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The Third Edition: Internet Computer Protocol (ICP) and the Future of Decentralized Cloud Computing

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Welcome to the third edition of my Layer 1 research series. Today, we’re looking at Internet Computer Protocol (ICP)—a blockchain that aims to change how we think about cloud computing and on-chain applications. ICP is different from Ethereum, Solana, and other Layer 1s because it doesn’t just settle transactions. It wants to replace centralized cloud providers like AWS and Google Cloud with a fully on-chain internet.

This newsletter will break down how ICP works, why it stands out, its biggest challenges, and what its future looks like.

What is ICP?

ICP is a Layer 1 blockchain developed by the DFINITY Foundation. It’s designed to run smart contracts at web speed, store data on-chain, and remove the need for traditional IT infrastructure. Instead of relying on centralized cloud providers, ICP hosts applications natively on its blockchain.

Core Features of ICP

  1. Web-Speed Smart Contracts
    ICP uses a system called canisters, which function like smart contracts but run much faster than those on Ethereum. These canisters process transactions and serve web applications with low latency.

  2. On-Chain Data Storage
    Unlike Ethereum and Solana, which rely on external storage solutions like IPFS or Arweave, ICP keeps data directly on-chain. This makes it possible to host entire websites and applications without needing off-chain servers.

  3. Reverse Gas Model
    ICP doesn’t require users to pay gas fees like Ethereum or Solana. Instead, developers pre-fund their applications using cycles (converted ICP tokens) to cover the cost of execution. This makes it easier for mainstream users who don’t want to deal with transaction fees.

  4. Chain-Key Cryptography
    This feature allows ICP to interact with other blockchains and external services without needing bridges. It simplifies interoperability and security, which is a major issue in multi-chain environments.

  5. Scalability Without Sharding
    While Ethereum is moving toward sharding to improve scalability, ICP scales horizontally using subnets, which are essentially new blockchains that integrate seamlessly with the main network.

Why ICP Stands Out

ICP isn’t just another Ethereum alternative. It has a different vision—a blockchain that doesn’t just process transactions but replaces the traditional internet with a decentralized one.

  • Decentralized Cloud Computing
    ICP can host social media platforms, enterprise applications, and DeFi protocols without relying on centralized servers. It’s a direct competitor to Amazon Web Services (AWS), Google Cloud, and Microsoft Azure.

  • Self-Running Applications
    Since data and applications live entirely on-chain, ICP eliminates the need for traditional backend infrastructure. A website or dApp built on ICP doesn’t need a centralized web host.

  • Lower Costs for Developers
    Developers don’t need to worry about unpredictable gas fees. Since execution costs are prepaid, they can manage expenses more efficiently.

  • Security and Interoperability
    Chain-Key Cryptography allows ICP to interact with external systems without bridges, reducing the risk of hacks and exploits.

Challenges and Criticism

Despite its strong technology, ICP faces some serious hurdles:

  1. Complex Architecture
    Developers familiar with Ethereum, Solana, and other chains find ICP’s system harder to work with. Canisters and cycles require learning a new development model.

  2. Lower Adoption
    While ICP has some real-world use cases, its adoption rate is still low compared to Ethereum and Solana. Most DeFi and NFT projects remain on more established chains.

  3. Tokenomics Controversy
    When ICP launched, a large portion of the token supply was allocated to early investors and insiders, leading to community backlash. Many saw this as a red flag for decentralization.

  4. Market Volatility
    ICP’s price history has been turbulent. In February 2025, ICP was trading at $6.64, down 5.95% from the previous close. Predictions for 2025 vary widely, with some analysts expecting it to reach $8.35 to $19.50, while others believe it could hit $32.40.

Latest Developments

ICP has been working on real-world adoption:

  • Partnership with the United Nations Development Program (UNDP)
    In July 2024, the DFINITY Foundation partnered with the UNDP to enhance digital trust and financial inclusion for small businesses. This partnership focuses on building secure data infrastructure for managing digital credentials.

  • New Projects on ICP
    While Ethereum and Solana dominate DeFi and NFTs, ICP has been expanding into Web3 social media and AI-driven applications. Some dApps are starting to explore ICP’s benefits, but mass adoption is still a work in progress.

How Does ICP Fit Into the Layer 1 Landscape?

ICP is unique because it isn’t just competing with other blockchains—it’s competing with cloud computing giants. Here’s how it compares to other Layer 1s:

Feature

ICP

Ethereum

Solana

Smart Contract Speed

Web-speed (canisters)

Slower, but secure

Fast, but relies on validators

Data Storage

Fully on-chain

External solutions (IPFS)

External solutions (Arweave)

Gas Fees

Paid by developers (cycles)

Paid per transaction

Low fees per transaction

Scalability

Subnet expansion

Moving to sharding

High TPS, but bottlenecks

Security

Chain-Key Cryptography

High security, but expensive

Fast, but network outages

ICP is trying to solve different problems than Ethereum and Solana. It’s focused on decentralized hosting, on-chain applications, and eliminating cloud providers. Whether it succeeds depends on adoption, developer engagement, and real-world utility.

Final Thoughts: Is ICP the Future of the Internet?

ICP is one of the most ambitious projects in crypto. It’s not just a Layer 1 for DeFi or NFTs—it’s trying to rebuild the internet from the ground up. If it gains traction, it could challenge AWS, Google Cloud, and traditional web infrastructure.

But it has a long way to go. Adoption is still low, developer interest is growing but limited, and its complex architecture makes it harder for projects to migrate from Ethereum and Solana.

For now, ICP remains a high-risk, high-reward Layer 1. It has the potential to be a game-changer, but it needs more real-world applications and broader adoption to fulfill its vision.

Let me know what you think. Do you believe ICP can replace cloud computing, or is it too ambitious for its own good?

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Until next time,
Maxwell

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