DePIN: How It’s Revolutionising Infrastructure in Web3

DePIN is redefining infrastructure by turning networks like storage, energy, and wireless coverage into open, community-owned systems powered by blockchain incentives.

Introduction

Decentralised Physical Infrastructure Networks (DePIN) are emerging as one of the most significant innovations in the Web3 ecosystem. As of February 6, 2025, there are 1,561 DePIN projects worldwide, with a total market capitalization of $30 billion (Gate). By leveraging blockchain and token incentives, DePIN enables communities to collectively build, own, and operate physical infrastructure such as wireless networks, storage systems, and energy grids.

This new paradigm has the potential to transform critical infrastructure into an open, resilient, and community-driven system, bridging the digital and physical worlds.

In this article, we will examine:

• What DePIN is and how it works,
• The benefits and challenges it brings,
• Real-world projects already operating at scale,
• Building with DevLabs by AngelHack

What is DePIN?

At its simplest, DePIN stands for Decentralised Physical Infrastructure Networks. These networks allow individuals or organisations to contribute real-world resources—such as bandwidth, sensor data, compute power, or electricity—and earn tokens for doing so.

Unlike centralised infrastructure, where ownership sits with a handful of corporations, DePIN distributes control and value creation. Governance is managed transparently via blockchain protocols, while tokens encourage participation and align incentives across the community.

Think of DePIN as similar to open-source software, but applied to physical systems. Instead of one company controlling the network, thousands of individuals can collectively form and govern it.

• Traditional model: Centralised operator controls infrastructure, opaque pricing and rules.
• DePIN model: Decentralised ownership, transparent rules via smart contracts, token incentives for contributors.

This bottom-up ownership model not only lowers barriers but enables networks tailored to local needs—something large incumbents often overlook.

In contrast to traditional models—dominated by governments or corporations—DePIN projects redistribute ownership and governance to participants. Contributors earn crypto tokens for deploying and maintaining hardware, while smart contracts guarantee transparency and fair allocation of rewards.

How DePIN Works

DePIN integrates blockchain technology, physical infrastructure, tokenization, and off-chain networks to create a decentralized infrastructure economy. Its core components work together as follows:

Blockchain Layer

• Functions as the immutable ledger for all transactions, contributions, and governance decisions.
• Ensures decentralization by removing single points of failure.
• Executes smart contracts that automatically allocate rewards, verify contributions, and enforce agreements.
• Examples include Ethereum, Polkadot, and Solana.

Physical and Digital Infrastructure

• Participants provide real-world resources such as bandwidth, storage, energy grids, and computing power.
• Off-chain networks handle the actual transfer of these resources, while the blockchain manages validation, records usage, and distributes rewards.

Tokenisation and Rewards

• Resources contributed are represented as digital tokens.
• Tokens serve multiple purposes: utility (used to pay for services), governance (granting voting rights), and financial incentives (rewarding contributors).
• Contributors earn cryptocurrency tokens based on the value of the resources they supply, creating a self-sustaining economy.
• As networks scale, demand for tokens typically rises, amplifying value for early adopters.

This framework applies to data storage, compute, video streaming, energy grids, crowdsourced mapping networks and even more types of infrastructure!

Why DePIN Matters

DePIN challenges long-standing infrastructure inefficiencies:

Community Ownership & Governance

Token-based governance empowers users to propose, vote, and implement changes; shifting decisions from executives to the community. Networks can then adapt quickly to user needs while reducing risks of mismanagement and improving accountability.

Transparency & Trust

Blockchain ledgers track every transaction and contribution, creating open, tamper-proof records for network participants. This public data boosts participant confidence, ensuring rules and payments are always verifiable.

Resilience & Security

DePIN networks run on many independent nodes, so services continue even if some fail. Decentralization helps prevent control by any single actor and protects against outages or attacks.

Bottom-Up Scalability

Anyone can join and expand the network by adding resources without delays or gatekeeper approval. This enables fast, flexible growth across both developed and emerging regions.

Cost Efficiency

DePIN networks utilize surplus infrastructure such as unused compute, energy, or bandwidth, by rewarding contributors and distributing resources more effectively, reducing total operational costs compared to centralized models.

Inclusion & Innovation

DePIN makes it possible for individuals and small groups to build infrastructure tailored to their communities, like rural broadband through Helium or local solar energy sharing, bringing vital services to places large providers often overlook.

This is why investors and researchers increasingly view DePIN as a foundational layer of Web3, akin to how DeFi redefined finance.

Notable DePIN Projects

Helium Network (IoT and 5G)

• Community-run wireless network with hotspots providing IoT coverage.
• Earns HNT tokens per verified contribution.
• Grew to nearly 1 million hotspots, today ~400,000 remain active globally (ByteTree).
• Expanded to 5G, enabling user-hosted mini-towers for mobile coverage.

Filecoin (Decentralised Storage)

• Peer-to-peer data storage marketplace.
• As of Q3 2024, capacity exceeded 23 exabytes, with ~2 EiB actively used (Ulam Labs).
• FIL tokens reward storage providers and govern the system.

Render Network (Compute & GPU Sharing)

• Decentralised distributed GPU network for rendering, 3D graphics, and AI compute.
• Participants contribute spare GPU power and earn RNDR tokens.
• Enables affordable compute for creators and researchers worldwide.

Theta Network (Video Streaming)

• Token-incentivised content delivery network.
• Users share bandwidth to relay video streams, earning THETA.
• Lowers infrastructure costs for content platforms while improving quality.

Emerging Projects

• Hivemapper → Crowd-sourced mapping via dashcams.
• WeatherXM → Distributed weather stations for decentralised climate data.
• Decentralised Micro-Grids → Peer-to-peer renewable energy trading.

These use cases illustrate DePIN’s versatility across core industries.

DePIN’s Biggest Obstacles, and How to Solve Them

The rapid growth of DePIN has exposed practical challenges that may limit its potential, and addressing these is key for sustainable growth and adoption.

Regulatory uncertainty

telecoms spectrum, energy laws are not designed for decentralised operators.

🌟 Solution:

• Pursue compliance locally
• collaborate with regulators, and
• structure tokens for utility

Hardware reliability

Devices can fail, require upgrades, or be compromised.

🌟 Solution:

• Support regular updates,
• incentivise maintenance, enable remote monitoring, and
• ensure backup capacity.

Proof-of-Service

Verifying coverage, storage, or compute delivery without cheating remains complex.

🌟 Solution:

• Use cryptographic proofs,
• run audits, and
• cross-check participation.

Bootstrapping networks

Two-sided marketplaces need both supply and demand to function.

🌟 Solution:

• Launch with targeted incentives,
• gamify user growth, and
• work with local partners.

Market volatility

Reliance on tokens risks unsustainable economics during bear markets (e.g., Helium’s incentive collapse).

🌟 Solution:

• Diversify rewards,
• add stablecoin options, and
• build extra revenue streams.

The Future Outlook of DePIN

DePIN will become a critical layer of the Web3 stack, alongside DeFi and dApps.

• Smart Cities & IoT Cities could run Wi-Fi, EV chargers, or sensors via citizen-owned DePIN networks, reducing dependence on central utilities.
• Bridging the Digital Divide Remote areas could bootstrap broadband or micro-grids themselves, bypassing legacy operators.
• AI & Edge Computing AI training requires compute + data. DePIN provides both (community GPUs, crowdsourced datasets). Decentralised AI could be built atop decentralised infrastructure.
• Growing Market Combined token market caps already exceed $30 billion (QuickNode), reflecting investor demand. Telecoms and energy companies are testing hybrid models integrating DePIN.
• Ecosystem Evolution Expect middleware and standards to emerge (e.g., QuickNode’s DePIN tools) that simplify plugging in devices and ensure interoperability.

Conclusion

DePIN represents a structural re-think of infrastructure deployment and ownership. By decentralising everything from wireless networks to cloud storage, it shifts the model from central monopoly → collective community-driven networks.

Challenges remain—regulation, hardware reliability, incentive design—but the progress of projects like Filecoin and Helium suggests the model is here to stay.

Just as DeFi democratised finance, DePIN could democratise the backbone of the physical and digital economy.

DevLabs by AngelHack

At DevLabs, we specialise in bridging AI, Web3, and infrastructure innovation. Our team has helped enterprises and startups integrate AI agents, design token economies, and prototype decentralised applications across sectors from fintech to energy.

In the context of DePIN, we see three key opportunities:

💡 Custom agent integration → automating governance and optimisation in decentralised networks.

💡 Infrastructure middleware → tools that simplify connecting hardware devices to blockchains.

💡 Hybrid enterprise adoption → creating models where traditional industries (telecoms, energy, logistics) adopt DePIN mechanisms for resilience and cost-savings.

With AngelHack’s global developer community and DevLabs’ technical expertise, we are uniquely positioned to help teams explore, design, and scale DePIN solutions that balance technical rigour with sustainable economics.

Book a free consultation or contact elle@angelhack.com to discuss come up with a personalised plan for you.