Application sectors
S.A.M meets the needs of key sectors faced with counterfeiting, fraud and traceability issues thanks to its innovative, tamper-proof technology:
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Luxury and Art
Protect the integrity of brands and certify the authenticity of unique creations (jewellery, piece of art, haute couture). -
Defence and Aerospace
Secure critical equipment and authenticate strategic components. -
Finance
Secure and store sensitive data or digital assets. -
Critical infrastructures
Ensure inviolable traceability and optimize maintenance. -
Security and Access
Simplify usage without compromising security. -
Electronics and High-Tech
Guarantee the origin of sensitive components. -
Logistics
Ensuring product integrity in complex supply chains. -
Mobility
Securing critical parts and access systems for vehicles. -
Industries and Additive Manufacturing
Enhance the security of devices against improper or unauthorized handling, secure productions. -
Health, Pharmaceutical, and Cosmetic
Preventing the counterfeiting of medicines and medical devices by securing the supply chain.
With its versatility and efficiency, S.A.M is the benchmark solution for guaranteeing security and uniqueness in these strategic sectors.
Benefits for customers
S.A.M technology is designed to address critical security and traceability issues with unique benefits:
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Unrivalled security
- Each Token is tamper-proof and unique, incorporating a physical signature directly into the material, making it impossible to reproduce or falsify.
- Enhanced protection against counterfeiting, fraud and cyber attacks.
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Total autonomy
- Customers can encode their sensitive data directly in the materials, without the need for databases or external connections.
- Rapid reading and local authentication, with no dependence on a network or third parties.
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Ease of use
- Easy integration into existing processes thanks to compatibility with standard 3D printers.
- 'Plug & Play' process for encoding, reading and authentication.
Technological differentiation
S.A.M differs from existing solutions thanks to a unique combination of innovation and versatility:
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Compared to traceability solutions (QR codes, Blockchain)
- These solutions offer digital traceability but do not guarantee physical authenticity.
- S.A.M: Combines physical and digital, offering tamper-proof traceability and direct physical control.
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Compared to forensic methods
- These technologies require specialised equipment and are expensive.
- S.A.M: Accessible and autonomous, allowing immediate verification by non-expert users.
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Compared to RFID/NFC tags
- These technologies depend on a connection and are subject to the risk of piracy.
- S.A.M: No dependence on a network, with intrinsic protection built into the material.
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Compared to holograms and labels
- These markings are visible and easy to copy or falsify.
- S.A.M: Incorporates a hidden, tamper-proof marking directly into the product, detectable only with certified tools.
Some images were generated by artificial intelligence.
Business case: Securing and tracking a luxury watch with S.A.M
Context and challenges
In the luxury sector, a high-value watch is more than just a product; it is a statement of style and an investment. However, this market faces significant challenges:
- Counterfeiting: Luxury watches are among the most counterfeited items, leading to substantial financial losses and threatening brand reputation.
- Traceability: Authentic watches often lack reliable tracking, especially on the secondary market.
- Customer experience: Owners seek a personal and secure connection to their products that goes beyond the initial purchase.
S.A.M solution: A luxury watch with its personal Token
- Personal S.A.M Token for the owner:
- Each watch is paired with a physical S.A.M Token given to the owner.
- The Token contains encrypted personal data (name, purchase date, serial number, certificate of authenticity).
- This Token serves as the product’s physical passport, exclusively tied to the owner.
Functionality
- Purchase: During purchase, the owner receives the watch and its S.A.M Token. The two elements are paired, linking the watch to its rightful owner.
- Authentication:
- The Token can be read to prove authenticity.
- The labyrinth can be decoded to access exclusive services.
- Resale and traceability:
- When resold, the Token and watch are transferred to the new owner, ensuring complete traceability without reliance on a centralized database.
Benefits for the brand
- Protection against counterfeiting:
- The Token makes each watch unique and impossible to replicate, reducing counterfeit risks in secondary markets.
- Enhanced customer trust:
- Customers are confident they own an authentic watch, increasing loyalty to the brand.
- Premium experience:
- Offering a S.A.M Token reinforces the exclusivity of the purchase experience, setting the brand apart from competitors.
Benefits for the customer
- Guaranteed authenticity:
- The Token ensures the watch is original and trackable.
- Proof of ownership:
- In case of loss or theft, the S.A.M Token serves as irrefutable proof of ownership, simplifying recovery processes.
- Access to exclusive services:
- The Token can grant access to private events, extended warranties, or preferred maintenance services.
Conclusion
By integrating S.A.M technology, a luxury watch becomes more than just a product—it becomes a secured, traceable, and personalized asset. This solution protects brands against counterfeiting, enhances customer relationships, and offers a unique value proposition in a competitive market. 
Business case: Protection and traceability for artwork with S.A.M
Context and challenges
In the art world, ensuring the protection, traceability, and authenticity of works (statues, sculptures, or paintings) is a critical concern: - Counterfeiting risk: Artworks are frequently copied, diminishing their value and harming the reputation of artists.
- Lack of traceability: Tracking ownership changes or exhibition history is often complex.
- Digital valorization: Collectors and galleries seek innovative solutions to secure and enhance the value of artworks in a digital context.
S.A.M solution: Inviolable signature and S.A.M passport
- S.A.M Token
- Each artwork is associated with a S.A.M Token, either separately or physically embedded.
- This Token allows instant authentication using a S.A.M reader.
- Link to a S.A.M passport
- The S.A.M labyrinth connects the artwork to a secure S.A.M passport.
- This passport contains key information:
- Origin and date of creation.
- Certificate of authenticity.
- Ownership and exhibition history.
- Protection for exhibitions and transactions
- Galleries and museums can decode the Token of the artwork to verify authenticity during exhibitions.
- Collectors can confirm provenance before making purchases.
Use case: Ensuring trust and traceability
Example: A gallery is preparing an exhibition of contemporary statues. - Each piece is linked to a S.A.M Token.
- During the exhibition, visitors can obtain the S.A.M passport via an interactive kiosk to discover:
- The artist’s history.
- The artwork’s exhibition chronology.
- Its authenticity, guaranteed by S.A.M technology.
Benefits
For artists: - Guaranteed authenticity against counterfeiting.
- Increased value through precise tracking.
- Traceability of creations across exhibitions and transactions.
- Instant proof of authenticity via a S.A.M reader.
- Simplified processes for exhibitions and sales.
- Enhanced customer trust through verified histories.
- Complete investment security with inviolable certificates.
- Higher valuation due to guaranteed provenance.
Conclusion
The S.A.M solution modernizes the protection and management of artworks by combining physical and digital traceability. It guarantees unmatched authenticity, enhances the value of creations, and fosters trust among stakeholders, revolutionizing how art is protected, displayed, and exchanged. Defence and Aerospace
Business case: Securing 3D-printed parts for military maintenance with blockchain complementarity
Context and challenges
Armed forces worldwide are leveraging 3D printing to ensure equipment maintenance in the field while reducing logistical costs. However, this approach presents two major challenges:
- Authenticity and compliance of 3D-printed parts: Risks of counterfeiting or non-compliance with specifications.
- Component traceability: Tracking the origin, manufacturing, and use of parts throughout their lifecycle.
Many militaries are adopting blockchain solutions to secure digital files and data related to printed parts. However, creating a reliable link between digital data and the physical printed object remains a challenge.
S.A.M solution: Inviolable physical link complementary to blockchain
S.A.M provides the perfect complement to blockchain solutions by establishing a unique and physical connection between the printed object and its securely stored digital data.
- Integration of an inviolable physical signature
- During 3D printing, a S.A.M structure is directly embedded into the item.
- This structure acts as a unique material signature, impossible to counterfeit or reproduce, linking the physical part to its blockchain data.
- Complementarity with blockchain
- Critical information (design files, manufacturing history, certifications) is stored on the blockchain.
- The physical item is locally authenticated by reading the S.A.M Token, which proves its uniqueness and links it in an tamper-proof manner to the blockchain data.
- Comprehensive and secure traceability
- Each 3D-printed part is tracked from its design to its use via a blockchain-based digital passport.
- The S.A.M Token serves as physical proof of this traceability, even usable offline.
Benefits for the armed forces
- Authenticity ensuring equipment security
- Inviolable physical association between the printed part and its blockchain data.
- Eliminates the risk of counterfeit or non-compliant parts.
- Optimized operational maintenance
- Immediate authentication of parts in the field via the S.A.M labyrinth..
- A secure complement for operations conducted offline, where blockchain access may be limited.
- Logistical efficiency
- Reduced physical inventory through on-demand manufacturing.
- Reliable traceability for simplified audits and streamlined management of spare parts.
Conclusion
By combining S.A.M with blockchain technology, armed forces can secure the entire lifecycle of 3D-printed parts:
- Blockchain guarantees the integrity of digital data (design files, history).
- S.A.M establishes a unique, tamper-proof physical link between the data and the printed object, even in offline environments.
This complementarity enhances reliability, security, and efficiency in field maintenance operations, while protecting equipment from counterfeiting and non-compliance risks.
Electronics and High-Tech
Business case: Securing and tracking for electronics and high-tech with S.A.M
Context and challenges
The electronics and high-tech industry faces significant challenges:
- Counterfeiting: Falsified components lead to financial losses and compromise product reliability.
- Traceability: Tracking and authenticating components within complex supply chains remains a challenge.
- Intellectual property protection: Designs and processes must be safeguarded to preserve innovation and competitiveness.
S.A.M solution: Engravings and batch Tokens
- Optional individual engravings:
- Each component or motherboard can be engraved with a unique and miniaturized labyrinth.
- This marking allows for quick and reliable authentication without requiring a network connection.
- Batch Tokens:
- A unique Token is assigned to each production batch (e.g., 1 Token for 1,000 boards).
- The Token stores global batch data: origin, production date, location, certifications.
- Total automation:
- Engravings are applied in-line directly during manufacturing.
- The data from engravings and Tokens is synchronized within an ERP system or blockchain, ensuring smooth and scalable management.
Functionality
- Production:
- Boards or components can be engraved with a unique identifier during manufacturing.
- A Token is generated for each batch at the end of the production line.
- Traceability:
- Tokens and optional engravings allow for individual authentication of each component.
- Batch Tokens provide an overview and enable easier traceability
- Verification and maintenance:
- Integrators or technicians can decode a S.A.M Token and its engraving to verify authenticity.
- Tokens certify the entire batch, simplifying audits and claims management.
Benefits
For manufacturers: - Reduced counterfeiting: Tokens and optional engravings prevent the falsification of components.
- Reliable traceability: Each component and batch is precisely tracked, minimizing errors and enhancing quality.
- Cost optimization: One Token per batch reduces the need to manage millions of Tokens.
- Guaranteed authenticity: Tokens and optional engravings certify the origin and quality of components.
- Logistical simplicity: Efficient lot management through Tokens and automated systems.
- Product reliability: Products contain authentic, traceable, high-quality components.
- Brand trust: Authenticity guarantees enhance customer satisfaction and loyalty.
Conclusion
The S.A.M solution combines batch Tokens with optional miniaturized engravings, delivering robust traceability and simplified management for electronics manufacturers. This hybrid approach secures complex supply chains while maintaining high production speeds.
Health, Pharmaceutical, and Cosmetic
Business case: Traceability and safety for special glass inspection machines
Context and challenges
In the manufacturing and inspection of special glass (optical glass, industrial glass, laboratory glass), machine manufacturers must ensure:
- Process compliance: Every step of the manufacturing and machine usage must strictly adhere to safety regulations to protect operators and distributors.
- Health and safety: Equipment handling sensitive materials (high temperatures, chemicals, lasers) poses significant risks to operators if misused.
- Traceability of rules and equipment: It is essential to monitor machine usage conditions to meet workplace health and safety standards.
S.A.M solution: Integrated traceability and compliance
Using S.A.M technology, each machine and its critical components can be marked and tracked throughout their lifecycle. S.A.M Tokens enable compliance certification and ensure proper use of the equipment.
- Machine marking:
- Each machine is equipped with a S.A.M Token, into a key component (control panel, safety door, etc.).
- The Token stores usage rules, calibration data, and model-specific instructions.
- Certification of sensitive components:
- Critical parts (filters, lenses, laser protection) can be engraved with a unique labyrinth to guarantee authenticity and proper usage.
- The S.A.M Token acts as a physical certificate, proving that the parts meet necessary specifications.
- Usage rule monitoring:
- uring each operation, the S.A.M Token can be decoded to verify that all steps comply with safety standards.
- Technicians or distributors can access offline instructions via the Token, ensuring compliance even without a network connection.
Benefits for the manufacturer
- Complete traceability and compliance:
- S.A.M Tokens ensure that equipment and usage rules are strictly followed, reducing human errors.
- Simplifies audits for safety standards and regulatory certifications.
- Enhanced safety:
- Reduces accidents through constant rule verification and authentication of critical components.
- Protects against counterfeit parts that could compromise operator safety.
- Logistics optimization:
- Authenticated spare parts with S.A.M simplify tracking in the supply chain, ensuring compliance at every stage.
Concrete example: Optical glass inspection machine
- Context: A control machine uses lasers to detect defects in high-precision optical glass. Laser filters must be replaced regularly to ensure operator safety.
- S.A.M application:
- Each filter can be engraved with a labyrinth to ensure compliance with safety standards.
- The machine’s control panel integrates a S.A.M Token to verify that the machine is calibrated and all safety rules are adhered to before use.
- Impact:
- Reduced incident risks through quick and reliable component verification.
- Simplified audits by tracking every filter replacement and machine calibration.
Conclusion
By integrating S.A.M into its sophisticated machines, the manufacturer can ensure complete traceability of usage rules and critical components while reducing risks to operator health and safety. This solution offers a competitive edge by enhancing compliance and simplifying the management of sensitive equipment.
Logistics
Business case: Traceability and security of goods with S.A.M
Context
In air and maritime logistics, the major challenges are:
- Lack of traceability: Difficulty in tracking goods from end to end.
- Insufficient security: Theft, counterfeiting, and unauthorized openings.
- Limited communication: inimal information exchange between stakeholders.
S.A.M solution: Integrated traceability, security, and communication
- Batch tagging with a S.A.M Token:
- Each pallet or container is assigned a S.A.M that acts as:
- A functional key to physically or digitally open the container.
- A digital key to access a secure application.
- Each pallet or container is assigned a S.A.M that acts as:
- Control and communication:
- Transporters and receivers decode the Token with a portable reader to:
- Authenticate the goods.
- Log operations (reception, inspections, anomalies) directly in the application.
- Share data with other stakeholders in real time.
- Transporters and receivers decode the Token with a portable reader to:
Benefits
For manufacturers: - Complete and secure traceability.
- Assurance of batch integrity throughout the transit process.
- Secure access to containers using the functional key.
- Quick and simplified status updates via the application.
- Instant authentication and proof of receipt.
- Direct input of status information about the goods.
Example: Transporting sensitive materials
Each pallet receives a S.A.M Token:
- Transporters and customs agents decode and open containers using the Token.
- Receivers validate the goods and enter control data.
Impact:
- Complete traceability, enhanced security, and smooth communication among stakeholders.
Conclusion
S.A.M optimizes traceability, secures goods, and improves communication across the entire logistics chain, making processes more transparent and efficient.
Mobility
Business case: Application for an electric motorcycle manufacturer
Case description: A unique Token to configure and protect an electric motorcycle
S.A.M technology provides electric motorcycle manufacturers with a secure multifunctional Token that serves as an access key, a configuration tool, and theft protection. It also includes an inviolable marking system for spare parts, allowing for better distribution control and operational cost reductions for all stakeholders.
Key features
- Secure motorcycle start:
- The S.A.M is required to activate the motorcycle, replacing traditional physical or digital keys.
- A unique signature ensures that each Token is tamper-proof.
- Real-time configuration:
- The customer can personalize their motorcycle settings using the Token, including:
- Driving modes (eco, sport, city).
- Management of premium options, such as enhanced acceleration or navigation systems.
- Activation/deactivation of connected accessories (lighting, heated grips).
- The customer can personalize their motorcycle settings using the Token, including:
- Marking of spare parts:
- Each spare part is marked with a unique S.A.M signature integrated during manufacturing. This ensures:
- Authenticity: Identifies original parts and eliminates counterfeiting.
- Traceability: Tracks parts from production to the final customer.
- Loss reduction: Controls the flow of parts in distribution networks.
- Each spare part is marked with a unique S.A.M signature integrated during manufacturing. This ensures:
Cost savings for stakeholders
For the manufacturer - Reduced security costs:
- Replacing complex electronic systems (such as NFC or RFID chips) with S.A.M secured material simplifies production and reduces costs.
- No need for centralized databases to manage keys, as authentication is intrinsic to the material.
- Better management of spare parts:
- Reduces losses from counterfeiting and the grey market by marking every part.
- Increases revenue by controlling distribution channels, capturing a larger share of the repair market.
- Production optimization:
- The marking process is directly integrated into manufacturing, eliminating the need for third-party authentication systems.
- Simplified logistics:
- Authenticated and traceable spare parts simplify inventory management and reduce errors or disputes.
- Reduces costs related to verifying part authenticity.
- Reduction of fraudulent returns:
- Counterfeit or incompatible parts cannot be returned, lowering operational costs.
- Revenue opportunities:
- Sale of configurable options or accessories directly via the Token, without requiring complex technical updates.
- More competitive prices:
- Savings achieved by manufacturers and distributors can result in a more attractive purchase price.
- Customers are assured of purchasing genuine parts, avoiding costly and potentially dangerous counterfeits.
- Reduced maintenance costs:
- Part traceability allows for precise tracking of maintenance and ensures compatibility of replacement parts, avoiding unnecessary repairs.
- Ease of use:
- A single key for everything (start, configuration, accessories), reducing complexity for the end user.
Conclusion
By integrating S.A.M, electric motorcycle manufacturers gain greater control and efficiency, while offering an innovative and cost-effective solution for distributors and customers. This technology reduces costs at every stage of the value chain, creates new revenue opportunities, and enhances customer satisfaction and loyalty.
Industries and Additive Manufacturing
Business case: Management of components and parts for a high-speed train
Case description: Each part with a unique identifier
The S.A.M technology enables high-speed train (TGV) manufacturers and operators to integrate a unique and tamper-proof identifier into each critical part or component. This solution ensures full traceability, optimized maintenance operations, and enhanced protection against counterfeiting.
Key features
- Marking of critical parts:
- Each component (brakes, bogies, wiring, windshields, etc.) is marked with a unique identifier encoded directly into its structure using S.A.M material.
- The marking is resistant to tampering and cannot be altered or replicated.
- Traceability and logistics management :
- Unique identifiers enable tracking of each part from manufacturing to installation and beyond, including maintenance cycles.
- Direct integration with fleet management systems ensures real-time monitoring of critical parts.
- Instant authentication:
- Parts can be verified on-site or during maintenance checks using portable S.A.M readers.
- This guarantees that only authentic and approved parts are used, eliminating counterfeits.
- Optimized maintenance:
- The unique identifier allows for storing historical data on the performance and lifespan of each part, facilitating predictive and preventive maintenance operations.
Benefits
For the manufacturer - Protection against counterfeiting:
- Each part has a unique material signature, making it impossible to replicate or counterfeit.
- This builds trust among operators in the quality of supplied components.
- Spare parts management :
- Manufacturers can better control the distribution of parts and eliminate the gray market.
- Identifiers enable offering inclusive maintenance contracts based on reliable data.
- Innovative differentiation:
- Position the S.A.M technology as a standard in the high-speed railway sector.
- Increased safety:
- Ensure that each component is authentic and compliant, reducing risks of accidents caused by defective or counterfeit parts.
- Strict control of critical parts improves the overall reliability and safety of the train.
- Maintenance cost reduction:
- UClear traceability helps quickly identify defective parts and schedule specific maintenance instead of systematic replacements.
- Predictive maintenance reduces train downtime.
- Compliance and certifications:
- Simplify audits and demonstrate compliance with international regulations through comprehensive traceability data.
- Reliability and safety:
- assengers benefit from reliable trains maintained with authentic and controlled parts.
- Better parts management translates into fewer delays and cancellations
- Modernity and trust:
- Customers perceive the carrier's commitment to adopting innovative technologies to ensure their comfort and safety.
Finance
Business case: Secure physical storage of Bitcoins with S.A.M
Context and challenges
Cryptocurrencies, particularly Bitcoin, are valuable yet vulnerable digital assets. Users and investors face several significant challenges:
- Loss of private keys: A lost or stolen private key results in an irreversible loss of Bitcoins.
- Hacking risks: Online wallets (hot wallets) are prime targets for cybercriminals.
- Unreliable physical solutions: Existing cold storage solutions, such as secure USB keys, remain vulnerable to physical theft or electronic duplication.
S.A.M solution: Physical vault for private keys
The S.A.M technology offers a unique solution to securely and inviolably store Bitcoin private keys in a physical medium.
- S.A.M Token as private key container:
- The Token is printed with unique material properties that contain and secure the private key. No electronic connection or battery is required.
- Access to the key data is restricted by a specific decoding process using an S.A.M reader, preventing unauthorized use.
- Impossible to duplicate or hack the Token:
- Each Token is unique and physically impossible to replicate thanks to its structure.
- In case of duplication attempts, a Token will be detected as counterfeit.
- Dual security with offline mode:
- The private key is encoded into the material, making it impervious to any remote attack.
- S.A.M technology ensures that data can only be read or decoded with physical access to the Token.
Benefits for the user
- Maximum security:
- Private keys are protected against both digital hacking and physical duplication.
- Bitcoin access is only possible with the physical S.A.M Token, offering users peace of mind.
- Portability and durability:
- When stored under normal conditions, the Token enables long-term storage.
- Simplicity and accessibility:
- Unlike traditional cold wallets, the Token requires no software updates or complex maintenance.
- Quick and intuitive authentication with a portable reader ensures ease of use.
- Complete independence:
- No reliance on connected infrastructure or centralized databases, reducing risks associated with cyberattacks.
Use case example: Bitcoin investor
- Context: A cryptocurrency investor wants to secure a private key containing 10 Bitcoins (approximately €300,000).
- S.A.M solution:
- The private key is encapsulated within an S.A.M Token, stored in a personal safe.
- When access is needed, the user decodes the Token with a S.A.M reader to securely extract the private key.
- Impact:
- The user eliminates the risk of digital hacking and can securely store Bitcoins over an extended period.
Impact and opportunities
- Growing market:
- With the increasing popularity of cryptocurrencies, the demand for secure storage solutions is rising significantly.
- S.A.M advantageously complements traditional cold wallet solutions.
- Multi-asset adaptation:
- Beyond Bitcoin, the solution can be adapted to other cryptocurrencies or sensitive digital certificates.
Conclusion
With S.A.M crypto-assets storage achieves a new level of security, combining physical inviolability with total network independence. This solution perfectly addresses the needs of investors seeking to protect their digital assets in a simple, robust, and durable manner.
Critical infrastructures
Business case: Traceability and securing products and components in the energy sector
Context and challenges
In the oil and energy sector, the issues of traceability, maintenance, and product circularity are critical to:
- Optimize the lifecycle of equipment: Track essential information such as product composition, performance, and environmental impact (carbon footprint).
- Reduce logistics and maintenance costs: Enable on-demand manufacturing of spare parts via 3D printing to prevent costly downtime in critical infrastructure.
- Secure data in a blockchain environment: Establish an inviolable link between physical objects and their digital passports to ensure their authenticity and compliance.
Problem to address
Creating a reliable and tamper-proof connection between a physical object (component, spare part) and its digital passport remains a challenge. Current technologies such as RFID, QR codes, or conventional engravings are incomplete when faced with duplication, tampering, or degradation.
S.A.M solution: Physical security and integrated traceability
The S.A.M technology provides a unique solution by integrating physical signatures into objects.
- Inviolable authentication of products and components:
- Each piece or component is authenticated through the integration of the S.A.M Token (additive manufacturing), the unique surface labyrinth and its associated token, or the token bearing its serial number.
- This unique material signature is impossible to duplicate or counterfeit, unlike QR codes or RFID.
- Direct link to a digital passport:
- Scanning the S.A.M labyrinth connects the physical object to its secure digital passport stored on a blockchain.
- Access to data (history, compliance, maintenance) is restricted to authorized parties, ensuring a reliable information chain.
- Integration into 3D-printed components:
- During 3D printing, a S.A.M Token can be embedded within the structure of the part to ensure authenticity and traceability.
- This approach guarantees that only certified parts are used in critical environments.
Use case: Tracking and certifying energy equipment components
An energy equipment supplier uses S.A.M to:
- Certify the authenticity of critical spare parts, such as valves, pumps, or sensors, by embedding a S.A.M physical signature directly onto each component.
- Enable predictive maintenance by linking physical parts to their digital passports stored on a blockchain. Every intervention is securely logged and traceable.
- Secure additive manufacturing: 3D-printed parts produced on-site are certified and verified to avoid counterfeit or non-compliant components.
Benefits for suppliers and operators
- Complete authentication and traceability:
- Ensure that every part used is authentic and compliant.
- Simplify audits and regulatory certifications.
- Cost reduction:
- On-demand manufacturing of spare parts with integrated traceability prevents excess inventory and reduces downtime.
- Minimize errors and returns through quick component verification.
- Data security:
- Scanning the S.A.M labyrinth secures access to critical blockchain data, reducing risks of tampering and fraud.
- Sustainability and circularity:
- Comprehensive tracking of product lifecycles facilitates recycling and end-of-life valorization.
Conclusion
The S.A.M technology provides a robust and innovative solution for securing the traceability of critical equipment in the oil and energy sector. By combining physical authenticity with secure connections to digital passports, S.A.M reduces costs, enhances security, and optimizes the lifecycle management of products.
Security and Access
Business case: Secure and universal cabin card with S.A.M
Case description: A single card for all onboard functions
The S.A.M technology transforms the cabin card into a secure, universal, and tamper-proof tool, enabling passengers to access all functionalities aboard a cruise ship.
Key features of the S.A.M card:
- Cabin access: Instant unlocking through a coded material that is impossible to duplicate.
- Onboard payments: Use the card to pay for purchases in restaurants, bars, shops, etc.
- Cabin service activation: Control lights, adjust air conditioning, or activate multimedia devices.
- Access to specific areas: Control entry to premium zones such as spas, VIP pools, or private restaurants.
- Depending on the use case, a PIN code enhances security by preventing any unauthorized use.
Benefits
For the shipbuilder - Added value for new ships:
- Provides a technological differentiator that enhances the passenger experience and boosts the appeal of ships for cruise companies.
- Positions the shipbuilder as an innovative partner offering premium security and comfort solutions.
- Reduction of complex infrastructure:
- Seamless integration with onboard systems without requiring sensitive databases or costly IT infrastructure.
- Modern image:
- Ships equipped with the S.A.M solution stand out as technological benchmarks in the maritime industry.
- Simplified onboard management:
- A single card replaces multi-application systems (access cards, payment systems), reducing logistics and management costs.
- Lower risk of fraud or intrusion thanks to the tamper-proof token.
- Enhanced customer experience:
- Seamless convenience for passengers, eliminating the need to manage multiple identification or payment methods.
- Improved customer satisfaction with enhanced security and simplicity.
- Financial loss reduction:
- Significant reduction in fraud, losses, or disputes related to payments or access.
- Decreased personnel needs for managing technical issues with cards.
- Simplicity and comfort:
- A single card for everything: accessing the cabin, paying onboard, enjoying services and premium areas.
- No need to carry a wallet or multiple keys.
- Total security:
- The integrated PIN prevents unauthorized use in case of loss or theft.
- The coded material is tamper-proof, ensuring the card cannot be duplicated.
- Premium and smooth experience:
- Actions are instant and intuitive (access, payments, service activation).
- Peace of mind, with fewer risks of loss or error.
Conclusion
The S.A.M solution presents a unique opportunity for shipbuilders, cruise operators, and passengers. It combines cutting-edge technology with an exceptional user experience, enhancing security and simplifying onboard interactions. This positions ships as models of innovation, comfort, and trust, meeting the highest expectations of operators and vacationers alike.