From a published workflow
to your project requirements.
Review how identity becomes a useful event, then define what your own installation needs to prove. Supplier descriptions and RAVODEX procurement analysis are presented separately.
Six applications, different decisions.
Each article includes a source-described sequence, specific configuration questions and the limits of the available evidence.
RFID Weighbridge Workflow: Vehicle Identity and Weight
Review a supplier-published vehicle weighing workflow and scope the tag, scale, host and barrier integration with explicit exception tests.
Review the workflowREFERENCE + ANALYSISRFID Steel Bundle Tracking: Inventory, Picking and Dispatch
Review steel-bundle identification, fixed inventory reads and handheld dispatch checks; define bundle records and tests on real metal stock.
Review the workflowREFERENCE + ANALYSISRFID Retail Fridge Planning: Antennas, Liquids and Item Changes
Review a retail-fridge reference and plan antenna placement, liquid-container tag samples, inventory-change rules and cabinet-boundary tests.
Review the workflowREFERENCE + ANALYSISRFID Textile Workflow: Pallet Enrollment and Material Transfers
Scope RFID pallet enrollment, checkpoint capture and document reconciliation between winding and weaving from a supplier workflow reference.
Review the workflowREFERENCE + ANALYSISRFID Race Checkpoint Planning: Tag Identity and Timing Events
Plan race checkpoints around tag placement, timestamp origin, grouped riders and missed-event handling using an attributed supplier reference.
Review the workflowREFERENCE + ANALYSISRFID Collection Truck Planning: Container ID, GPS and Events
Define container service events from RFID and vehicle location data, with trigger, mounting and connection-recovery checks for collection trucks.
Review the workflowThese are supplier-published references. They are not presented as projects delivered by RAVODEX, and the procurement questions are not verified performance claims.
More context, with its source.
This library brings shorter published references into one place. Each summary records the available workflow detail and the questions that remain open.
- Read supplier source
ETC Vehicle Tracking with HH100 Android Reader
Hopeland describes a client installation in Togo with an HH100 integrated reader beside the road and windshield tags on vehicles. Tag identifiers are associated with vehicle records, while location and time information support checkpoint tracking. The reference does not specify lane geometry, passage speeds, regional reader configuration or measured identification performance, so these remain questions for a comparable vehicle project.
Supplier publication: 2022-06-24 - Read supplier source
RFID Parking System in South America
Hopeland describes a parking workflow that starts by issuing an RFID tag and binding it to a vehicle record. Parking locations are associated with reader and antenna equipment, while exits, temporary departures, transfers and removal from the system update time and status records. Optional handheld functions support locating vehicles and recording condition changes.
Supplier publication: 2022-05-07 - Read supplier source
RFID Parking in Eastern Europe
Hopeland's Eastern European reference proposes RFID vehicle records for parking management. Its published workflow covers tag enrollment, parking-location records, movements between parking areas, temporary exits and unbinding after sale. Optional handheld tasks include vehicle searches and condition updates. Although the source title mentions weighing, the body does not describe a weighbridge transaction.
Supplier publication: 2022-05-07 - Read supplier source
RFID Warehousing in Southeast Asia
Hopeland's Southeast Asian warehousing reference sketches a pallet checkpoint with a wall-mounted UHF reader, one or two antennas on each side and above the passage, and a gate width of two to four meters. Intended records follow finished-product pallets through departure, transit and arrival. No tested read rate or detailed software integration is supplied.
Supplier publication: 2022-05-07 - Read supplier source
RFID Warehouse Management in Kosovo
Hopeland's Kosovo reference lists receiving, put-away, stock location, cycle counting, order picking and packing as warehouse tasks that could use RFID observations. It presents a general application outline rather than a documented installation sequence. The body does not identify tag placement, checkpoint geometry, application interfaces or measured outcomes, so those details remain requirements for a comparable project.
Supplier publication: 2023-10-09 - Read supplier source
Warehouse Forklift and Personnel Proximity Alerts
Hopeland proposes a forklift proximity-alert architecture using personnel tags, an exciter, a reader, audible or visual alarms and wireless communication. The reader's controller interprets tag signals, drives the alarm circuit and exchanges data with a central system. The reference describes a warning concept; it does not establish an independently tested detection boundary, certified safety function or guaranteed accident prevention.
Supplier publication: 2022-06-09 - Read supplier source
Warehousing Inventory Management
Hopeland publishes a warehousing inventory reference whose available body contains only headings for background, user needs, solution and effectiveness. It does not describe tagged items, reader placement, stock movements or an inventory-reconciliation process. The page therefore offers a topic reference rather than a documented workflow; a buyer would need the missing application and configuration details.
Supplier publication: 2022-05-07 - Read supplier source
Apparel and Fashion Shop Management in South America
Hopeland describes an apparel workflow linking warehouse tunnel checks, store gates, handheld stock counts, fitting-room identification and desktop self-checkout. The source names HF340, i3, HY820 and HZ100 for these different tasks. Its regional reference discusses supplier-supported projects, but provides no individual store's configuration or independently measured commercial results; each proposed function still needs a project-specific specification.
Supplier publication: 2022-05-07 - Read supplier source
Apparel and Fashion Identification
Hopeland proposes RFID coverage across apparel receiving, dispatch, store inventory, loss-prevention gates and checkout. Warehouse tunnels use a fixed reader and antennas, while handheld readers support daily counts; integrated and desktop readers are suggested for fitting-room and checkout tasks. The published text is also used in the supplier's South American apparel reference and does not distinguish a separate installation.
Supplier publication: 2022-05-07 - Read supplier source
RFID for Auto Parts Manufacturing
Hopeland describes an auto-parts factory already using barcode-based parts management, pre-installation sorting and assembly inspection. The reference proposes replacing selected barcode collection with RFID tags to gather production and warehouse observations, including items in motion. It presents intended process changes rather than a validated equipment deployment, and does not publish station layouts, controller interfaces or measured manufacturing results.
Supplier publication: 2022-05-07 - Read supplier source
Campus and School Bus Identification
Hopeland proposes active RFID connected to an SMS platform for school attendance and arrival or departure notifications. The article describes identifying student movements and informing parents or staff through the application. Its heading also mentions school buses, but the available body does not specify bus-mounted readers, boarding transactions or a tested safety outcome; those elements need separate clarification.
Supplier publication: 2022-05-07 - Read supplier source
RFID Tracking in Healthcare
Hopeland's healthcare reference lists inventory management, patient workflow and data accuracy among potential RFID application areas. Its available body is a short set of benefit headings, without a defined asset, patient event, identification checkpoint or system connection. It should be treated as a supplier topic overview, with the actual workflow, data responsibilities and evidence still to be specified.
Supplier publication: 2023-10-09 - Read supplier source
RFID Staff Attendance Management
Hopeland describes binding each staff member's tag ID to a personnel record, then using observations for attendance statistics and access-related review. The published functions include maintaining staff records, assigning operation permissions and querying work information. The reference proposes manufacturing scheduling and traceability uses, but does not establish exact positioning, verified productivity measures or an implemented payroll integration.
Supplier publication: 2023-10-08 - Read supplier source
RFID Visitor Tracking at Exhibitions
Hopeland's exhibition reference describes a proposed badge-reading solution from Sinobase for reviewing visitor counts, approximate presence and time spent in exhibition areas. Readers capture visitor-card identifiers for the event application. The article places this discussion in a Mobile World Congress context, but does not provide antenna layouts, visitor data permissions or validated continuous-positioning accuracy.
Supplier publication: 2022-06-09 - Read supplier source
RFID Smart Reagent Management Cabinet
Hopeland describes attaching RFID tags to reagent bottles and reading them through readers and antenna arrays inside a cabinet. The proposed records cover receipt, storage, issue, return and disposal. Reagent identity and status information are discussed, but the source's equipment section retains retail payment terminology; the exact cabinet configuration and its interfaces require supplier clarification before selection.
Supplier publication: 2026-09-22 - Read supplier source
Passive RFID Temperature Monitoring for Power Systems
Hopeland proposes passive UHF temperature-sensing tags and fixed readers for monitoring electrical connection points. The reference discusses overheating associated with contact resistance at switches and cable joints, with collected temperature observations intended to support inspection and maintenance. It does not publish sensor placement, calibration evidence, alarm thresholds or independently verified fault prevention; these remain project-specific validation requirements.
Supplier publication: 2026-05-14
Let’s find the right fit.
Tell us what you need to identify, where it operates and how it connects. We’ll help you choose the hardware.