When the data path must also be built.

OrigSmart can design the IoT solution from physical sensing to communication and data processing to business application.

OrigSmart hardware platform

Specific device families from the measurement point to the building gateway.

The product families are based on common data and device management logic, while power supply, communication and housing can be adapted to the specific installation location.

osgw2501

IoT Smart Gateway

Power supply: 24 V DC according to system design
Installation: Modular DIN rail design
Environmental range: -20...+60 °C in industrial design
Data security: MQTT/TLS 1.2, local buffer

Building-level data gateway and automation center in DIN-rail, modular design. It connects sensors, meters and intervenors to the OrigSmart LEMP or external BMS system.

Ethernet and Wi‑Fi, configurable failover
Isolated RS485/Modbus, One‑Wire, I²C and SPI
LoRa 868 MHz, Zigbee 3.0 and BLE options
16 digital I/O and 8 analog inputs
Local data buffer and isolated operation

MQTT/TLSREST APINode-REDDIN rail

osimb2501 / XL / ETH

M‑Bus Gateway family

Power supply: 8-24V DC, optional PoE
Capacity: 30 or 60 M-Bus endpoints
Environmental range: -20...+60 °C
Protection: IP20, optional IP65 housing

Reading the two-wire M-Bus network of consumption meters and connecting them to an IP-based energy management system.

EN 13757-2/3 M‑Bus master
Depending on the model, 30 or 60 endpoints
Primary and secondary addressing
Ethernet/PoE and Wi‑Fi variants
MQTT/JSON, raw telegram and Modbus TCP

Sub measurementWaterGasHeat

osirg2501-iso

Isolated RS485 gateway

Power supply: PoE 802.3af or 8-24 V DC
Disconnection: 1500 Vrms, ±15 kV ESD protection
Environmental range: -20...+60 °C
EMC design basis: EN 61000-6-2 / EN 61000-6-4

For connecting industrial serial devices, meters, PLCs and inverters to an Ethernet or Wi‑Fi network.

Galvanically isolated RS485
Modbus RTU ↔ Modbus TCP
MQTT and REST integration
Ethernet/PoE and Wi-Fi
Transparent TCP/UDP mode

ModbusPoEIndustrial retrofit

osit2501 family

Temperature sensors

Measuring range: -55…+125 °C depending on the sensor
Accuracy: ±0.5 °C in the typical operating range
Power supply: PoE, 8-24V DC or battery
Protection: IP40, optional IP65 housing

General, wall-mounted and pipe-mounted versions, with one- or two-channel measurement. For HVAC, boiler room and technology tasks.

Precision digital temperature measurement, in one- or two-channel design
Stainless steel sensor sleeve mounted on the barrel
Wired, Ethernet and LoRa versions
Battery and external powered versions
Configurable correction per channel

HVACLoRaBattery

osih2501 family

Temperature and humidity sensors

Temperature accuracy: ±0.3 °C in the typical operating range
Humidity accuracy: ±2% RH from 20 to 80% RH
Power supply: 8-24V DC, PoE or battery
Protection: IP40, optional IP54 version

For comfort, warehouse, cellar, server room and institutional climate monitoring, with several types of communication.

Temperature, relative humidity and dew point
Wall and mounted designs
Ethernet/PoE, LoRa and wireless variants
MQTT/JSON transfer
LEMP and Home Assistant connectivity

ComfortAir conditioningWarehouse

osio2501 / LoRa

Opening sensor

Power supply: Battery or external power supply
Size: approx. 85 × 35 × 20 mm, depending on the version
Environmental range: -10...+55 °C
Protection: IP54 protected design

For event-driven monitoring of the status of doors, windows, gates, racks and control cabinets.

Open/closed detection with reed switch
LoRa, ESP‑NOW or Wi‑Fi communication
Battery operation and heartbeat
Low battery voltage indication
Alarm and event log integration

SecurityLoRaEvent

The listed interfaces and technical parameters depend on the model and configuration.

OrigSmart edge firmware

Common device lifecycle, not isolated microcodes.

Smart endpoints and on-premises gateways share common connection, configuration, and update patterns. This simplifies installation and subsequent support while not tying client-side operation to a specific controller chip.

Device→Secure data connection→Gateway / platform→Remote operation

On-site commissioning

Wireless network configuration, device identification and persistent local settings.

Secure data connection

Structured data channels, status reporting, connection monitoring, automatic reconnection and remote commands.

Remote firmware update

Authenticated, versioned update; preliminary backup on the gateway side, operation check and, if necessary, restoration.

Permanent configuration

The settings are preserved even after a restart and a power failure, and can be managed remotely according to authorization.

Device status and diagnostics

Availability, software and hardware version, connection quality, uptime and operational status.

Integration technologies

Protocols for existing infrastructure.

Common libraries and target hardware projects in the firmware workspace cover the following technologies. Not all protocols are part of all devices; support is always determined by the specific model and firmware version.

MQTT / MQTTSModbus RTU/TCPM‑BusREST APIESP-NOWLoRa / LoRaWANSpark plug BOCPP 1.6-JSONGKNXNode-REDHome Assistant

Engineering services

From the idea to the working system in one hand.

We do not hand over separate tasks to each other. The physical environment, electronics, data connection and software are part of the same solution.

The common goalReliable measurement. Interpretable data. An operable system.

Exploration

IoT and system survey

Location, data sources, measurement objectives, environmental conditions and business expectations.

Output: feasibility picture and concept

Architecture

System and integration plan

Tools, interfaces, communication, data path, authorization and operating model.

Output: verifiable technical plan

Development

Electronics and mechanics

Custom PCB, application-specific assembly, cover, mounting and 3D model.

Output: manufacturable tool design

Validation

Prototype and field test

3D printing, 2.5D CNC, first copy, lab and field inspection.

Output: proven operation in a real environment

Introduction

Integration and commissioning

Platform connection, data verification, configuration, documentation and handover.

Output: usable, supported system

Technical consultation

The right tool starts with the specific measurement task.

The presented product families can be made with several types of communication, power supply and mechanical design. We help you choose the right configuration based on the location, the measurement purpose and the integration environment.

Next step

Request a technical consultation

Write what you want to measure, where the device would be installed, and what system it needs to connect to. Based on these, we provide a targeted technical proposal.

Getting in touch

Communication and scalability

The right technology is always a function of location, data rate, power supply, coverage and operational risk. The solution can use Wi-Fi, cellular, LoRaWAN or other industrial communication connections — only based on verified project requirements.

The goal is not to install another device, but to create reliable data for decision-making and processes.

Is there a measurement point for which there is no ready-made tool?

Engineering consultation