Xibernetix combines physical components, protected installation, and verified identity for Device Control and Brand Verification. Makers prepare their products and devices; operators and consumers use the Xibernetix mobile app to authenticate NFC tags and follow the relevant service flow.
Each deployment begins with the technology that suits the protected item, environment, and experience you need. NFC tags support Device Control and Brand Verification; Bluetooth provides a connection option for compatible devices.
An NFC tag gives a protected item a physical identity at close range. It can be built into or attached to a garment, jewelry item, handbag, packaged product, medical device, lockbox, or equipment so an operator or consumer uses a deliberate tap to begin the service flow.
Bluetooth peripherals add nearby-item context when a hands-free or continuous connection makes more sense than a tap. They help connect the owner, mobile device, and protected product, asset, or device during use.
Passkey-based sign-in verifies the intended owner before an action is approved. The NFC or Bluetooth signal identifies the protected item; the owner verification confirms who is trying to use it.
Both services start with a Maker account, registered NFC tags, and authentication through the Xibernetix mobile app. The service determines what happens after the tag is authenticated.
Sign up at xibernetix.com as a Maker to get started with Device Control, Brand Verification, or both.
For Brand Verification, enter your brand name and website. For Device Control, register the device and assign its operator.
Use our recommendation to select an ISO-DEP Type 4 NFC tag, including supported NTAG 424 DNA or MIFARE DESFire EV3 workflows. We validate the specification and form factor for your product's materials, packaging, and installation environment.
Import the tag manifest and associate the tags with your brand or device. Qualify the placement and reading performance, then integrate the tags during assembly, sewing, labeling, or packaging as appropriate to your production process.
The operator or consumer opens the Xibernetix mobile app, signs in, and taps the NFC tag. The app and backend authenticate the tag through the registered service flow.
The integration uses the authenticated tag, operator identity, and device assignment to decide whether the requested action is allowed. A combined NFC + Bluetooth setup also uses the device's Bluetooth context.
The app authenticates the brand's registered NFC tag and shows the brand's website. The brand can use that site to share provenance documents, craftsmanship stories, care information, or exclusive experiences.
The NFC or Bluetooth component is only one part of a secure deployment. We plan how the protected item and its security components are housed, mounted, powered, and serviced to fit the item, its use, and its environment.
Electronic controls focus on the protected item's signals and behavior: authenticated communication, protected configuration, tamper-aware monitoring where supported, and lifecycle controls. A mechanical enclosure or hybrid installation adds physical protection when the item needs it.
Choose an embedded or attached secure NFC tag suited to the product's materials and design. Consumers tap it in the app to authenticate the registered identity and view the brand's website.
Integrate a registered NFC tag into premium packaging so consumers can authenticate it and view the brand's website. Validate placement and reading performance with the finished packaging before production rollout.
During enrollment, the product, asset, or device is associated with its intended owner and approved use. When the item is presented later, Xibernetix checks its identity and the owner's verification before allowing the associated action.
This creates a clear boundary: a protected item is not a shared, anonymous object. If it is lost, transferred, repaired, or needs a new owner, the assignment can be disabled or changed through an authorized lifecycle process.
protected-item signal
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permitted item useThe detailed NFC manufacturing flow is available in Product Brand Onboarding. This Device Control overview shows how a Product Brand and an Owner or Operator use an NFC, Bluetooth, or combined deployment from the first record through day-to-day operation.
The Product Brand signs up with Xibernetix and registers the product, asset, or device it wants to protect.
The Product Brand selects NFC tags, Bluetooth peripherals, or both based on the item and the intended owner experience.
For NFC deployments, the Product Brand uploads the NFC Tag Manufacturer’s manifest to the Xibernetix backend. The imported records identify the components that will be assigned to finished items.
The NFC tag, Bluetooth peripheral, or both are installed or enclosed in the finished product, asset, or device.
The Product Brand ships, sells, or otherwise provides the protected item to its buyer.
The buyer downloads the Xibernetix app for Android or iOS and signs in, or creates an account if they do not already have one.
The signed-in Owner or Operator taps their mobile device to an NFC-enabled item or initiates the supported Bluetooth connection.
The app and backend complete the authenticated provisioning flow, binding the protected item to the signed-in Owner or Operator. Internet connectivity is required for this first pairing.
For a later use, the Owner or Operator taps or connects again. Xibernetix verifies the item and signed-in person, then authorizes the protected function for the Product Brand’s configured use period.
After the configured period of inactivity, the Product Brand’s integration can return the item to its locked or otherwise protected state until the next successful authentication. Supported later operations can work temporarily offline, but periodic connectivity is required to synchronize lifecycle changes and keep ownership assignments current.