DePIN, short for Decentralized Physical Infrastructure Networks, is more than just a Web3 buzzword. It’s where blockchain meets AI and real-world impact.

According to a 2024 report by Messari, DePIN projects have attracted over $1 billion in venture capital since 2023. The level of interest from institutional players suggests that decentralized infrastructure is not just a trend– it’s a movement. This capital influx is powering everything from hardware deployment and network scaling to protocol innovation and global adoption.

As token incentives, developer grants, and ecosystem funds continue to flow, DePIN has quickly become a high-stakes arena for building the future’s foundational infrastructure, on and off chain.

Uplink is focused on reshaping global connectivity and rewarding users for helping expand internet access while also paying close attention to rising DePIN players. 

Here are five underrated DePINprojects making big moves in 2025:

1. Hivemapper 

Hivemapper is a decentralized mapping network built by everyday drivers using AI-powered Bee Dashcams. These devices collect real-time street data, powering an up-to-date map that improves every time someone hits the road. 

Use case: Delivery services or fleets can use Hivemapper data to avoid construction zones, hazards, and outdated directions– info that traditional GPS apps might miss. This means faster routes, safer driving, and lower fuel costs. Drivers earn rewards just by contributing data while doing their normal routes. It’s a smarter, more dynamic way to keep maps accurate and it pays to participate!

2. GEODNET - GPS Precision for the Real World

GEODNET is a decentralized network of base stations providing ultra-accurate satellite location data (RTK). It's ideal for industries like agriculture, robotics, and drones that rely on pinpoint GPS accuracy.

Real world use:

A farmer using GPS-guided tractors can apply fertilizer and plant crops with greater accuracy, reducing waste and improving yield. By supporting or running local GEODNET base stations, users help expand access to this infrastructure while earning tokens for their contribution.

3. Toucan - On-Chain Tools for Carbon Markets

Toucan is building tools that connect carbon credits to blockchain systems. The goal is to improve transparency and accessibility within the voluntary carbon market and support projects that focus on carbon removal and offsetting.

Real world use:

A small business seeking to offset its emissions can use Toucan to purchase verifiable carbon credits, with all transactions recorded on-chain. This helps improve trust and traceability in climate efforts, without relying on intermediaries or closed systems.

4. Render - Decentralized GPU Power for Creators

Render Network connects creators with unused GPU power for rendering 3D content, motion graphics, and AI workloads. It’s a decentralized alternative to expensive cloud rendering services.

Real world use:

An independent creator or small studio can render high-quality visual assets without investing in expensive hardware. By tapping into Render’s distributed compute resources, they’re able to work more efficiently and affordably while maintaining creative control.

5. Shieldeum - Secure Compute for a Decentralized Internet

Shieldeum runs a decentralized physical infrastructure network that provides encrypted computing power for high-performance and privacy-sensitive tasks.

Real world use:

A telehealth app can use Shieldeum to process patient data while maintaining data privacy standards. From threat detection to app hosting, Shieldeum enables digital security for Web3 services, all while rewarding node operators for contributing compute.

2026, the Year for DePIN

The DePIN ecosystem is evolving quickly, and these projects show how decentralized infrastructure can help solve real-world challenges. Whether it’s expanding internet access with Uplink, improving GPS accuracy, making carbon markets more transparent, or giving creators access to affordable computing, each one brings a practical use case to the table. 

They may focus on different industries, but they all share the same goal: building systems that are more open, resilient, and powered by the people who use them.