RFID with sensing
Temperature sensing, LED-assisted search and BLE integration—technology for understanding condition and making decisions, not only reading an ID.
RFiD plus One evaluates technologies, products and solutions worldwide across RAIN RFID, NFC, Sensor RFID, BLE, GS1 and DPP without being tied to a single vendor or frequency. We bridge PoC to field deployment by adapting them to Japanese regulations, RF conditions, workflows and quality requirements.
Rather than listing overseas vendors as a product catalog, we start with the problems each technology can solve. Manufacturers are introduced as concrete examples of how those technologies are implemented.
Start from the operational problem and select the technology—not the other way around.
Temperature sensing, LED-assisted search and BLE integration—technology for understanding condition and making decisions, not only reading an ID.
For factory equipment, RTIs, drums, metal assets and other environments where conventional label tags are difficult.
New RFID approaches that go beyond conventional dipoles and integrate tag structures with packaging or the target object.
Combine tags, readers, sensors, cloud and applications to connect RFID data to operational decisions.
Brands shown indicate candidates for collaboration, evaluation or proposals in relevant projects and technology areas. Any representation of formal distributor, sales or partner status is stated separately according to contractual relationships and approved scope.
We do not simply bring technology found overseas into Japan. We validate field conditions, compliance, supply and operations before implementation.
Explore global RFID/NFC/AIDC technologies, RFICs, sensors, tags and solutions.
Evaluate RF performance, target materials, durability, supply, cost and Japanese compliance.
Translate them into Japanese frequency plans, workflows, quality requirements and field conditions.
Validate with device evaluation, PoC, read testing and operational testing.
Implement with systems, data, operations and human decision-making considered together.
Read range alone does not determine the right technology. We design the best combination based on the object, workflow, data granularity, user interaction, RF environment, regulation and operating cost.
Inventory, shipping/receiving, retail, logistics, manufacturing, search and dense reading—from tag, antenna and reader placement to field RF design.
Smartphone interaction, inspection, authenticity, tamper detection, temperature logging, DPP and smart posters.
Temperature/environment sensing and cold-chain architectures, including batteryless and logger types, evaluated by use case.
Proximity search, LED/buzzer, temperature/humidity, vibration and acceleration, including RFID/BLE role allocation.
Identification and data integration designed for inter-company, international and long-term operation—not only internal IDs.
Connect product identification, authenticity, history, content and consumer engagement through physical IDs and digital information.
Support is available from the start of a project through field rollout, either for specific stages or end-to-end.
Assess the applicability of RAIN / NFC / BLE / sensing from workflows, objects, read conditions and data use.
Define tags, RFICs, antennas, readers, placement, power, application integration and KPIs.
Validate read rates, operations, exception handling and maintainability in the real environment, then define mass-deployment conditions.
Indexable technology landing pages connect explanation with Resources and LABS.
Design NFC, RAIN UHF, BLE and environmental sensing as an operational system for understanding condition and making decisions—not only identification.
Treat EPC not as tag data alone, but as an identification architecture for inter-company, international and long-term operations.
Go beyond regulatory compliance by connecting authenticity, history, content and consumer interaction from a physical identity.
Design temperature logging as one operational flow covering synchronized start, transport, receiving, excursions, data consistency and reporting.
Use electromagnetic coupling between an FPC loop tag and a conductive-ink Printed Booster Antenna to integrate RFID into the product structure rather than add it as an external component.
Resources and Interactive LABS are connected so you can move between explanation and hands-on tools. PUBLIC content is open; GATED content is available after company registration.
RAIN RFID, GS1, EPC, SGTIN, TID, EPCIS and Digital Link organized as a practical identification-design workflow.
Design principles for allocating roles among NFC, RAIN UHF and BLE and moving Sensor RFID from PoC to field implementation.
A design concept combining an FPC RAIN loop tag with a conductive-ink Printed Booster Antenna to integrate RAIN RFID into graphic labels and in-mold containers.
An executive overview of EU DPP, data carriers including NFC, Battery Passport and organizational preparation items.
NDEF-based NDPP design, links to EU DPP horizontal standards, memory, UX, durability and supplier checkpoints.
Use the HTML application to explore temperature history across shipping, transport and receiving, standalone/cloud operation and PoC design.
Interactive LABS lets you search, compare and diagnose in the browser—not only read PDFs. Approved HTML applications are integrated here.
A practical tool for learning GS1/EPC by doing: EPC scheme checks, SGTIN-96 encode/decode, GTIN→EPC, in-house ID diagnostics and CSV checks.
Browse all PUBLIC / GATED applications in the LABS Design System.
PUBLIC: open access
GATED: after company registration
PRIVATE: advisory / project only
We help translate technologies explored in the HTML apps into concrete project requirements.
Comparison and search tools for vendors and technologies
917 products / 2026-09-15 snapshot across Sensor RFID, NFC, BLE and RAIN RFID.
Compare RAIN/UHF tags for industrial and asset-management use by application and performance. PUBLIC edition without pricing.
Compare LF/HF/NFC products by use case and environment. PUBLIC edition without pricing.
Compare CapTag technologies including special structures, on-metal, bottle and DPP/NFC.
Search and compare RFID/NFC products and solutions in multiple languages.
Technical databases, comparison databases & cold chain
FPC Loop Tag × conductive-ink Printed Booster: a RAIN RFID design concept covering graphic integration, in-mold structures and authenticity.
Search Japanese solution providers, manufacturers, readers/writers, antennas, materials and developers.
Compare global RFICs and Sensor ICs by function, application and design philosophy.
Explore global RAIN RFID inlays/tags by region, manufacturer and use case.
Explore global HF/NFC tags, ICs and solutions by region.
Explore NFC temperature logger specifications, operation and cold-chain architecture.
We show not only overseas technologies and tools, but examples connected through PoC, field validation and operational design.
At Rocky Superstore Shimizu, checkout, inventory, inspection, stock and expiry management were redesigned around RFID. RFiD plus One supports the project as RFID technical advisor.
Using EM4425 V12 dual-frequency NFC + RAIN RFID, the project connects authenticity, tamper detection, traceability, DPP and consumer engagement. RFiD plus One designed the RFID/NFC strategy.
Joint development of new RFID structures including antenna-circuit formation, coupling, IC evaluation and material effects.
Operational design covering multi-tag synchronization, receiving, data consistency, alerts and reporting.
We organize achievements verifiable through JAISA and other third-party public sources, including Kazuhiko Soma’s career contributions. Award recipients/applicants and the role of RFiD plus One / Kazuhiko Soma are stated separately.
Recognized for integrating RFID across supermarket operations to improve efficiency, reduce food loss and support social inclusion.
Combines RAIN UHF + NFC to connect authenticity, DPP, traceability and consumer engagement in one digital identity.
A next-generation fashion information platform connecting products, usage history and digital information through RFID/NFC embedded in apparel.
Integrated UHF RFID, NFC and a temperature logger in one label to manage temperature history across the entire transport process.
RFiD plus One evolves from a company website into a platform for discovering, understanding, trying and implementing AIDC technology.
Overseas vendors, new RFICs, special tags, sensors and solutions.
Public PDFs, comparison materials, technical explanations, standards and DPP information.
HTML apps, diagnostics, conversion, databases and PoC Planner.
PoC, evaluation, field deployment, operational improvement and implementation.
Experience spanning tags/inlays, global business, R&D, production strategy, Sensor RFID and implementation—connecting technology, products and operations over a long time horizon—is carried into RFiD plus One.
Around 2005, Kazuhiko Soma participated as an inventor in RFID adhesive-label patents. Recent SATO-related patent publications also name him as an inventor.
“Patent / patent publication” here indicatesthe fact that the individual is named as an inventor in public recordsand does not imply that RFiD plus One owns the patent rights.
Active in RFID since the early 2000s, with experience across tags/inlays, global business, Japan/APAC markets, R&D, production strategy, RFID business and field implementation. Today he leads RFiD plus One, connecting AIDC technology with real operations.
Identity, sensing, data and peoplecreate value when they work together as one operational system.
We link to third-party public information so claims can be verified by customers, partners, search engines and AI—not only through our own communication.
If common options in Japan do not solve the problem, we search globally. Discuss technology selection, PoC, tag/reader evaluation, Sensor RFID, GS1/EPC and DPP from the concept stage.
info@rfid-plus-one.com