Panorama SCADA

Research

Research is a strategic area of human endeavor and one in which Codra is privileged to play a part. For many years now, our know-how and expertise in SCADA software development has enabled us to be involved in major scientific and technical research projects, both French and European. Our research clients are pushing the boundaries in their respective fields and they come to us for the most adaptive, innovative, sustainable, safe and secure solutions available.

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Controlling Lasers

Panorama is used to control a wide range of research laser facilities, both in the public and private domains. These lasers feature extremely accurate aiming systems which enable temperature increases to be focused in very precisely targeted zones. The simplest installations contain a single laser, while the largest facilities may be equipped with several hundred devices. In this case, the alignment process is a technical feat in itself. Panorama is chosen for this type of installation for its adaptability, its reliability and its native support of the Tango protocol.

Laser Megajoule (LMJ) is used to study the behavior of materials under ...

Laser Megajoule (LMJ) is used to study the behavior of materials under ...

Other references

Extreme Light Infrastructure - Alps (Hungary) , Extreme Light Infrastructure - Nuclear Physics (Romania)

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Nuclear

Some areas of research require the use of elements that pose a danger to human health in the event of exposure. In facilities employing such materials, Panorama solutions are used to control the process and to monitor the environment and ensure that there are no breaches in confinement that may lead to contamination. In this type of configuration, our platform is generally implemented to control air flow and containment pressure systems as well as HVAC.

IRSN – the French Institute for Radioprotection and Nuclear Safety - has entrusted ...

The Andra underground laboratory is located in Bure, on the border between ...

Other references

CEA Cadarache , ILL (Institut Laue-Langevin)

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Healthcare

Health-related research is key to developing new treatments. The Panorama SCADA platform is qualified to control equipment in situations where an error can have dramatic consequences. Today, Panorama solutions are deployed, for example, for the high precision control of proton beams in systems for treating tumors, and to manage the nuclear reactors that make it possible to manufacture radioactive sources for treating certain cancers or to perform bone and brain scans. Key to Panorama’s success in these types of application are its openness, adaptability and capacity to guarantee full traceability of measurements.

Codra is the developer of the acquisition and control systems for SOLEIL. ...

Other references

EDRA Medical

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Rugby Club de Massy

News - 29 November 2024

CODRA, Official Partner of the Massy Essonne Rugby Club

CODRA becomes an Official Partner of the Massy Essonne Rugby Club for the 2024/2025 season and promotes shared values.

London Build Expo 2024

Event - 20 November 2024

CODRA exhibits at London Build Expo 2024

cea-lmj

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Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

success-popm-cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

success-popm-cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

success-popm-cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

cea-lmj

Instrumentation & Control for LMJ

Laser Megajoule (LMJ) is used to study the behavior of materials under extreme conditions similar to those reached during nuclear reactions. The project is led by CEA DAM, the military applications division of the CEA, within the framework of nuclear test simulation activities. The Simulation program aims to use calculations to reproduce the different phases of a nuclear weapon’s operation in order to guarantee its performance without having to carry out real nuclear tests. The LMJ system is also used for civil, academic, industrial and fundamental research applications.

Aim

The high-technology equipment used – in some cases designed exclusively for this project – requires a particularly advanced control system. The software part of the instrumentation and control system has been entrusted to Codra.

Codra is not new to this area. Indeed, the project is building on prior experience on forerunner projects that have led up to LMJ, including laser design (with LIL and PETAL) and work on various measurement instruments (AIRIX, EPURE, DIAG PLASMA).

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IRSN projects

IRSN – the French Institute for Radioprotection and Nuclear Safety – has entrusted Codra with a number of projects over recent years.

AMO CRIHOM

IRSN tasked Codra with specifying the IS devoted to measuring the internal contamination exposure of people in the event of radiological emergencies.
The system must be able to acquire, centralize, interpret and restore radio-toxicological and anthroporadiametric measurements.
These measurements are carried out on potentially contaminated persons during radiological emergency situations.

BERING

Codra was commissioned to produce development specifications for the BERING code with a view to industrial usage.
Following implementation of these specifications, the code must present the requisite levels of performance in terms of:

robustness to different types of input data and to GLLSM type digital processing,
ease of autonomous operation (text mode or via a possible dedicated graphic interface),
forward compatibility of the digital processing engine.

The consultancy service focuses on the evolution of the digital data I/O interfaces, while preserving the autonomy and forward compatibility of the digital processing engine.
In addition, these developments help make the BERING code modular enough for a use on MACSENS computers through a connection system (such as web services).

andra

Andra, underground research laboratory

The Andra underground laboratory is located in Bure, on the border between the Meuse and Haute-Marne regions in eastern France. Its mission is to study and design a reversible deep underground storage facility for high-level and long-lived intermediate-level nuclear waste. Since 2007, the Panorama SCADA solution from Codra has been in service at the laboratory’s command and control station to remotely manage and maintain the BMS / FM at the site, which features over 1,300 linear meters of tunnel.

Aim

Acquire a reliable tool to meet the site’s requirements. BMS / FM with critical security constraints.

“Our goal is to guarantee a stable, maintainable system. We need a reliable solution for our critical site.“

Solution

The object-oriented approach was a decisive factor in choosing the Codra solution. It facilitates maintenance and scalability for future extensions.

Customer benefits

The solution chosen makes for a reliable system suitable for a critical site. From a SCADA standpoint, the operator can confidently envisage future adaptations and extensions to the facility.

Download The PDF Version

andra

andra.

Andra, underground research laboratory

The Andra underground laboratory is located in Bure, on the border between the Meuse and Haute-Marne regions in eastern France. Its mission is to study and design a reversible deep underground storage facility for high-level and long-lived intermediate-level nuclear waste. Since 2007, the Panorama SCADA solution from Codra has been in service at the laboratory’s command and control station to remotely manage and maintain the BMS / FM at the site, which features over 1,300 linear meters of tunnel.

Aim

Acquire a reliable tool to meet the site’s requirements. BMS / FM with critical security constraints.

“Our goal is to guarantee a stable, maintainable system. We need a reliable solution for our critical site.“

Solution

The object-oriented approach was a decisive factor in choosing the Codra solution. It facilitates maintenance and scalability for future extensions.

Customer benefits

The solution chosen makes for a reliable system suitable for a critical site. From a SCADA standpoint, the operator can confidently envisage future adaptations and extensions to the facility.

Download The PDF Version

popd-irsn-projets

IRSN projects

IRSN – the French Institute for Radioprotection and Nuclear Safety – has entrusted Codra with a number of projects over recent years.

AMO CRIHOM

IRSN tasked Codra with specifying the IS devoted to measuring the internal contamination exposure of people in the event of radiological emergencies.
The system must be able to acquire, centralize, interpret and restore radio-toxicological and anthroporadiametric measurements.
These measurements are carried out on potentially contaminated persons during radiological emergency situations.

BERING

Codra was commissioned to produce development specifications for the BERING code with a view to industrial usage.
Following implementation of these specifications, the code must present the requisite levels of performance in terms of:

robustness to different types of input data and to GLLSM type digital processing,
ease of autonomous operation (text mode or via a possible dedicated graphic interface),
forward compatibility of the digital processing engine.

The consultancy service focuses on the evolution of the digital data I/O interfaces, while preserving the autonomy and forward compatibility of the digital processing engine.
In addition, these developments help make the BERING code modular enough for a use on MACSENS computers through a connection system (such as web services).

andra

andra.

Andra, underground research laboratory

The Andra underground laboratory is located in Bure, on the border between the Meuse and Haute-Marne regions in eastern France. Its mission is to study and design a reversible deep underground storage facility for high-level and long-lived intermediate-level nuclear waste. Since 2007, the Panorama SCADA solution from Codra has been in service at the laboratory’s command and control station to remotely manage and maintain the BMS / FM at the site, which features over 1,300 linear meters of tunnel.

Aim

Acquire a reliable tool to meet the site’s requirements. BMS / FM with critical security constraints.

“Our goal is to guarantee a stable, maintainable system. We need a reliable solution for our critical site.“

Solution

The object-oriented approach was a decisive factor in choosing the Codra solution. It facilitates maintenance and scalability for future extensions.

Customer benefits

The solution chosen makes for a reliable system suitable for a critical site. From a SCADA standpoint, the operator can confidently envisage future adaptations and extensions to the facility.

Download The PDF Version

popd-irsn-projets

IRSN projects

IRSN – the French Institute for Radioprotection and Nuclear Safety – has entrusted Codra with a number of projects over recent years.

AMO CRIHOM

IRSN tasked Codra with specifying the IS devoted to measuring the internal contamination exposure of people in the event of radiological emergencies.
The system must be able to acquire, centralize, interpret and restore radio-toxicological and anthroporadiametric measurements.
These measurements are carried out on potentially contaminated persons during radiological emergency situations.

BERING

Codra was commissioned to produce development specifications for the BERING code with a view to industrial usage.
Following implementation of these specifications, the code must present the requisite levels of performance in terms of:

robustness to different types of input data and to GLLSM type digital processing,
ease of autonomous operation (text mode or via a possible dedicated graphic interface),
forward compatibility of the digital processing engine.

The consultancy service focuses on the evolution of the digital data I/O interfaces, while preserving the autonomy and forward compatibility of the digital processing engine.
In addition, these developments help make the BERING code modular enough for a use on MACSENS computers through a connection system (such as web services).

popd-irsn-projets

success-popm-irsn

IRSN projects

IRSN – the French Institute for Radioprotection and Nuclear Safety – has entrusted Codra with a number of projects over recent years.

AMO CRIHOM

IRSN tasked Codra with specifying the IS devoted to measuring the internal contamination exposure of people in the event of radiological emergencies.
The system must be able to acquire, centralize, interpret and restore radio-toxicological and anthroporadiametric measurements.
These measurements are carried out on potentially contaminated persons during radiological emergency situations.

BERING

Codra was commissioned to produce development specifications for the BERING code with a view to industrial usage.
Following implementation of these specifications, the code must present the requisite levels of performance in terms of:

robustness to different types of input data and to GLLSM type digital processing,
ease of autonomous operation (text mode or via a possible dedicated graphic interface),
forward compatibility of the digital processing engine.

The consultancy service focuses on the evolution of the digital data I/O interfaces, while preserving the autonomy and forward compatibility of the digital processing engine.
In addition, these developments help make the BERING code modular enough for a use on MACSENS computers through a connection system (such as web services).

andra

Andra, underground research laboratory

The Andra underground laboratory is located in Bure, on the border between the Meuse and Haute-Marne regions in eastern France. Its mission is to study and design a reversible deep underground storage facility for high-level and long-lived intermediate-level nuclear waste. Since 2007, the Panorama SCADA solution from Codra has been in service at the laboratory’s command and control station to remotely manage and maintain the BMS / FM at the site, which features over 1,300 linear meters of tunnel.

Aim

Acquire a reliable tool to meet the site’s requirements. BMS / FM with critical security constraints.

“Our goal is to guarantee a stable, maintainable system. We need a reliable solution for our critical site.“

Solution

The object-oriented approach was a decisive factor in choosing the Codra solution. It facilitates maintenance and scalability for future extensions.

Customer benefits

The solution chosen makes for a reliable system suitable for a critical site. From a SCADA standpoint, the operator can confidently envisage future adaptations and extensions to the facility.

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