Mikel Choperena

15+ years of RFID, energy harvesting and low power electronics technologies, both from the technical and application point of view, I bring a consulting approach to opportunities of wireless monitoring in all kind of industries. I have a solid understanding of wireless sensors networks and the advantages and disadvantages of the different technologies. Along with my consulting approach, I'm used to find the most suitable solution for a given application regardless of the technology to be used. I have a keen interest in the integration of autonomous sensors and the IoT. I genuinely believe in energy harvesting and sensing components to provide data that allows for better decision taking and automation of a wide variety of activities.
Five SenseID evaluation boards — EVAL-SID-AT (ambient temperature), EVAL-SID-CTN (contact temperature), EVAL-SID-RHAT (humidity and temperature), EVAL-SID-ACC (3-axis accelerometer), and EVAL-SID-MGF (magnetometer) — each at 50 euros, compatible with commercial EPC C1G2 readers and KL-OSIRIS software.
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Complete guide to the SenseID evaluation board family. Five battery-free sensor tags using EPC C1G2 — temperature, humidity, accelerometer, magnetometer and contact temperature — all at 50 € and compatible with commercial RFID readers.

Three-step workflow for KL-OSIRIS — connect hardware, launch the software, take measurements — with a list of compatible SenseID and SenseBLE evaluation boards and a summary of what you get in 30 minutes.
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Step-by-step guide to taking your first battery-free sensor measurement with KL-OSIRIS, Kliskatek’s free evaluation software. Connect a reader, place a tag, see live data in under 30 minutes.

Side-by-side comparison showing EPC C1G2 path (single RFID reader with same-band TX and RX, higher cost) versus BLE burst path (separate RF transmitter and BLE gateway in different bands, lower combined cost), with a section showing what stays the same: sensor, accuracy, range, and data.
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Why UHF RFID readers cost more than RF transmitters plus BLE gateways, when each option makes economic sense, and how to think about total cost of ownership for battery-free sensor deployments.

Diagram showing one shared sensing core at the top branching into three protocol paths — SenseID (EPC C1G2), SenseBLE (BLE burst) and SenseNFC (NFC) — each with different infrastructure requirements but identical sensing capabilities.
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SenseID, SenseBLE and SenseNFC use the same battery-free sensors. The difference is the communication protocol and the infrastructure you need. Here’s how to choose.

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