consumption reduction and environmental contribution" + "air conditioning electricity consumption reduction"!

"E&E Solutions" reduces electricity usage charges through self-consumption of solar power and contributes to the environment, while maximizing the utilization of generated electricity and reducing electricity consumption through energy-saving control of air conditioning. Owner Number, a manufacturer of monitoring and control equipment participating in the power company’s output control demonstration project, expands its achievements to self-consumption control, measuring PCS generated power every 2 seconds and preventing reverse flow with precise control. The operating status of power conditioners and fault information are monitored in the cloud, and management personnel are notified via email in case of a malfunction. 【Case Studies of Air Conditioning Power Reduction Systems】 ■ Supermarket By implementing automatic ON/OFF control for each unit and adjusting the set temperature, an annual savings effect of approximately 1.8 million yen was achieved (Number of air conditioners: 163 units, Annual electricity reduction: 113,000 KWh). ■ Drugstore By optimizing the temperature for each sales area and implementing automatic ON/OFF control, an annual savings effect of approximately 770,000 yen was achieved (Number of air conditioners: 20 units, Annual electricity reduction: 42,812 KWh). ■ Elderly Care Facility An annual savings effect of approximately 2.02 million yen was achieved (Number of air conditioners: 237 units, Annual electricity reduction: 112,379 KWh).

  • Solar power generation equipment
  • Solar power generation
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)

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Reduce electricity consumption with self-consumption + air conditioning control system 'E&E Solution'

Reduce electricity consumption with self-consumption + air conditioning control system 'E&E Solution'

Response to the demand for solar power generation after the FIT program: It contributes to CO2 reduction, is environmentally friendly, and helps combat global warming!

"E&E Solutions" reduces electricity consumption through solar self-consumption and air conditioning control. By combining these methods, it is possible to shorten the initial depreciation period of solar power generation. Energy-saving measures maintain comfort while lowering electricity costs, leading to expense reductions! By utilizing solar power for local energy production and consumption, it contributes to CO2 reduction, making it environmentally friendly and aiding in climate change mitigation. The operating status of the power conditioner and fault information are monitored in the cloud, and notifications are sent via email to the management personnel in case of a malfunction. 【Case Studies of Air Conditioning Power Reduction Systems】 ■ Supermarket By implementing automatic ON/OFF control for each unit and adjusting the set temperature, an annual reduction effect of approximately 1.8 million yen was achieved (Number of air conditioners: 163 units, Annual electricity reduction: 113,000 KWh). ■ Drugstore By optimizing the temperature for each sales area and implementing automatic ON/OFF control, an annual reduction effect of approximately 770,000 yen was achieved (Number of air conditioners: 20 units, Annual electricity reduction: 42,812 KWh). ■ Elderly Care Facility An annual reduction effect of approximately 2.02 million yen was achieved (Number of air conditioners: 237 units, Annual electricity reduction: 112,379 KWh).

  • Solar power generation equipment
  • Solar power generation
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)

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Comprehensive Solution 'ACP (Acronis Cyber Protect)'

Comprehensive Solution 'ACP (Acronis Cyber Protect)'

Easily implement comprehensive measures through the integration of data protection, backup, and cybersecurity!

"ACP (Acronis Cyber Protect)" is a comprehensive solution that protects your company's assets from cyber attacks, disasters, and failures. By installing agent software on computers, it enables the protection of various computers. ACP can be used on a subscription basis according to the types of assets you want to protect and the scale of your business. [Features] ■ A single point of contact for inquiries in case of emergencies, making it simple. *For more details, please refer to the PDF document or feel free to contact us.

  • Other security systems

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Shift optimization implemented with Fixstars Amplify 3/27

Shift optimization implemented with Fixstars Amplify 3/27

Recommended for companies and university researchers! Introduction to combinatorial optimization problems, Ising machines, and case studies.

In this seminar, participants experienced the power of quantum annealing Ising machines through the free version "Fixstars Amplify" in a workshop format. The theme was the optimization of personnel shifts. This content is recommended for those working on DX and operational efficiency in corporate divisions or IT departments, as well as researchers from companies and universities who want to learn about the implementation of objective functions and constraints using "Fixstars Amplify." 【Lecture Content】 ■ Introduction to Fixstars ■ Introduction to combinatorial optimization problems, Ising machines, and case studies ■ Introduction to Fixstars Amplify ■ Shift optimization workshop using Fixstars Amplify ■ Q&A *Past seminar materials can be downloaded from the related links.

  • Employee training

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Shift optimization implemented with Fixstars Amplify 1/11

Shift optimization implemented with Fixstars Amplify 1/11

Recommended for those working on DX and business efficiency in corporate divisions or IT departments!

In this seminar, we introduced an overview of combinatorial optimization problems, as well as quantum annealing and Ising machines, which are specialized machines for solving these problems, along with examples of their applications. Additionally, we held a workshop focused on production planning optimization. This content is recommended for companies and researchers at universities who wish to learn about the implementation of objective functions and constraints using "Fixstars Amplify." [Presentation Content] ■ Introduction to Fixstars ■ Introduction to combinatorial optimization problems and Ising machines ■ Introduction to Fixstars Amplify ■ Workshop on production planning optimization using Fixstars Amplify ■ Q&A *Materials from past seminars can be downloaded from the related links.

  • Employee training

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Implementation based on QUBO formulation for traffic signal optimization.

Implementation based on QUBO formulation for traffic signal optimization.

Consider real-time traffic signal control in response to the constantly changing traffic conditions!

We would like to introduce the implementation of "Traffic Signal Optimization - Based on QUBO Formulation" using Fixstars Amplify, which we handle. In this sample code, we consider real-time traffic signal control that adapts to the constantly changing traffic conditions in order to prevent traffic congestion in urban areas. Such signal control is considered as a combinatorial optimization problem based on QUBO formulation, and we simulate traffic volume. [Contents] ■ Problem Setting ■ Formulation ■ Implementation of Signal Control ■ Summary *For more details, please refer to the related links or feel free to contact us.

  • others

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Optimization of signal control through black box optimization

Optimization of signal control through black box optimization

Evaluate the objective function (average vehicle speed) using traffic simulation by MAS!

We would like to introduce the "Signal Control Optimization through Black Box Optimization" using Fixstars Amplify, which we handle. In this sample code, we implement optimal control of traffic lights to maximize the average speed of all vehicles traveling in the city. It is also believed that optimization can be achieved similarly even when using the average vehicle speed observed from actual traffic conditions or the number of vehicles entering a specific intersection per unit time as the objective function. [Contents] ■ MAS for Urban Traffic Congestion ■ Implementation of FMQA Program (Integer Input Values) ■ Optimization of Traffic Light Control through Black Box Optimization ■ Summary and Guidelines for Practical Operation *For more details, please refer to the related links or feel free to contact us.

  • others

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Maximizing Production in Chemical Plants through Black Box Optimization

Maximizing Production in Chemical Plants through Black Box Optimization

We will work on optimization with numerical simulations of nonlinear physical phenomena as the objective function!

We would like to introduce "Maximizing Production in Chemical Plants through Black Box Optimization" using Fixstars Amplify, which we handle. The goal is to optimize the maximization of production in a certain plant reaction device, where the chemical reactions and transport phenomena of reactants and products within the reactor that constitutes the reaction device are predicted through numerical simulations using the finite difference method. Based on these prediction results, we will perform optimization to maximize the amount of substance produced in the reactor. [Contents] ■ Problem Setting ■ Implementation of FMQA Program ■ Exploration of Initial Conditions to Achieve Maximum Production with FMQA *For more details, please refer to the related links or feel free to contact us.

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Streamline shift management! Achieve employee-satisfactory staffing through automated planning.

Streamline shift management! Achieve employee-satisfactory staffing through automated planning.

Developed an in-house personnel shift optimization system using Fixstars Amplify, achieving reduced planning time and elimination of dependency on specific individuals!

Fixstars Amplify is a cloud service that allows users to build optimization applications to instantly seek high-precision solutions by leveraging cutting-edge, high-performance machines. It can be utilized for various optimization problems in the manufacturing industry, such as production planning, personnel shift planning, construction planning, and route exploration for automated transport robots. Here, we will introduce a case study of Company A, a food ingredient manufacturer that contributes to the industry's development by creating high quality and new value through advanced manufacturing and processing technologies. 【Resolved Issues】 ■ Labor shortage due to inability to gather employees for manufacturing despite recruitment efforts ■ Desire to plan daily personnel shifts fairly to improve employee satisfaction ■ Wanting to reasonably implement new technologies to solve on-site issues *Please download the detailed interview article from the PDF download button below or feel free to contact us.

  • Process Control System

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