List of Internet of Things (IoT) companies in Web3 (2026)

A real‑time AI interaction layer that converts device signals into actionable context to connect physical systems and AI agents.

A data attestation and compute layer that connects devices to smart contracts using verifiable off‑chain computation for DePIN applications.

A decentralized LoRaWAN network enabling long-range connectivity for IoT devices through community-operated hotspots. Operating on Solana, the network uses a burn-and-mint token model where hotspot operators earn HNT for providing coverage and validating network activity, while users pay for data transfer with Data Credits. The system ensures sustainable network growth through economic incentives and proof-of-coverage validation.

Roam Baker MAX30 is a WiFi 6 access point designed as compact decentralized network hardware for expanding hotspot coverage. It provides wireless connectivity with enhanced security features and allows owners to earn Roam Points by hosting a publicly accessible hotspot that other network users connect to. The device targets individuals and small operators seeking an affordable entry point into the network's hardware-based rewards system.

Roam Rainier MAX60 is a WiFi 6 router that functions as decentralized network hardware, implementing OpenRoaming to let owners host publicly accessible hotspots. The router provides wireless connectivity with high data transfer rates while allowing owners to earn Roam Points as other users check in and connect to the hosted hotspot. It supports numerous simultaneous device connections and mesh networking, targeting residential and small business operators who want to participate in the network and earn ongoing rewards.

This product enables users to rent out their unused GPU computing power to others on the network, potentially earning income.

Mālama Sensors are field-deployed environmental monitoring devices that sign measurements at the point of collection and anchor them on-chain for independent verification. The product line includes a signing and uplink hub, a soil probe measuring root-zone conditions, and an atmospheric unit tracking weather and air quality, each binding device identity, timestamp, location, and calibration state into a cryptographic digest before transmission. The devices ship as a complete deployment kit for organizations and researchers who need tamper-resistant environmental data rather than self-reported or estimated figures.

The Pairpoint Platform is a platform-as-a-service for building Economy of Things applications on SIM-enabled IoT devices. It provides an SDK compatible with SIM-level Java Card applets, IoT chipset modules from Quectel, Fibocom, and Neoway, real-time OS microcontrollers including ESP32 and STM32, and high-level Linux environments. REST APIs cover device provisioning, transaction management, and decentralized identity operations following W3C DID and verifiable credential standards. A service marketplace lets devices offer or consume capabilities on configurable terms, and each device is assigned a wallet for direct payment settlement. The platform supports SaaS deployment or self-hosted node operation.

Pairpoint ASSURE is a SIM-based payment and identity service for connected vehicles, enabling automotive manufacturers, fleet operators, and merchants to conduct device-initiated transactions through existing vehicle SIM hardware. An SDK loaded into the vehicle SIM converts it into a payment point, credential vault, and identity anchor without additional hardware. Auto brands use it to enable in-vehicle purchases; merchants connect via API to accept vehicle-initiated payments at existing service points; fleet operators use it to automate transport-related transactions. Each vehicle is assigned a device wallet for real-time settlement, supporting use cases including automated EV charging billing, smart parking payments, and fuel payments.

GEO-MEASURE is a handheld GNSS RTK receiver integrating helix antenna supporting all satellite constellations across multiple frequencies for centimeter-level positioning accuracy. The device features unified antenna design incorporating GNSS, Wi-Fi, and Bluetooth connectivity without external cable requirements. The unit includes complimentary one-year GEODNET RTK correction service subscription and interfaces with iOS mobile application for industrial and consumer precision measurement applications.

CUDIS Ring is an AI-powered wearable device that monitors vital health metrics through continuous biometric tracking. The ring captures sleep quality, heart rate, activity levels, stress indicators, blood oxygen saturation, and body temperature data. A companion mobile application provides real-time health analytics and personalized recommendations generated through artificial intelligence algorithms. The device integrates with blockchain infrastructure to enable health data ownership, allowing users to store biometric information as encrypted on-chain records or maintain offline storage.

AiMo Smart Wearables provides AI-native hardware built on the Amico Framework, bringing AiMo agents into physical form for constant companionship. The hardware solution enables enhanced personalization through expanded data utilization, moving AI agents beyond traditional software platforms into wearable devices.

Earth Rovers are remote-controlled, 4G-enabled robots that allow users to navigate cities, complete missions, and interact with people in real-time, all while contributing to a global robotics dataset.

Octo Arms are multi-functional robotic arms that can be attached to FrodoBots, enabling precise manipulation and interaction with objects in real-world settings while contributing to data collection for AI training.