10 Top IOTA Competitors for DePIN IoT Networks In 2026

In this article, I will discuss the Top IOTA Competitors for DePIN IoT Networks, including Helium, DIMO, peaq, Hivemapper, GEODNET, IoTeX, XYO Network, WeatherXM, VeChain, and Fetch.ai.

We will compare their key features, infrastructure models, use cases, advantages, limitations, and ecosystem roles to understand how these projects approach decentralized physical infrastructure and connected IoT networks.

Key Points

Competitor	12-Word Explanation
Helium (HNT)	Decentralized wireless network providing IoT connectivity through community-operated hotspots worldwide.
DIMO	User-controlled vehicle network turning automotive data into decentralized applications and services.
peaq	Layer-1 blockchain powering decentralized physical infrastructure applications and machine-focused economies.
Hivemapper	Decentralized mapping network collecting real-world road imagery through connected vehicle dashcams.
GEODNET	Decentralized positioning network delivering high-precision GNSS correction data for machines globally.
IoTeX (IOTX)	Blockchain infrastructure connecting IoT devices with decentralized identity, verification, and data systems.
XYO Network	Decentralized location-data network enabling applications to verify and utilize real-world geographic information.
WeatherXM	Community-powered weather network collecting localized environmental data through distributed weather stations.
VeChain (VET)	Blockchain platform enabling transparent supply-chain tracking, product verification, and enterprise data management.
Fetch.ai	AI-powered decentralized ecosystem connecting autonomous agents, devices, and services for machine-driven economies.

10 Top IOTA Competitors for DePIN IoT Networks

1. Helium (HNT)

As one of the better known DePIN networks, Helium has put down roots in the field of decentralized wireless connectivity. The network is run by a community of hotspot operators to support IoT devices. For long-range, low-power communication with sensors, asset trackers and smart infrastructure, its IoT side of things relies on LoRaWAN.

HNT is the economic engine of the ecosystem, offering rewards to those who put in the work on the network, while Data Credits handle transmission. Where IOTA is concerned with wider machine-to-machine data and transactional infrastructure, Helium is more singularly focused on the physical and decentralized wireless side.

Helium (HNT) — Key Features

Feature	Explanation
Decentralized Wireless Network	Provides community-operated wireless infrastructure for IoT and mobile connectivity.
LoRaWAN IoT Support	Enables low-power devices to communicate over long-range wireless networks.
Hotspot Infrastructure	Participants deploy Hotspots that provide network coverage and handle wireless traffic.
HNT Utility	HNT supports the ecosystem, while Data Credits pay for wireless data transmissions

2. DIMO

DIMO, connected vehicles can produce and share their own telemetry via a user-controlled data network. It is an infrastructure for vehicle data that can pick up on everything from mileage and battery status to location and other automotive metrics, which in turn underpins applications in insurance, fleet management and mobility.

The use of blockchain for ownership and incentives means participants have a say over their vehicle information. In this way DIMO is quite different from IOTA’s more general approach to the machine economy; it is all about the connected car and its data.

DIMO — Key Features

Feature	Explanation
Vehicle Data Network	Connects vehicles and makes automotive telemetry available to applications.
User-Controlled Data	Designed around users controlling and sharing information generated by their vehicles.
Automotive Applications	Supports mobility, insurance, fleet-management, and other vehicle-data applications.
DIMO Token	Uses token incentives within its decentralized vehicle-data ecosystem.

3. Peaq

peaq has built a blockchain platform with the machine-based economy and decentralized physical infrastructure in mind. Its architecture is there to underpin machine identities, transactions and dApps across various DePIN ecosystems, be they robots, vehicles or sensors.

You could consider it an adjacent competitor to IOTA in the realm of machine economy infrastructure. The difference lies in positioning: peaq is explicitly a DePIN-focused blockchain, whereas IOTA puts the onus on scalable distributed infrastructure, IoT data and machine communication.

peaq — Key Features

Feature	Explanation
DePIN-Focused Blockchain	Provides blockchain infrastructure designed for decentralized physical infrastructure applications.
Machine Economy	Supports economic interactions involving machines, devices, vehicles, and physical assets.
Machine Identity	Infrastructure can support identification and interaction between physical machines.
DePIN Ecosystem Layer	Serves as infrastructure for multiple physical-network applications rather than one sensor network.

4. Hivemapper

This is a decentralized mapping network where the geospatial data is kept current by the imagery contributors put forward. A driver with a compatible dashcam will capture street-level views that feed into a distributed system used for navigation, logistics or autonomous driving.

There are incentives for putting in good mapping data, so physical effort is translated into something of commercial value. Hivemapper’s focus is narrower than IOTA’s; it is about geospatial intelligence and mapping rather than general-purpose machine-to-machine or IoT connectivity.

Hivemapper — Key Features

Feature	Explanation
Decentralized Mapping	Collects real-world road imagery through distributed contributors.
Dashcam Infrastructure	Contributors use compatible dashcams to generate mapping information.
Geospatial Data	Produces mapping data useful for navigation, logistics, and autonomous systems.
HONEY Incentives	Contributors receive network incentives for supplying useful mapping data.

5. GEODNET

GEODNET’s decentralized positioning infrastructure is centred on a host of distributed GNSS reference stations that supply high-precision correction data. It caters to the needs of robotics, drones, surveying and autonomous systems where accuracy is paramount.

Those running the physical stations are incentivized by the network, and users have access to the corrections they need for location-based work. It is a specialized part of the DePIN space, concentrating on real-world location accuracy in a way that IOTA does not, given the latter’s broader target of machine interactions and IoT data.

GEODNET — Key Features

Feature	Explanation
Decentralized GNSS Network	Uses distributed reference stations to provide positioning correction data.
High-Precision Positioning	Supports applications requiring highly accurate geographic positioning.
Physical Base Stations	Contributors operate positioning infrastructure as part of the network.
Machine Applications	Useful for drones, robotics, agriculture, surveying, and autonomous systems.

6. IoTeX (IOTX)

IoTeX is an infrastructure project for the machine economy and connecting physical devices to decentralized applications. By providing for device identity and data verification, it allows DePIN networks to put some trust in what is coming from hardware in the real world, whether a camera, sensor or some other machine.

The native IOTX token runs the ecosystem. One could say IoTeX and IOTA have similar aims, but the former is much more insistent on the blockchain element of device identity and verification for DePIN.

IoTeX (IOTX) — Key Features

Feature	Explanation
IoT Blockchain Infrastructure	Connects physical devices with blockchain-based applications and ecosystems.
Device Identity	Supports mechanisms designed to establish identities for connected devices.
Data Verification	Infrastructure helps verify and process information generated by physical devices.
MachineFi Ecosystem	Focuses on connecting real-world machines and data with decentralized applications

7. XYO Network

XYO is in the business of decentralized location data and the verification of information from both users and physical devices. Its setup lets applications make use of spatial information as to where an object or event in the real world is located, making it of interest to logistics and mapping.

While there is some common ground with IOTA in terms of trusted data from machines, XYO is more particular in its emphasis on the location and spatial side of things instead of a catch-all IoT infrastructure.

XYO Network — Key Features

Feature	Explanation
Location Data Network	Focuses on decentralized collection and verification of location-related information.
Data Verification	Uses decentralized mechanisms to help establish trust in location data.
Real-World Data	Connects physical-world information with applications requiring geographic context.
XYO Token	Uses its token within the broader network and ecosystem.

8. WeatherXM

Rather than depend on a central authority for weather information, WeatherXM has a model where individuals and organizations can put out physical stations to measure and report localized meteorological data.

This environmental data is useful for forecasting, agriculture and logistics among other services. It is a very sensor-driven DePIN operation. IOTA has a wider remit when it comes to IoT, but WeatherXM is concentrated on the collection of environmental data and the infrastructure driven by its contributors.

WeatherXM — Key Features

Feature	Explanation
Decentralized Weather Network	Uses distributed physical weather stations to collect environmental information.
Localized Data	Generates weather measurements from geographically distributed stations.
Sensor Infrastructure	Participants contribute physical sensing infrastructure to the network.
Environmental Applications	Data can support agriculture, forecasting, logistics, and weather-related services

9. VeChain (VET)

VeChain is the blockchain of choice for enterprise data, product verification and supply-chain tracking. It is well suited to tying the records of a business process or physical product to the chain for the sake of transparency.

There is an overlap with IOTA in how both connect the physical world to digital systems, but VeChain has a distinct enterprise and supply-chain bent. IOTA is more general in its focus on the data infrastructure and connectivity for machines.

VeChain (VET) — Key Features

Feature	Explanation
Enterprise Blockchain	Provides blockchain infrastructure for business and real-world data applications.
Supply-Chain Tracking	Supports product traceability and information sharing across supply chains.
Product Verification	Can connect physical products with digital records for verification.
Enterprise Data	Focuses heavily on transparency, traceability, and business data management.

10. Fetch.ai

Fetch.ai brings together AI, autonomous software agents and blockchain. These agents are able to coordinate and exchange information with services and devices, which is very much in line with the kind of automated machine-to-machine activity IOTA envisions.

Yet the emphasis at Fetch.ai is on the AI and the decision-making of the agents themselves, while IOTA is primarily concerned with the distributed infrastructure for data and machine communication.

Fetch.ai — Key Features

Feature	Explanation
AI Agents	Uses autonomous software agents to perform tasks and interact with services.
Machine Economy	Supports automated interactions between digital agents, machines, and services.
Decentralized Infrastructure	Combines blockchain-based systems with autonomous agent functionality.
IoT Integration Potential	Agents can coordinate information and activities involving connected devices and services.

Conclusion

The Top IOTA Competitors for DePIN IoT Networks include Helium, DIMO, peaq, Hivemapper, GEODNET, IoTeX, XYO Network, WeatherXM, VeChain, and Fetch.ai.

Each project approaches decentralized infrastructure differently, from wireless connectivity and vehicle data to mapping, positioning, weather sensing, and AI agents.

Comparing their technology, use cases, features, advantages, and limitations helps readers understand the evolving DePIN and IoT landscape.

FAQ