obniz

Plug it in.
Make any site smart.

Devices, obniz Cloud, and obniz Now — three products that take you from sensors to machine control without firmware development.
Start with one device and grow into a full solution.

Devices
40,000+ Total shipped
Companies
300+ Customers
Founded
2014 Established
Security
ISO 27001 ISMS certified

Trusted by startups and enterprises alike

Customer logoCustomer logoCustomer logoCustomer logoCustomer logoCustomer logoCustomer logoCustomer logo

Solutions

Three products, combined
around your goals

Our solutions business combines devices, obniz Cloud, and obniz Now into packages we design, build, and operate for each industry and use case — from restaurant temperature monitoring to smart-enabling your own products.

Food / Retail Cloud-based refrigerator temperature monitoring across stores

Food / Retail

Multi-store refrigerator temperature monitoring

HACCP-compliant automatic temperature logging. Retire the paper checklist and automate everything from alerts to reports. Free for a single store.

  • Logged every 10 minutes — no more manual checks
  • Instant alerts by email, Slack, or phone call
  • HACCP-ready reports exported to PDF / Excel

Built with

Device BLE Gateway + temp sensors Cloud obniz Cloud Now obniz Now
Facility / Operations Whole-building IoT monitoring illustration

Facility / Operations

Automated facility inspection & monitoring

Replace patrol-and-eyeball inspections with sensors. Watch leaks, current, vibration, and door states across the building, and route every anomaly to the right person automatically.

  • Continuous monitoring of leaks, current, vibration, and doors
  • Anomaly → ticket → on-site instructions, end to end
  • Predict failures from stored data and act before things break

Built with

Device Intelligent Edge / BLE Gateway Cloud obniz Cloud Now obniz Now
Manufacturing / FA Intelligent Edge cloud-connecting a PLC

Manufacturing / FA

Cloud-connect your existing PLCs

Attach an Intelligent Edge over RS232 / 485 / Ethernet and your PLC is online. Data collection, remote monitoring, and automation with zero firmware work.

  • Connect existing PLCs over RS232 / 485 / Ethernet as-is
  • Data collection, remote monitoring, automatic reports
  • No device firmware to write — configure and connect

Built with

Device Intelligent Edge Kilo Cloud obniz Cloud Now obniz Now
Product Makers Embeddable obniz module

Product Makers

Turn your products into smart products

Embed an obniz module to bring Wi-Fi / LTE / BLE to your existing product line. OTA updates, remote support, and subscription billing — we help you ship your product as a connected service.

  • Embed Intelligent Edge Micro for Wi-Fi / LTE / BLE
  • Cut maintenance cost with OTA updates and remote support
  • Build end-user screens and subscription billing on obniz Now

Built with

Device Intelligent Edge Micro Cloud obniz Cloud Now obniz Now
BLE Device Makers obniz BLE Gateway

BLE Device Makers

Turn BLE devices into cloud services

Connect your existing Bluetooth devices to apps and cloud services through a plug-in gateway. Proven with 100+ supported devices.

  • Plug-in gateway auto-connects nearby devices
  • Scan, pair, and write from the cloud
  • Ship a dedicated app or cloud service in weeks

Built with

Device BLE Gateway Cloud obniz Cloud Now obniz Now / your app
Free Consultation / Pro Service

Free deployment
proposal — tailored to you

Not sure which solution fits, or need something custom? PoCs, contract development, and special-purpose builds are all on the table. Our team handles everything — from on-site requirements gathering to budget and timeline estimates.

MCP × obniz — AI Operations

Let AI
watch the floor

Through the MCP server, Claude or Cursor can read and reason directly over the live state of every device.

Just ask: "Summarize devices that failed last week" or "Rank the sites I should visit tomorrow". The AI accesses obniz Now data directly, automating operational decisions and maintenance planning.

Cross-fleet analytics

AI spots anomaly trends and shared failure patterns across all your devices

Auto-drafted maintenance plans

Suggest visit priorities from operating data. AI even drafts the report

Natural-language operations

Talk to it from Slack or Cursor. No purpose-built dashboard to learn

Talk about AI integration
U
Operations

Rank last week's frequent-error elevators by failure risk. Draft the report for me.

Claude via MCP
now.list_errors("7d", "elevator") → 23 events
now.predict_failure() → high 3 / mid 5
now.draft_report() → ok

8 units flagged. Top priority: Shibuya Tower #3 (over-discharge trend + 8 errors/day). Report draft has been shared.

* The MCP server works with both obniz Cloud and obniz Now. Currently in Developer Preview.

Devices

obnizOS Devices

Cloud-connected devices running a dedicated OS. Setup, cloud link, and MCP / API / code access are the same on every model — you only choose the interfaces your site needs.

Shared by every device

Four things every device has

01

Dedicated OS: obnizOS

One embedded OS across every device. Reconnection, key management, and power control are handled by the OS, so there is no device firmware to write.

  • Remote OS updates (under a minute over Wi-Fi)
  • Microcontroller-based — no kernel-level malware
  • Add on-device logic with Lua

02

Setup features

No dedicated app required. Configure the network over USB, Wi-Fi, or a browser — even on site by the customer.

  • Wi-Fi / Ethernet / LTE connection setup
  • Register devices with a QR code
  • Bulk provisioning with obniz-cli

03

Cloud link

Power on and the device connects to obniz Cloud on its own. Authentication, encryption, and health monitoring come standard.

  • End-to-end TLS 1.2 with elliptic-curve crypto
  • Per-device public-key authentication
  • Auto-reconnect and offline queueing

04

MCP, APIs, and code

Through obniz Cloud, every device is reachable the same way from AI agents, APIs, and SDKs.

  • MCP server for direct control from Claude and others
  • REST / GraphQL / WebSocket APIs
  • JavaScript SDK with a 100+ parts library

Lineup

Four devices, chosen by use case

Contact sales (consumer sales coming soon) Intelligent Edge Kilo

Intelligent Edge Kilo

The gateway that brings industrial equipment and PLCs online

RS232, RS485, CAN, Ethernet, and a relay in one unit. Mount it on a DIN rail, connect your existing PLC or machine, and monitoring and remote control begin.

Key specs

Internet
Wi-Fi / Ethernet / LTE-M, NB-IoT
Industrial I/F
RS232 ×1 / RS422-485 ×1 / CAN ×1 / SSR relay ×1
I/O
Digital out 2, in 2 / analog 2ch / UART, SPI, I2C / Qwiic
Power
DC 5–32V / 0.2W avg (LTE-M) / timer sleep
Built-in sensors
3-axis accelerometer (vibration) / temperature / supply-voltage
Enclosure
46×25×85mm / DIN-rail slide mount / -10 to 60℃

Typical uses

Remote PLCEquipment monitoringFailure prediction
Contact sales (consumer sales coming soon) Intelligent Edge Micro

Intelligent Edge Micro

A compact module for product embedding and outdoor use

Wi-Fi, LTE-M, BLE, and rich I/O on a 76×48mm board. Built for embedding into your own products and for battery- or solar-powered outdoor sensing.

Key specs

Internet
Wi-Fi / LTE-M, NB-IoT (SIM slot on board)
Local wireless
BLE5 (Coded PHY)
I/O
Digital out 5, in 5 / analog 5ch / UART, SPI, I2C / ZH8 expansion
Power
DC 5V (USB / ZH) / 0.2W avg / timer sleep for long battery life
Built-in sensors
3-axis accelerometer (vibration) / temperature
Enclosure
76×48×20mm / M3 screw mount / -10 to 60℃

Typical uses

Product IoTOutdoor sensingOTA-ready products
Available — ¥14,080 (tax incl.) obniz BLE/Wi-Fi Gateway Gen2.0

obniz BLE/Wi-Fi Gateway Gen2.0

Plug it into an outlet. Nearby BLE devices go to the cloud

No electrical work, no app. It discovers Bluetooth sensors and devices within 10–100m and links them bi-directionally to the cloud over Wi-Fi. An LTE model is also available.

Key specs

Internet
Wi-Fi 2.4GHz (LTE model: LTE Cat.4)
Local wireless
BLE5 (Coded PHY long range) / scan, connect, write, advertise
Power
AC 100–240V, plugs straight into an outlet / 0.5W avg
Setup
Wi-Fi / browser, no app needed
Built-in
E-paper 200×200 / full-color LED / button
Radio approval
Japan / USA / Vietnam / Taiwan / Singapore

Typical uses

Temperature monitoringIndoor locationBLE device services
Available — ¥7,260 (tax incl.) obniz Board 1Y

obniz Board 1Y

The prototyping board you drive with JavaScript and AI

Motor drivers built into all 12 I/O pins. No soldering, no IDE — LEDs, sensors, and motors come alive from the browser. For education, PoCs, and robotics.

Key specs

I/O
Digital 12ch (1A motor driver on every pin) / analog 12ch 0–5V
Connectivity
Wi-Fi 2.4GHz / BLE4 / UART ×2 / I2C
Display & input
LCD 128×64 / 3-way dial / button
Power
USB 5V (3.3–5.5V) / 0.6W avg / pin-interrupt and timer sleep
Development
Browser editor / JavaScript / direct AI control via MCP
Board
66.6×36.3mm / -30 to 80℃ / Starter Kit available

Typical uses

EducationPoCRobotics & making

Related solutions

obniz Technology

Technology

IoT lets you operate machines remotely and stay aware of their state. But traditionally, IoT projects required hardware engineering, firmware, network, and cloud expertise — each with its own toolchain and language.

obniz delivers communications, network, cloud, and analytics out of the box, with no on-device firmware development. This is our patented technology.

Because every customer runs on the same managed software, we can offer dramatic cost reductions and short deployment timelines.

Learn more
obniz IoT network architecture

Traditional approach

Traditional IoT development approach

obniz Platform

obniz managed platform

Build IoT in the open

Free to start, open to extend

obniz for Developers

Reach every device from anywhere through obniz Cloud's APIs, SDKs, and MCP. Use the open-source JavaScript / TypeScript SDK from Node.js or the browser, or let AI agents drive devices via MCP. The online editor in obniz Cloud means you can start in the browser with zero setup.

app.js
// Connect and orchestrate two devices
const front = new Obniz("8719-6211", {
  access_token: "token_5OyixjxkG7rSFjzSYKNx7"
});
const motor = new Obniz("8519-6010", {
  access_token: "token_5OyixjxkG7rSFjzSYKNx7"
});

let temperature = 0;

front.onloop = async () => {
  temperature = await front.ad0.getWait() / 25.0f;
};

motor.onloop = async () => {
  motor.io0.output(temperature > 10);
};