Industrial sensing,made tiny.
Six precision sensing variants in one compact wall-mount form factor. From temperature and humidity to legacy 4–20 mA retrofit and wireless RS485 mesh — the Tiny Series puts cloud-ready IIoT at every sensor point, regardless of wiring constraints.
Six variants. One platform.
Every Tiny Series device shares the same communication core — WiFi MQTT, RS485 Modbus RTU, and BACnet MSTP — with sensor modules tuned to specific field measurement requirements.
Tiny-IO Series · 01
Tiny THS
Inbuilt Temperature & Humidity Sensor
Precision environmental monitoring using the SHT45 sensor — the gold standard for GMP-grade humidity and temperature accuracy in wall-mount form. Battery or 24V powered with optional TFT or E-ink display.
Battery / 24V DC
Battery or hardwired 24V supply — both variants available with or without display
None / TFT / E-ink
Configure as headless node or add local readout in TFT colour or E-ink paper display
WiFi + RS485
Dual connectivity — publish to MQTT cloud brokers over WiFi or hardwire into RS485 bus
GMP · Cold Chain · Warehouse
Pharmaceutical GMP compliance, cold storage monitoring, early warning alarm systems
Tiny-IO Series · 02
Tiny RTD
External RTD Temperature Sensing
Connects external PT100 or PT1000 resistance temperature detectors for precision industrial temperature sensing in process environments. 24V powered with optional TFT display. Full WiFi and RS485 connectivity.
PT100 / PT1000 RTD
Industry-standard resistance temperature detector input for precision process temperature measurement
24V DC
Hardwired 24V supply — suitable for permanent installations in industrial control cabinets
None / TFT
Optional colour TFT display for local temperature readout at the measurement point
Process Temp Monitoring
Industrial process temperature sensing, pipe surface measurement, tank temperature monitoring
Tiny-IO Series · 03
Tiny 4-20
Industrial 4–20 mA Transmitter Interface
Universal current loop input accepting any standard 4–20 mA industrial transmitter or transducer. Bridges existing field instruments into WiFi/RS485 IoT networks without replacing proven sensing hardware.
External 4–20 mA
Connects any industry-standard 4–20 mA transmitter — pressure, flow, level, CO₂, or custom transducers
24V DC
Loop-powered from 24V supply — simplifies wiring in retrofit applications
None / TFT
Optional TFT for local process variable readout without additional instrumentation
Any Process Instrument
Retrofit any 4–20 mA sensor into an IoT-ready device — pressure gauges, flow transmitters, humidity sensors
Tiny-IO Series · 04
Tiny Loop Sense
4–20 mA IoT Transmitter · Universal IIoT Bridge
Converts any existing 4–20 mA sensor into a smart, IoT-compliant device with local display readout — no sensor replacement required. The simplest path for legacy instrument modernisation without capital expenditure on new sensing hardware.
Senses Loop Current
Passively reads the existing 4–20 mA loop current — wraps around your existing wiring without disruption
Built-in Display
On-site real-time sensor values without additional instrumentation or wiring
WiFi MQTT / RS485
Streams sensor data to SCADA, cloud platforms, and notification systems simultaneously
Zero Hardware Swap
Bring any legacy 4–20 mA sensor into modern IIoT ecosystems without any hardware replacement
Tiny-IO Series · 05
Tiny Grab
Phone App-Based Connectivity for RS485 Devices
Enables field technicians to connect their smartphone directly to RS485 devices for live diagnostics without a laptop or dedicated terminal. Supports remote control room collaboration with built-in geolocation tagging and a full audit trail of every diagnostic session.
RS485 → Smartphone App
Direct connection from RS485 field device to technician's phone — no dedicated hardware terminal needed
Live Parameter Readout
Real-time key parameter visibility from the machine or instrument, directly on the phone screen
Control Room Support
Live troubleshooting with control room engineers viewing the same data simultaneously
Geolocation + Audit Log
Every session is time-stamped, geo-tagged, and stored as an immutable audit record
Tiny-IO Series · 06
Tiny Node
Wireless RS485 Bridge · Last-Mile Connectivity
Eliminates the need for serial data cabling in locations where running wires is impractical or impossible. Wirelessly bridges RS485 data between devices — node-to-node point replacement or one-to-many multi-node polling mesh for rooftops, tanks, and remote panels.
Point-to-Point Bridge
Wireless drop-in replacement for a physical RS485 cable between exactly two devices
One Master, Many Slaves
Single master wirelessly polls multiple slave nodes — full Modbus mesh topology with no new wiring
Rooftops · Tanks · Remote Panels
Serves sensors in locations beyond practical cable routing — eliminating civil or conduit works
Modbus / BACnet
Full protocol transparency — the RS485 device on either end sees no difference from a wired connection
One device, every protocol.
The Tiny Series communicates natively with SCADA systems, BMS controllers, and cloud platforms — simultaneously, over both wired and wireless interfaces.
MQTT over WiFi
Publishes sensor data to cloud brokers, IoT dashboards, and alert platforms in real time
Modbus RTU over RS485
Industry-standard wired bus — integrates with any SCADA, HMI, or PLC that supports Modbus
BACnet MSTP over RS485
Building management system integration — connects natively to BMS controllers and DDC panels
Built for the environments that demand accuracy
The Tiny Series is deployed across sectors where environmental and process data drives critical decisions — from compliance to safety to operational efficiency.
Cold Chain & Storage
Continuous temperature and humidity monitoring across cold rooms, freezers, and refrigerated warehouses. Automatic alerts on excursion.
Pharmaceutical & GMP
Environmental monitoring for cleanrooms, stability chambers, and dispensing areas.
Industrial Process
RTD and 4–20 mA connectivity for process temperature, pressure, flow, and level monitoring in manufacturing lines.
HVAC & BMS
BACnet MSTP integration for building management systems — room sensors, AHU monitoring, and outdoor ambient measurement.