NFC Connects to Drive Influence
NFC stands as a versatile and evolving technology, reshaping both our professional endeavors and personal lives. This contactless innovation features a higher level of security, leveraging encryption and authentication protocols to safeguard the transferred data against unauthorized access or tampering. Besides contactless payment, access control, device pairing in smart homes and parameter setting in manufacturing, NFC is extending its reach into more advanced domain, riding the wave of increasing popularity for NFC-enabled devices. From streamlined PPE inspections to efficient equipment maintenance with DDC, NFC enhances safety and productivity. In fashion, NFC and NFTs authenticate items, combating counterfeits while promoting sustainability. EV charging becomes seamless and secure with NFC cards, revolutionizing the driving experience.
To unlock the potential for everyday experiences to become extraordinary, SAG leverages its consulting strength and integrated process capabilities to deliver NFC tagging solutions tailored to your needs. Our diverse range of form factors caters to application-specific requirements, enhancing operational efficiency and ensuring future-proof connectivity.
Enhance PPE Inspection Through NFC Technology
Safety stands as the foremost priority for individuals working at heights or in hazardous environments. NFC technology offers significant advantages for Personal Protective Equipment (PPE) inspection. By integrating NFC tags or stickers into PPE, inspectors can easily track and manage equipment. With a simple tap of an NFC-enabled device, inspectors can access detailed information about the PPE, including its inspection history, usage data, repair record and expiration dates. This streamlines the inspection process, reducing human error and ensuring that PPE is properly maintained and in compliance with safety regulations.
Additionally, NFC technology allows for real-time updates and alerts, enabling proactive maintenance and timely replacement of equipment when necessary. The user-friendly nature and operational efficiency provided by NFC can lead to improved safety standards, cost savings, and ultimately, a safer work environment for employees. In summary, NFC technology revolutionizes PPE inspection by enhancing traceability, accuracy, and overall safety compliance.
Additionally, NFC technology allows for real-time updates and alerts, enabling proactive maintenance and timely replacement of equipment when necessary. The user-friendly nature and operational efficiency provided by NFC can lead to improved safety standards, cost savings, and ultimately, a safer work environment for employees. In summary, NFC technology revolutionizes PPE inspection by enhancing traceability, accuracy, and overall safety compliance.
Embrace DDC for Acquiring Immediate and Uniform Information
Efficient real-time integration of consistent information is essential for optimizing manufacturing processes and achieving success in Industry 4.0. Among all enabling technologies, Digital Data Chain (DDC) is a cloud-based system which aims to facilitate data sharing among plant operators, service providers and machine manufacturers.
DDC streamlines the exchange of data and information such as operating instructions and maintenance manuals to facilitate a physical object’s digital twin in a smart factory. All components link to these data on a uniform standard and getting access to the consistent information brings value during equipment setting up and maintenance. NFC tag can act as a data carrier for digital identification to remove extra search effort. Manufacturers and users can then use the NFC tag attached on the equipment and read it in a contactless way to find and exchange all the information they need about the physical object throughout its lifecycle.
In essence, DDC serves as the backbone of information management while NFC technology plays a crucial role in realizing DDC’s potential by providing a robust and secure way to link equipment and components with real-time data.
DDC streamlines the exchange of data and information such as operating instructions and maintenance manuals to facilitate a physical object’s digital twin in a smart factory. All components link to these data on a uniform standard and getting access to the consistent information brings value during equipment setting up and maintenance. NFC tag can act as a data carrier for digital identification to remove extra search effort. Manufacturers and users can then use the NFC tag attached on the equipment and read it in a contactless way to find and exchange all the information they need about the physical object throughout its lifecycle.
In essence, DDC serves as the backbone of information management while NFC technology plays a crucial role in realizing DDC’s potential by providing a robust and secure way to link equipment and components with real-time data.
Phygital Evolves Fashion with Authenticity and Sustainability
Phygital embodies a forward-thinking approach that connects physical items with an exclusive virtual content. This innovative approach is set to revolutionize how brand owners and customers interact in today's digital landscape. By harnessing the power of NFC technology and blockchain, Phygital creates a digital link between physical items and virtual content. Attaching an NFC tag to a product makes users instantly access to a digital token known as NFT, securely stored on the blockchain. Simply scanning the NFC tag leads users to the unique location of the NFT, providing verification of authenticity through the token ID and the product's origin. In summary, the synergy between NFC tags and NFTs delivers trustworthy information about physical items, bolstering product trust and combating the counterfeit market.
Moreover, phygital enhances user engagement with brands by offering a personalized and immersive experience. Meanwhile, as the Digital Product Passport (DPP) seeks to trace product origins and optimize usage throughout their lifecycle, phygital goods emerge as the ideal medium, providing authenticity and ownership. This readiness positions phygital to drive the circular economy in the fashion industry and beyond.
Moreover, phygital enhances user engagement with brands by offering a personalized and immersive experience. Meanwhile, as the Digital Product Passport (DPP) seeks to trace product origins and optimize usage throughout their lifecycle, phygital goods emerge as the ideal medium, providing authenticity and ownership. This readiness positions phygital to drive the circular economy in the fashion industry and beyond.
EV Charging Station Authentication
NFC technology can benefit EV users at their charging session with connected and contactless payments. NFC cards are transforming the landscape of EV charging by delivering a seamless and secure experience coupled with integrated payment options. As EV drivers go to charging stations, they can experience convenience as they simply tap their NFC card against the reader integrated into the charging pile. This straightforward gesture initiates a secure authentication process, ensuring only authorized users gain access to the charging facilities. However, the benefits don't end there.
NFC cards offer a dual function, acting as a hassle-free payment method. By linking their payment details to the card, users can effortlessly settle their charging transactions securely and efficiently. This integrated approach not only simplifies the charging process but also enhances the overall user experience. Meanwhile, in line with the idea of going to a sustainable future, we can build these NFC cards with recycled materials or PETF with greater robustness to extend its product life. With NFC technology at the forefront, EV charging becomes more than just a necessity; it becomes a seamless part of everyday life, driving us towards a greener and more sustainable future.
NFC cards offer a dual function, acting as a hassle-free payment method. By linking their payment details to the card, users can effortlessly settle their charging transactions securely and efficiently. This integrated approach not only simplifies the charging process but also enhances the overall user experience. Meanwhile, in line with the idea of going to a sustainable future, we can build these NFC cards with recycled materials or PETF with greater robustness to extend its product life. With NFC technology at the forefront, EV charging becomes more than just a necessity; it becomes a seamless part of everyday life, driving us towards a greener and more sustainable future.
NFC Advanced Use Cases for Branding and Sensor Pairing
A typical Smart Label comprises of antenna and chip within top surface layer and bottom adhesive. Due to its simple structure, NFC label has a great flexibility in size and gives cost competitiveness compared to hard tag products. Meanwhile, artwork printing can be applied to the top paper to make your label with a style. NFC Label acts as a quick product solution to enable an item with NFC function.
NFC Label Facilitates Smart Branding
NFC Label enables Branding with tamper proof and other value-added features for you to discover. It brings protection to both your brand image and customer safety. To show you how it benefits you, SAG has Demo App to download.
Applications
1.Perishables (food and pharmaceutical or medical product)
2.Food processing
3.Vaccines or biologics
4.Temperature sensitive goods
2.Food processing
3.Vaccines or biologics
4.Temperature sensitive goods
Features
1.Use on NFC enabled phone (Android or iOS operating system)
2.NFC Forum Type 5 compliant
3.Temperature Accuracy ±0.3°C from 40°C to +60°C
4.Credit card size and thickness in 1 mm
5.Easy installation by adhesive backing
6.Custom artwork possible
2.NFC Forum Type 5 compliant
3.Temperature Accuracy ±0.3°C from 40°C to +60°C
4.Credit card size and thickness in 1 mm
5.Easy installation by adhesive backing
6.Custom artwork possible
Fake Label
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How Tamper Detect Function Works
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NFC Applications
NFC card can act as a medium to assist pairing another device out of reach whether in a narrow space or high place. Such a device can be a temperature or humidity sensor. Using your NFC-enabled phone to read this NFC card, you can activate Bluetooth pairing between the phone and sensor to allow data transfer. Meanwhile, the card body allows more information such as QR code or numbering to be printed as a method for visual recognition and identification.
- Built with PETF layer, NFC card has enhanced heat-resistibility up to 100 degrees in Celsius, making it ideally survive a high temperature environment.
- We also have paper card as an eco-friendly material which brings less impact or pollution to the environment when disposed.
How It Works?
1.Card surface provides an area for printing information to assist visual identification.
2. A Bluetooth temperature/humidity sensor is attached to an item stored in the cabinet.
3. No need to open the door. Read the NFC Card to activate the Bluetooth pairing between your phone and the sensor to allow data transfer.
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Fake Label
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Fake Label
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