Our handy CC2 smart badge device weighs only 50g, is close to credit card size and is equipped with a 2.7'' interactive e-paper screen. All basic functions known from smartphones can be managed remotely OTA and centrally by the operator. The device user can interact with pre-designed DataViews . Device users have only restricted access to the device´s functional setup details. This Infrafon design principle provides stability and efficiency to the operator´s processes.
Infrafon Smart Badges can be always online with its in-built range of COM digital radios WiFi-6, 2,4 Ghz and optional LoRa or NB-IoT (LTE-M) and GNSS (GPS) or Ultra-Wide-Band (UWB). A Holder of the CC2 Smart Badge can access doors or log-in to a workstation using NFC emulation function (MIFARE DesFire EV2, Calypso...).
Create rules and define alerts! Imagine for example: A 3rd party geofencing tool detects an Infrafon holder in an unauthorized room. Automatically executed rule simply OTA deactivates RFID/2,4Ghz credentials.
Unlike a smartphone, Infrafon badges operates as an Always Connected Terminal, managed by a server- (cloud) based operating system (IES). Operators benefit from security and efficiency by design. NoCode, NoOS.
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The Infrafon CC2 device’s functions are managed centrally by the operator. Device users do not have access to any unwanted behaviors during their journey. This philosophy secures the efficiency of any process. User interaction is only available using the capacitive touch screen and 3 capacitive navigation buttons. A wide range of functions can be managed centrally, For example: A server task can create alerts if the Infrafon CC2 device is detected in forbidden areas or hours, as well as put the device on standby according to a predefined setup rule. Communication via WiFi, LoRa or LTE-M can be strongly encrypted via certificate stored securely in the Secure Element.
The CC2 works with industry standard JCOS SIM modules and be used as smart MFA Device in Zero Trust environments. Mobile Credentials can be activated or deactivated, if sensors detect suspicious behavior or geographic position. Active mgmt. and ZT scoring is available over API for common Zero Trust network systems.
The Infrafon CC2 Smart Badge embeds smart firmware, letting the device operate without the weight of a complex Operating System such as Android or IOS. This revolutionary, patented interactive Terminal technology makes it easier for involved parties to build, test, run, and certify the whole system. An Open-Source strategy and use of the µPython language by the comfortable IES (Infrafon Entity Server) grant the flexibility familiar from IoT architecture and connect the system to 3rd party applications. Standards like MQTT allow the device to interact with further ecosystems making it possible to use the device as a communication device and connect with a corportae PABX in order to replace analog or digital pagers. You can create unique user journeys at a fraction of the cost of commercial BYOD Smartphones and apply a single look and feel to your existing Apps using our Infrafon DataView Designer to grant a better user acceptance.
Infrafon brand and Infrafon technology is protected by international patents (i.e. EU Patent filings 30 2021 105 271.4 and 10 2021 115 757.9).
We designed Infrafon CC2 as a platform for further modular expansions, both made by ourselves and by third party partners. A patented power management solution makes it possible to operate any certified small electronics directly powered by CC2 main LiPo battery. As an Infrafon partner, you can design your special communication, sensor or measuring device. Plug and unplug by rail and clip into the Infrafon device and connect to the world. Talk to us, we help you get your ideas to market.
As of Q1/2024 we offer the following expansion accessories and modules:
This duress clip enables users to trigger a duress call on the CC2 by a pull motion (e.g. in combination with a lanyard)
For work teams or visitor reception desks. It can be useful to supply workers or visitors with this manual bulk CC2 charger. Remark: USB-C cable and AC adapter optional.
Integrate IDs, transponders, pagers, payment cards and much more within a single device.
The unique combination of security, accesability and durability makes Infrafon a perfect solution, where mobile apps reach their limit.
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This is the heavy-duty (still not that heavy) Smart Badge version for professional users. It uses a very similar PCB as the CC1 version with some important modifications. The WD1 is designed with an (emergency) response team member in mind. Reliability and convenient use are the priorities for this one.
One of the most obvious changes with the WD1 is the bulky top section. It houses an OLED-screen that can be used to display the callers id number or important information, that is accessible from a quick glance down to the badge.
The top part also houses an extra loud speaker for alarm sounds and voice messages hearable even in very noisy environments. The next gen of the device will enable longer battery life while continuously listening to BLE alarm will ensures minimal response time when it counts.
Continues tracking with seamless transitioning between indoor (BLE in the future) or UWB and outdoor GPS. Other tags just use one or the other, with the WD1 you can use UWB or (in the future BLE) beaconing inside, you can also scan for those and sending the location data to your backend using low energy Lora or LTE. As soon as the team member moved outside, location technology switches to GPS and sends location updates via LoRa or LTE.
Unique and innovative features are characterizing this new Asset Tag available from Q2/23. No matter, if outdoor (via GPS) or indoor (via UWB or in future BLE) the tag can be tracked via LTE, LoRA or UWB communication. In addition the functionality and interactivity known from our CC1 Smart Badge is what makes this Tag stand out from all the others. A touch enabled high res always on e-paper shows IDs, barcodes or tasks allowing for fast and efficient human interaction. A bright 270 degree RGB LED-element and an extra loud buzzer makes finding assets easier or can be used to alarm employees nearby. Both active and passive NFC functionality can be used in combination with the other features improving efficiency by the enhancing existing workflows. The AT1 like the CC1 can be just as easily integrated into existing processes using simple drag and drop editors from our partners.
On the topic of asset Tracking of course we need to talk about real time location: What sets the AT1 apart from other devices is the seamless transitioning between indoor UWB and outdoor GPS. Other tags just use one or the other, with the AT1 you can use UWB (Kinexon, Siemens RTLS, SEWIO,...) or in future BLE (AoA or RSSI) beaconing inside, you can also scan for those and sending the location data to your backend using low energy Lora or LTE. As soon as the asset is moved outside location technology switches to GPS and sends location updates via LoRa or LTE.
With the combination of an e-paper screen, low power radio transmission and a battery capacity of 5200mAh AT1 can last (depending on usecase anywhere from 1-5 Years). Inside the casing there is room for 2x3.6V Lithium AA batteries (single use or rechargable), which can be easily replaced in under a minute.
A ruggedized exterior and scratch resistent screen made of hardend PMMA combined with the IP67 waterproofed casing makes this device a great fit for industrial environments inside and outside.
Continues tracking with seamless transitioning between indoor UWB or in future BLE and outdoor GPS. Other tags just use one or the other, with the AT1 you can use UWB or in future BLE beaconing inside, you can also scan for those and sending the location data to your backend using low energy Lora or LTE. As soon as the asset is moved outside location technology switches to GPS and sends location updates via LoRa or LTE.
The Infrafon Dataview Designer is a powerful drag-and-drop tool that enables institutions to customize and design interactive screens for the CC2 Smart Badge without the need for coding. With an intuitive interface, organizations can build personalized user experiences, defining how information is displayed and how users interact with the device. Whether it's creating check-in screens, authentication workflows, or action-triggering dashboards, the Dataview Designer allows for seamless UI customization, tailored to the specific needs of healthcare, industrial, or corporate environments. As users design layouts and workflows, the system automatically generates a JSON file that structures the display content and logic, ensuring efficient deployment across multiple devices.
The Dataview Designer's feature set includes static and dynamic text widgets, allowing organizations to display fixed content or pull in real-time user-specific data. Graphical widgets, such as icons and buttons, enable interaction by sending values to the backend or navigating between different pages. This modular approach ensures that institutions can create customized workflows, such as dynamically filling in patient names, verifying user credentials, or triggering specific system actions—all while maintaining a consistent and secure user interface. Because the system supports real-time backend integration, it allows for instant updates, personalized user allocation, and automated data synchronization.
At its core, the Dataview Designer follows a structured, JSON-based architecture, ensuring scalability, flexibility, and automation. Each designed screen is stored as a JSON configuration, defining layout, interactions, and dynamic placeholders that adapt once the device is assigned to a specific user. This data-driven design approach makes it easy to deploy standardized templates across an entire organization while still maintaining individual customization. By eliminating the complexity of traditional software development, the Dataview Designer empowers institutions to quickly and efficiently create tailored digital experiences, enhancing security, documentation, and workflow efficiency for CC2 Smart Badge users.
The IES Server is the heart of the Infrafon Eco System. It connects the application backend with the entity databases, the dispensers, displays and all handheld devices.
Operated either as an on-premises VM or as a Cloud Service, the IES controls from one single device to many fleets of Infrafon devices and connecting them to the correct application data provided by our ISV partners. Each ISV can create processes or any other digitalized environments. The IES also connects via the REST API to the Check-In Kiosk application, the Infrafon Dispenser, and other types of system devices, for example screens, smartphone Apps and all possible IoT sensors in the operator’s environment. We welcome solution providers to become our ISV partners, to Co-market IES based Applications and OS extensions.
3rd Party Applications
iOS, Android, React, Vue.js etc.
3rd Party Application Server
LoRa, GNNS, RFID, LTE, Sensors and more
The IES Administration Interface grants owners and system administrators access to device and user data for workflow analysis and optimization. Administrators can manage, controll and localize single devices in real time.
Design and create intuitively for a consistent user experience
No coding necessary, create your content pages directly with drag-and-drop, inside the Infrafon design interface. Choose from a wide selection of templates or style your own layouts with a varity of interactive elements, icons and fonts.
Patients, staff members, visitors or guests check in at this Self-Service Terminal. A few seconds later, a fully customized and personalized Infrafon CC1 device, with all necessary digital journey content loaded, is automatically dispensed.
Certified biometric ID authentication makes sure that automatic device allocation, data storage and personalized data is safe. In addition to Badge ID data, planned journey details, appointments, inquiries, language, and a lot more can be displayed and interactively managed by the card holder or by the operator’s applications. No matter if the journey will last for weeks, days or hours, communication with Backend and operator is granted by WiFi, LoRa or NB-IoT.
