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CYPRESS: Cyber-Physical Resilient and Secure Systems

CYPRESS
CYPRESS Logo

The CYPRESS project will improve the security and robustness of Cyber-Physical Systems (CPS), relevant for critical infrastructure, smart buildings, and emergency networks. It will develop lightweight security solutions suitable for resource-constrained devices and platforms, and establish standards to boost interoperability and commercialization.

Coordinator; National Swedish Coordinator; Technical Leader; WP Leader
Active
Cyber security Digital infrastructure Internet of Things
36 months
8 142 EUR
Division: Division Digital Systems and Societal Transformation

The ongoing digitalization of society is not limited to mere information processing, as it is increasingly leveraging complex Cyber-Physical Systems (CPS). These range from sensors & actuators in critical infrastructure, to appliances in automated smart buildings, to emergency networks using ad-hoc and satellite communications. However, CPS are an attractive target for cyber-attacks, which can threaten the security of strategic societal assets.

This project will develop novel solutions, products and standards to enhance the security and resilience of CPS in strategic, often critical assets. The developed solutions will be effective in making such attacks practically infeasible to be carried out, by adopting a defense-in-depth approach to protect the system and network infrastructure by construction. Also, they will leverage appropriate design rationales and building blocks to be lightweight and affordable to adopt in resource-constrained devices and platforms.

The overall objective for the Swedish consortium is to develop novel and lightweight security solutions for CPS, together with international open standards. The Swedish consortium will focus on these application areas: smart city and smart building; energy production/distribution and smart grid; automated enrolment, monitoring and management of network devices. In those areas, we will research and develop solutions that address network & communication security as well as security management of CPS. Specific topics include:

  • End-to-end secure communication
  • Secure and robust edge computing
  • AI-based intrusion and anomaly detection through Federated Learning (FL) for edge networks
  • Fine grained and dynamic access control
  • Management of secure communication and keying material
  • Automated device on-boarding and identity management

The CYPRESS project will deliver security solutions, products and standards for CPS. This will also raise confidence in the adoption of CPS in strategic IT infrastructure, and thus accelerate the commercialization of related products.

Open standardization of security solutions will especially target the premier international body Internet Engineering Task Force (IETF), thereby enabling interoperability among different vendors. This in turn facilitates the building of a homogeneous ecosystem, where it is easier to develop secure services and applications, while reducing production and operational costs.

Marco Tiloca

Senior Researcher
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Rikard Höglund

Researcher
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7. Affordable and clean energy
8. Decent work and economic growth
9. Industry, innovation and infrastructure
11. Sustainable cities and communities
RISE Research Institutes of Sweden AB Sensative AB Applio Tech AB Ericsson AB Elliot Cloud S.L. Centria Gebwell Oy Airbus Defence and Space Oy
Projekt logo: CYPRESS Logo Project end date: Cybersecurity Sekundär områdes navigation:
Resource-efficient cities
Sensors and sensor systems
Energy and electrification
Digital infrastructure
Total defence and crisis preparedness

Durability - Key in the Material Transition

Corrosion depending on manufacturing technique Photo: RISE

We find ourselves in a pivotal era, where we are fundamentally reconsidering our approach to material usage. This shift demands a move towards a significantly more efficient utilization of the Earth's resources. To ensure genuinely sustainable outcomes, numerous factors must be considered. What does the material need to withstand? And for how long must it endure?

The global challenges confronting humanity are undeniable. Sea levels are rising, temperatures are hitting unprecedented highs, and ecosystems are in upheaval. Simultaneously, global anxieties are mounting, with conflicts encroaching ever closer to home. Change is imperative and already underway.

New legislation aimed at reversing climate trends is being implemented with increasing frequency. Large-scale initiatives like Net Zero Industry are being launched, alongside investments in new energy sources and robust defence strategies. Swedish and European industries are facing an immense transition. At its core lies the necessity for sustainable and resilient materials, supported by a flexible and rapid infrastructure for their implementation.

"The energy transition, total defence, and sustainability are certainly the focal points of current discussions, and they are closely interconnected," confirms Rikard Norling, Market Manager within Materials and Production at RISE.

An Evolving Energy Sector

Rikard specializes in durable materials, a critical element in the material transition.

"The push for renewable energy and the quest for a reliable energy supply have sparked a transformation of the energy system. While nuclear power isn't a novel concept, the current discourse surrounding it has shifted considerably. Concurrently, efforts are underway to bolster the contributions of wind, solar, and wave power. What binds these energy sources together is their shared reliance on material solutions," Rikard explains.

"Wind and solar energy production fluctuates, subjecting materials in base power plants designed for steady output to heightened strain. Likewise, wave power grapples with durability and corrosion challenges. Meanwhile, advancements in nuclear power entail fresh demands on materials. Within existing nuclear facilities, the focus predominantly centers on material longevity, ensuring safe operation over many years."

Put simply, the energy sector has a significant interest in materials that are both sustainable and durable. Merely being environmentally sustainable isn't sufficient; they must also be resilient enough to withstand the demanding conditions they encounter and have a lifespan suited to their specific use.

"This is an area we focus extensively on at RISE. We offer both standardized testing and customized testing. For instance, we set up test rigs that replicate real operating conditions, albeit in an accelerated form. We deal with a wide range of materials, from various plastics to metallic materials like stainless steel, brass alloys, or aluminium. Achieving the right durability is always a trade-off depending on the application. Our goal is to produce products with a low environmental footprint that last as long as necessary. If a product has an unnecessarily high durability, it often becomes needlessly expensive to manufacture. Conversely, if a product has insufficient durability, it needs frequent replacement, leading to resource wastage and negative environmental impacts. It's a delicate balance," says Rikard.

Durable Solutions for Crisis and Conflict

In terms of total defence, material characteristics and durability are paramount, alongside the ability to swiftly and flexibly generate components.

"A part of our total defence efforts involves devising methods for promptly generating spare parts under conditions of restricted delivery capabilities. One avenue we explore is additive manufacturing, commonly referred to as 3D printing. It presents a somewhat different approach: there's an operational product that has performed well but urgently requires replacement. Additive manufacturing allows for the rapid production of components, although at times, their properties may deviate from the original. Despite similarities in name, the materials used can exhibit varying characteristics when manufactured in a new way. We're extensively involved in assessing the process parameters necessary in additive manufacturing to ensure the desired durability properties," explains Rikard.

Increased Need for Regulation

When prioritizing sustainability, speed, and flexibility, not to mention production costs, is there a danger that durability might be overlooked or neglected? Is durability addressed in legislation with same emphasis as, for instance, carbon emissions?

"Legislation, typically in the form of mandatory standards, does not always consider material properties and durability, so there is a need for a stronger emphasis on this aspect. There are clear cases where it should be addressed, such as in the Drinking Water Directive. Otherwise, there is a potential risk of resilience issues in water supply over time and an increased likelihood of expensive water damage. RISE strives to be proactive in this arena by actively participating in policy discussions and contributing to the development of new standards across various forums," states Rikard.
 

In need of help?

RISE is active throughout the entire value chain of sustainable production and material transition, leveraging our expertise, test facilities, and innovation networks. Our specialists cover circular transition strategies for a more sustainable economy, processes and systems for high-quality recycling and reuse, future material production, and the development of traceable, durable, and quality-assured circular materials.

Reach out to us for a tailored discussion addressing your company's specific needs and challenges. Together, we can ensure the durability of your materials in real-world applications.

Rikard Norling

Gruppchef
+46 10 228 48 89 Read more about Rikard
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Corrosion Sekundär områdes navigation:
Circular transition
Additive manufacturing
Energy and electrification
Total defence and crisis preparedness

Integrated maritime logistics support and technical information

Integrated maritime logistics support

Accurate, complete, vessel-specific and easily accessible technical information for ships not only enhances safety and accessibility – it also reduces the total life-cycle cost. RISE provide information analysis, the production, quality assurance and efficient publication of technical information, as well as practical verification of maintenance measures on board vessels. 

Services that RISE can offer within Integrated Logistics Support (ILS) & Technical Information:

• A production environment, digital publishing and production of technical information in accordance with the S1000D standard. 
• Project management, information analysis and quality assurance of information. 
• Supporting the procurement of technical information and ILS.
• Practical verification of maintenance actions on board ships. Helping to provide ship owners, shipping companies and defence organizations with easy access to accurate documentation and relevant educational training.
• Ensure that maintenance actions and provision of spare parts are kept at optimal levels throughout the life cycle.

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Magnus Forsberg

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Contact form title: Contact us Hantering av personuppgifter: /en/about-rise/operations/mission-governance/policy-documents/privacy-policy
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Division: Division Safety and Transport Maritime Sekundär områdes navigation:
Data Science
Logistics
Total defence and crisis preparedness

Towing tank

Towing tank
SSPA towing tank

The towing tank at RISE test facility SSPA Maritime Center has many applications, primarily concerning hull and propeller form optimization for all kinds of ships or energy saving devices with respect to resistance/ propulsion. A database containing over 8,000 ship hull forms provides the basis for the result analysis.

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Division: Division Safety and Transport

The tank dimensions and the high carriage speed facilitate the use of large, self-propelled displacement models and testing of high-speed vessels (mono- and multihulls, semi-planing and planing craft, surface effect ships, etc.).

The flap type wave generators provide regular as well as irregular waves for the determination of seakeeping characteristics and ride comfort. By combining the results with a SSPA Seaman Simulation behavior in oblique seas can be estimated. Arrangements and techniques for testing submersibles (submarines and other underwater vehicles), sailing boats, and fishing gear are available, and various unconventional objects can also be investigated.

A database containing over 8,000 ship hull forms provides the basis for result analysis and guidance for hull form optimization of merchant ships, as well as high-speed and planing crafts. In-house research activities ensure enhanced knowledge and the continuous development of methods within the field of ship hydrodynamics.

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Maritime
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Division (OLD): Division Safety and Transport Maritime Sekundär områdes navigation:
Metrology
Total defence and crisis preparedness

Certification of measuring instruments based on OIML recommendations

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Certification of measuring instruments based on OIML recommendations Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

For measuring instruments there are international recommendations, issued by OIML (International Organization of Legal Metrology). RISE is appointed as an Issuing Authority for a number of these recommendations and can in that role issue OIML certificates. An OIML certificate can be used in an application for national or regional type approvals.

Purpose/Benefit:

The purpose of an OIML certificate is to show that the measuring instrument meets the requirements of an OIML recommendation. The OIML certificate can be used in an application for a national or regional type approval.

Method (what/which methods are used to perform the service):

The process starts when RISE receives an application from the manufacturer. The technical documentation shall be attached to the application.
A special application form is available, and it has a guide to what the technical documentation shall contain.

An evaluation plan is developed by RISE in consultation with the manufacturer to decide what tests are required. The technical documentation and the results of the tests are evaluated. RISE test laboratories can perform testing according to the OIML recommendations

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

If RISE makes the assessment that the equipment meets the requirements in the actual OIML recommendation, an OIML certificate and an OIML type evaluation report will be issued. The certificate has no specific validity time stated, and will be valid as long as no changes are made to the instruments, and the recommendation is still valid. The OIML type evaluation report compiles the results of various tests and examinations that have been performed.

Area: Certification Contact person (Enter one name per field. Activated personal contact pages will appear automatically): Josefin Damberg, TIC-ingenjör Field measurements: No Price type: 1 Division: Do not use - Division Built Environment Preparation: Description of preparation Preparation information:

A first contact with Certification at RISE should be made as early as possible when a product is to be certified.

Our product certification services help you get the right conditions for a successful certification, understand the requirements and plan the process. Read more here

Link to order form: Product certification Standards:

RISE certification rule SPCR 173

OIML R21
OIML R51
OIML R60
OIML R61
OIML R76
OIML R85
OIML R117

Certification and marking: Product certification Type of service: Certification Instrument: Not applicable General area: Not applicable Order information: See page for application forms, where you will also find our certification rules. URL: /en/certification-rise/product-certification Divison (OLD): Do not use - Division Built Environment Delivery level: Accredited
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Metrology Sekundär områdes navigation: Total defence and crisis preparedness Tjänstetyp tagg: Certifiering Rubrik (text på knapp): Order

Production conversion - total defense

Production conversion- total defense
person with protective clothing preparing for surgery

During times of crisis and war, our society faces new challenges. Among other things, we need to find an alternative supply of products in health care.

The need for alternative supply was made clear during Covid-19 when Sweden urgently needed to develop more products in the healthcare area.

Swedish companies converted their production

Several Swedish companies were able to convert their production relatively quickly to meet society's new needs during the pandemic. On several occasions, RISE was able to support the companies with their production conversion. This not only concerned the production conversion itself. It also included surrounding services such as support in testing, verification of products, and requirement specifications adapted to the situation that arose.

The Swedish manufacturing industry is well developed

Sweden has a well-developed and competent manufacturing industry. This gives the country great opportunities for production conversion. But for production conversion to work practically, support and guidance are needed in the switch to producing new types of products. This is where RISE contributes to accelerating the transition. This is done with our broad expertise in consulting, coaching, and our test and demo environment.

Strategies and preparation are required

At RISE, we develop strategies and prepare for Sweden to change its production in the event of a crisis or ultimately in war. By doing this, we can produce goods that are crucial for the country's livelihood.

RISE contribution in production conversion

In addition to RISE being able to contribute and participate in production conversion, we also have extensive experience in preventive work and have contact with producers in health and medical care along the entire value chain.

RISE support in production adjustment

Within production conversion and flexible production, RISE can support the following:

  • Materials, material development, and production methods
  • Product design and material selection as well as material replacements in the event of a supply shortage
  • Manufacture of spare parts and alternative components through additive manufacturing
  • Prototyping through additive manufacturing
  • Test and demonstration facilities in production
     
  • Evaluation of products
  • Contact healthcare providers for verification of use
  • Guidance on regulations
  • Quality, cost, and environmental assessments
  • Guidance on supplier selection criteria
  • Methods of cleaning, sterilization, and packaging
  • Production system development
  • Development of organizational ability, business development, and strategies
  • Crisis and innovation management

RISE supports both prevention and emergency

RISE contributes to work with standards, method development, and certification of finished products. We have a large network of contacts in both the private and public sectors, including contacts with relevant authorities. In addition to working with preventive support and coaching, we contribute with practical expertise in emergencies.

Benny Lyvén

Affärsutvecklare
+46 10 516 52 68 Read more about Benny
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Division (OLD): Division Safety and Transport Division: Division Safety and Transport Security of supply Sekundär områdes navigation: Total defence and crisis preparedness

Cybersecurity within total defence

Cybersecurity within total defence
Cyber security in total defense

With an increasingly digitalized society, the risk of cyberattacks increases. Critical societal functions as well as individual organizations and companies can be affected by a cyberattack. It is vital to synchronize digital development with increased competence and development of cybersecurity.

Society´s basic functions must work

In a resilient and robust society, basic functions such as energy supply, transport, access to food and drinking water, communication, and healthcare must work even in an event of a disruption. These functions are becoming increasingly dependent on digital technology, which opens up new opportunities but also demands increased cybersecurity.

Individual actors contribute to society´s security

By taking measures to achieve high cybersecurity in your own business, the risk of unwanted intrusion and the unwanted costs of a cyberattack is reduced. At the same time, activities in society are largely interconnected. This gives that the security of each actor also contributes to society´s overall security.

Cyberattacks involve high costs

Motives for a cyberattack can be economical, as in the case of ransomware. The attacker then steals files or systems and threatens to publish or destroy them if a ransom is not paid. In addition to the ransom, such a cyberattack can entail large costs in the form of lost or destroyed data as well as financial loss due to systems – and thus production – being down.

Major consequences from cyberattacks

If IT systems at energy suppliers, water utilities, or industries are affected by advanced viruses, it can lead to serious consequences for society. The purpose of cyberattacks against essential activities can be to identify vulnerabilities, gather information about the country's defence, or access research and other classified information. In addition, these cyberattacks can reduce public confidence in society and its functioning, which would have serious consequences.

Cybersecurity at RISE

In 2021, RISE established the Center for Cyber Security, a neutral platform to strengthen applied research and increase competence in cybersecurity in Sweden. The purpose is to support both businesses and the public sector within the area. Through Centre for Cyber Security, RISE contributes with expertise, research partnerships, and innovation management. We conduct research in IoT covering connected devices and autonomous vehicles, and the cybersecurity economy. 

Cybersecurity Test & Demo

RISE also has a test and demo facility, Cyber range, which enables authentic tests and practical training in cybersecurity. We are an accredited certification body and offer training aimed at equipping the industry and the public sector against possible cyberattacks. RISE also runs Cybernode, a national innovation node in cybersecurity.  

Cybersecurity training

Cybersecurity for board and management teams
Cybersecurity for developers
About critical cyber security
Cybersecurity for IoT products

See all education within cybersecurity.

International activities in cybersecurity

Work to counter cyberattacks and strengthen society's ability to protect itself against cybersecurity threats is fully underway worldwide. RISE is involved in several international collaborations to support research, technology development, and requirements/standards.

Our collaborations with a focus on cybersecurity

Read more about RISE Center for cybersecurity

 

To total defence and crisis preparedness at RISE

Johan Rosell

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Division (OLD): Division Safety and Transport Division: Division Safety and Transport Total defence and crisis preparedness Sekundär områdes navigation: Total defence and crisis preparedness

The Battery Safety Lab

The Battery Safety Lab
Security lab in Borås

The battery safety lab in Borås is part of the SEEL* initiative. The lab is equipped to evaluate products for thermal propagation, fire exposure, vibration, cycling, and climate variation. The lab’s water- and smoke-cleaning system is world-leading, meeting stringent environmental and sustainability requirements.

Isolated testbeds (IT) Laboratory testbeds (LT)
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Patrik Johansson

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Division: Division Safety and Transport

The electrification of society is increasing, and the transition must be as safe and sustainable as possible. We must do everything we can to prevent accidents and uncontrolled events that could arise from electrification. 

Here, you can learn more about our offer for safety-critical battery testing.

The Battery Safety Lab in Borås

The Battery Safety Lab at RISE was built and developed to meet the market's needs for research, development, and standardized testing. There are three areas connected to the lab resource to complete the offer to customers and partners:

  • Involvement in the development of standards
  • Inspection activities, which support ensuring the quality of product manufacturing
  • Certification activities, which offer certification within various product areas

Sustainability and safety are key aspects in the lab

Sustainability and safety are key aspects of the battery safety lab. All waste from testing is handled in an advanced purification plant where smoke particles and toxic components of extinguishing water are separated and deposited. Safety is of the highest standard, with thick walls, steel doors and roof hatches that open at high pressure, as well as control rooms located at a safe distance from the testing area.

The battery safety lab has unique equipment

The battery safety lab is equipped with the market's leading test rigs. These enable the evaluation of products under various conditions, including charging, short circuits, vibrations, mechanical shock, extreme temperatures, and fire risks. The lab has powerful vibration equipment, walk-in chambers, and climate and cycling equipment. The lab's large abuse hall is protected against pressure increase and can handle fires up to 8 MW. Additionally, there are areas for customers, including preparation and post-mortem labs, conference rooms, and offices. 

The testing environment enables repeatability

Performing tests indoors in the battery safety lab ensures a controlled testing environment and optimal conditions for repeatability. This is essential for test results to be reliable.

Extreme testing capabilities

The lab's design meets the high standards needed for testing battery systems and other test objects. When testing batteries in electric vehicles, for example, they must be pushed to their limits and subjected to extreme stress. It's necessary to be able to set fire to the vehicle in a controlled way and then let the fire run its natural course. During these tests, there is a high risk of explosion, and powerful, uncontrolled fires can occur. 

 

*SEEL Swedish Electric Transport Laboratory is a test centre for research and development in the field of electromobility. The test centre is owned and run by Chalmers and RISE as a joint venture. SEEL has established three facilities in Sweden: in Säve, Nykvarn, and Borås. Read more about SEEL Swedish Electric Transport Laboratory 

Automotive and transport Energy and Clean Tech Manufacturing Materials Process industry Security and defence
Batteries Fire safety Electronics Energy Climate adaptation Production and manufacturing Product safety Risk and safety Hydrogen
Not applicable
2023

Address

Brinellgatan 4, Borås

Division (OLD): Division Safety and Transport Batteries Sekundär områdes navigation:
Electromobility
Metrology
Fire safety
Automotive and future transport
Risk and security
Production and manufacturing
Total defence and crisis preparedness

Transports within total defence

Transports within total defence
network of roads photgraph from above

Transport is an important part of total defence and crisis preparedness. It involves transporting people, raw materials, consumables and equipment. But it also covers transporting energy, processing aids and expertise.

Transports in total defence and crisis preparedness

Well-functioning transport is one of the cornerstones of our society. Recently, extreme weather, a pandemic and a deteriorating security policy situation have led to disruptions in the transport system. This highlights how vital it is to build a transport system that works even in extreme situations, not least in times of crisis and war.

Resilient transport systems are needed

If Sweden shall be able to achieve sufficient security of supply, the future fossil-free transport system needs to be built with resilience in mind. It must be possible for goods to be transported from producer/warehouse to consumer via different modes of transport in the multi-modal transport system. Transport infrastructure, fuel supply and vehicle systems must withstand changing and unexpected circumstances.

Transports affects several parts of total defence

The functioning of the transport system is necessary for total defence and crisis preparedness. This since transport has a close connection to other areas of total defence such as health care, food and drinking water, and energy supply. In food transport, for example, it is extremely important that transport takes place in a unbroken cold chain and at a certain pressure or temperature.

How RISE can contribute to transport in total defence

Through our broad expertise and research, RISE has good opportunities to investigate vulnerabilities. By developing methods and processes we contribute to strengthening the transport system resilience.

Coordinated transport and energy system for strengthened total defence

Good coordination between the transport and energy systems is essential for the functioning of the transport system of the future. To date, this is a relatively unexplored area. RISE expertise in resilience, transport, energy and systems gives unique opportunity to contribute to a strengthened transport system. In the long run, it contributes to a strengthened total defence and a strengthened crisis preparedness.

RISE expertise within the area

Seamless Transports and Logistics
Sustainable shipping

 

To total defence and crisis preparedness at RISE

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Division (OLD): Division Safety and Transport Division: Division Safety and Transport Total defence and crisis preparedness