NFC tags are compatible with most modern smartphones, especially recent iPhone and Android models. However, the exact user experience may vary slightly depending on the device, operating system, and NFC settings.
Users scan NFC tags by bringing their smartphone close to the product where the tag is embedded. Once the phone detects the tag, it opens the linked digital content, such as authentication results, ownership details, or product information.
In many cases, no dedicated app is needed. Depending on the setup, consumers can scan an NFC tag directly with their smartphone and open the product’s digital experience in the browser. Brands can also choose to connect the experience to their own app if needed.
Yes, iPhones can scan NFC-enabled products. On recent iPhone models, NFC reading is built in, so users can simply tap the product with their phone to access authentication or product information.
Most modern smartphones support NFC product authentication. This includes recent iPhone models and the majority of Android devices with NFC enabled. Compatibility depends on the phone model and NFC settings, but for most users the experience is simple and does not require special hardware.
Traditional labels or QR codes can often be copied or reproduced visually. Secure NFC tags contain embedded chips with unique digital identifiers and encrypted communication, making them much harder to replicate. This added security makes NFC a more reliable technology for protecting high-value products from counterfeiting.
Secure NFC authentication tags used by platforms like Selinko are designed to resist cloning. Each tag contains a unique identifier and security features that prevent simple duplication. When a product is scanned, the platform checks the tag against its secure database to verify authenticity and detect potential copies.
Consumers can verify a product’s authenticity by tapping the NFC-enabled product with their smartphone. The NFC tag connects to the product’s secure digital identity stored on the Selinko platform. Once scanned, the system instantly checks the product’s unique identifier and confirms whether the item is genuine.
Luxury brands often choose NFC authentication because it combines security, simplicity, and customer experience. NFC tags can be embedded discreetly in products without affecting design, while still allowing consumers to verify authenticity with a simple smartphone tap. This makes NFC an ideal technology for protecting high-value goods while also enabling product traceability, ownership certificates, and customer engagement.
Secure NFC tags are designed with encryption and tamper-resistant features that protect the data stored on the chip. Each tag contains a unique identifier that is linked to a digital identity in the platform. When scanned, the system verifies the authenticity of the tag in real time. This security architecture makes NFC authentication highly effective in protecting brands from counterfeiting.
Only if it’s secure, serialized, and dynamically validated against a server-side record. A static QR code (one that always resolves to the same URL) can be photographed and reprinted by counterfeiters within minutes. Effective QR-based authentication requires each code to be cryptographically unique, single-use-validated, and checked against a live database on every scan.
Both NFC and QR codes can connect physical products to digital information, but they work differently. QR codes are visible and can be easily copied or reproduced, which makes them less secure for high-value authentication. NFC tags, on the other hand, contain encrypted chips that store secure identifiers and require physical proximity to be scanned. This makes NFC technology more reliable for authenticating luxury or high-value products.
NFC authentication works by linking a secure NFC tag inside the product to a unique digital identity stored on a platform such as Selinko’s. When a consumer or brand scans the tag with a smartphone, the system checks the encrypted identifier against the database. If the data matches the original record, the product is confirmed as authentic and the user can access trusted product information.
Near Field Communication is a standard technology that enables data to be exchanged between two chips, in this case, one contained in the mobile phone and the other in the connected product. We talk about NFC chips placed in a tag that can be read with a mobile phone by simply tapping / scanning the chip (place the upper part of the phone close to the chip)
Unlike Bluetooth, NFC enables a connection to be established with a NFC-enabled device extremely rapidly. Indeed, the startup, scanning, pairing and authorization procedures take a significant amount of time in Bluetooth. This slow speed may be considered as a sticking point for its wide-scale use among the general public.
NFC is by definition a technology based on proximity, since actions are only possible when the terminal is placed within a few centimeters of the target. This technical constraint involves a voluntary process by the user, making inadvertent activation virtually impossible. It’s worth noting that Bluetooth connections can operate at a range of between 1 and 10 meters.
On the basis of your location (mainly shopping centers), this sends you personal notifications about products situated nearby thanks to beacons. To complement NFC, which works at very close range permitting a closer relationship with the product (its composition, its authenticity, etc.) as well as NFC payment, the role of iBEACON would be rather to attract consumers into shops and increase their basket value.
The bottom line is :
RFID is a generic term to describe a technology for transmitting an identity (ID: often a serial number) via RF ( Radio Frequency). An RFID device involves three main components:
The main differences are :