Our Take on the Internet Computer Crypto<\/h3>\n
Every crypto project thinks it\u2019s the one<\/em>. The Ethereum killer, the Bitcoin challenger, the future of finance, the end of governments, blah blah blah. Meanwhile, 90% of these projects end up as overpriced JPEGs or get hacked faster than you can say \u201cshitcoin.\u201d<\/p>\n But ICP? This one\u2019s actually interesting. It\u2019s trying to rebuild the entire internet from scratch\u2014no corporate servers, no gatekeepers, just pure, decentralized power. That\u2019s like walking into a tech convention and saying, \u201cHey, we\u2019re replacing Amazon, Google, and Microsoft all at once.\u201d Ambitious? Absolutely. Insane? Maybe. But that\u2019s what makes it worth paying attention to.<\/p>\n ICP isn\u2019t here to replace Ethereum (check out what is Ethereum<\/a>) or Bitcoin (Get to know what is Bitcoin<\/a>). The goal is to make a fully decentralized internet where websites, apps, and even entire ecosystems can live directly on the blockchain<\/em>. No cloud servers, no middlemen, no \u201cOops, you violated our terms of service\u201d nonsense.<\/p>\n Does it sound utopian? Yeah, a bit. But if anyone can pull it off, it might just be Dominic Williams and the DFINITY Foundation. They\u2019re here for total internet domination. And whether they succeed or crash and burn in spectacular fashion, ICP is one of the most interesting experiments in web3 today.<\/p>\n<\/div><\/div>\n The TLDR; ICP is a fundamentally new approach to blockchain computing. Instead of relying on centralized data centers, ICP is powered by independent data centers across the world. These node machines work together to process data, store applications, and execute smart contracts<\/a>. Unlike traditional blockchains that get slower as they grow, ICP scales infinitely thanks to subnet technology\u2014which basically means new parts of the network spin up automatically when more computing power is needed. It uses Chain Key Cryptography, allowing it to verify transactions in milliseconds, making it the fastest blockchain in the game. Forget waiting 10 minutes for a transaction\u2014ICP moves at web speed.<\/p>\n <\/ul>\r\n <\/span><\/p>\n <\/div>\r\n <\/span><\/p>\n Alright, before we dive headfirst into Internet Computer (ICP), let\u2019s cover some key terms. If you\u2019ve ever tried understanding blockchain jargon without a glossary, you probably ended up feeling like you were reading ancient hieroglyphs. Let\u2019s fix that.<\/p>\n <\/div><\/div><\/span><\/p>\n Alright, now that you speak fluent ICP, let\u2019s get into the meat and potatoes.<\/p>\n Think of the Internet Computer Protocol (ICP) as a global computer network that lets you build and run websites, dApps, and even large-scale applications\u2014without relying on centralized data storage or cloud providers. Instead of running apps on Google Cloud or AWS, developers can deploy them entirely on the blockchain\u2014it wants to be the infrastructure for a new, decentralized web<\/a>.<\/p>\n This is where things get crazy. Unlike Ethereum, which struggles with scalability and high transaction fees, ICP is designed to process transactions at web speed\u2014fast enough to run modern apps with no lag. It\u2019s also governed by its Network Nervous System (NNS), which means the network evolves based on community voting instead of a few corporate executives making decisions behind closed doors.<\/p>\n To put it simply: ICP wants to decentralize everything. Websites, applications, AI, even Bitcoin integration\u2014all without relying on Big Tech. If this works, the web could become something truly free and open, the way it was meant to be.<\/p>\n Now, let\u2019s rewind and see how this all started.<\/p>\n ICP roots go back to 2016, when Dominic Williams and his team at DFINITY<\/a> started working on a new kind of blockchain\u2014one that could scale infinitely and run at the speed of traditional web applications.<\/p>\n Fast forward to 2021, and ICP officially launched with a bang. The hype was real\u2014ICP was backed by heavy hitters like Andreessen Horowitz and positioned as a game-changer for the blockchain world (Here\u2019s a little guide on what is blockchain<\/a>). Its price skyrocketed to nearly $500 within days\u2026 and then came the infamous crash. Within weeks, ICP tumbled over 90%, leaving investors wondering if they had just witnessed the fastest pump-and-dump in history.<\/p>\n But here\u2019s the thing\u2014ICP didn\u2019t disappear. While the price drama grabbed headlines, the DFINITY Foundation kept building. Since launch, ICP has integrated Bitcoin smart contracts, improved its governance model, and continued expanding its developer ecosystem. The hype cycle may have burned some traders, but the technology behind ICP is still very much alive.<\/p>\n The masterminds behind ICP are the folks at DFINITY, a Swiss-based non-profit dedicated to building a decentralized internet. But don\u2019t let the \u201cnon-profit\u201d tag fool you.<\/p>\n Led by cryptographers, engineers, and ex-Googlers, the team has spent years developing ICP\u2019s core technologies, including Chain Key Cryptography and the reverse gas model. Some of the key players include:<\/p>\n And that brings us to the man at the center of it all\u2026<\/p>\n Dominic Williams\u2014the mastermind behind Internet Computer (ICP) and the man who wants to burn Big Tech\u2019s control of the internet to the ground.<\/p>\n Williams isn\u2019t your typical crypto bro launching yet another \u201cdecentralized\u201d finance project. He\u2019s been working on blockchain technology since before it was cool, developing new cryptographic models and advocating for a fully decentralized internet long before ICP even existed.<\/p>\n What makes him different? Unlike many crypto founders who are obsessed with financial applications, Williams is focused on decentralizing the entire web. He believes the modern internet is broken\u2014controlled by a handful of corporations, riddled with censorship, and plagued by high fees for developers. His vision for ICP is a blockchain that replaces cloud computing<\/a> entirely, making web applications fully decentralized and community-owned.<\/p>\n But Williams isn\u2019t just an idealist. Under his leadership, DFINITY has raised hundreds of millions in funding, built one of the most technically advanced blockchains in the world, and continues to push boundaries in decentralization, AI integration, and blockchain scalability.<\/p>\n Of course, like all big crypto figures, he has his fair share of critics. Some argue that ICP\u2019s complexity makes it difficult to adopt, while others point to its volatile launch as proof that the project was overhyped. But love him or hate him, Williams isn\u2019t backing down. He\u2019s on a mission to create a new kind of internet\u2014and ICP is the vehicle to make it happen.<\/p>\n If you haven\u2019t caught on yet, ICP isn\u2019t here to play small. This isn\u2019t another \u201clet\u2019s make transactions faster\u201d blockchain. No, ICP wants to reboot the entire internet\u2014strip it away from the hands of centralized tech giants and give control back to the users.<\/p>\n Think about it\u2014right now, almost everything online runs through Amazon Web Services (AWS), Google Cloud, or Microsoft Azure. Your favorite apps? Hosted on these platforms. Your data? Sitting in one of their data centers, waiting to be monetized. Your online presence? One terms-of-service violation away from being wiped out.<\/p>\n Internet Computer (ICP) says: \u201cNo more.\u201d Instead of relying on centralized servers, ICP wants to create a decentralized computing platform that hosts apps, websites, AI models, and even financial services\u2014all directly on the blockchain.<\/p>\n In simpler terms:<\/p>\n In a world where tech monopolies have their hands in everything from your search history to your bank transactions, ICP is taking the fight to them with a new kind of internet.<\/p>\n Sounds ambitious? Absolutely. But let\u2019s get specific\u2014what real-world problems does ICP actually solve?<\/p>\n The modern internet is riddled with problems we\u2019ve just learned to live with\u2014centralized control, expensive hosting, slow transactions, and constant censorship. Here\u2019s what ICP\u2019s tackling:<\/p>\n If ICP succeeds, we\u2019re looking at a future where users, not corporations, own and control the web.<\/p>\n Alright, folks, let\u2019s dive into the financial plumbing of the Internet Computer\u2014ICP\u2019s tokenomics. If you don\u2019t know what\u2019s meant by tokenomics, never mind, read this very informative article on \u2018Tokenomics and Cryptocurrency Valuation<\/a>\u2018 by Atlantic International University to get yourself up to speed.<\/p>\n Anyway, you can think of tokenomics as the economic engine that keeps the whole decentralized dream chugging along. Understanding this is crucial, so it doesn\u2019t matter if you\u2019re an investor, developer, or just a crypto enthusiast trying to impress your friends at the next blockchain meet-up.<\/p>\n The total supply of ICP tokens is ~530 million. But here\u2019s where it gets interesting: ICP\u2019s supply isn\u2019t static. It\u2019s dynamic, influenced by both inflationary and deflationary mechanisms.<\/p>\n Understanding who holds ICP and how it\u2019s distributed provides insight into the network\u2019s decentralization and potential influence dynamics.<\/p>\n So, what\u2019s the point of ICP tokens? Glad you asked. They serve multiple pivotal roles within the ecosystem:<\/p>\n ICP\u2019s economic design is a balancing act between rewarding contributors and ensuring long-term sustainability.<\/p>\n In essence, ICP\u2019s tokenomics are crafted to create a self-sustaining, decentralized ecosystem where incentives are aligned, and participants are rewarded for their contributions, all while maintaining a delicate balance between growth and sustainability.<\/p>\n ICP\u2019s governance is unlike most blockchain projects\u2014it\u2019s fully autonomous, decentralized, and on-chain, thanks to the Network Nervous System (NNS).<\/a> This is the protocol\u2019s built-in AI-powered decision-making system that allows community members to vote on everything from software upgrades to economic changes. Unlike traditional governance models where proposals can take months to execute (or never get implemented at all), NNS votes are automatically enforced once approved, making governance fast, transparent, and efficient.<\/p>\n To participate, users must stake ICP tokens in neurons, and the longer they commit, the greater their voting power. This encourages long-term participation rather than short-term speculation. ICP\u2019s governance also extends to subnets, which are independent blockchain segments that scale the network. Each subnet has its own rules, but all operate under the NNS\u2019s guidance, allowing for network-wide upgrades without forking the blockchain.<\/p>\n However, some critics argue that early adopters and whales wield too much influence over governance decisions, raising concerns about decentralization. That said, ICP\u2019s model is still one of the most advanced on-chain governance systems in crypto today, eliminating many of the inefficiencies seen in other DAOs and blockchain ecosystems.<\/p>\n ICP\u2019s price and adoption are heavily influenced by investor sentiment, competition, and macroeconomic conditions. When it launched in May 2021, ICP skyrocketed to ~$450, making it one of the most valuable cryptocurrencies overnight. But the euphoria didn\u2019t last\u2014within weeks, the price plummeted by over 90%, leading to accusations of poor tokenomics and bad distribution. Since then, the project has continued building, integrating with Bitcoin, improving governance, and expanding its ecosystem, but the early volatility left a lasting impression on investors.<\/p>\n Beyond price swings, ICP faces stiff competition from Ethereum, Solana<\/a>, and Avalanche<\/a> in the blockchain space, while also taking on Big Tech giants like Amazon Web Services (AWS) and Google Cloud in the battle for decentralized internet infrastructure. Unlike other crypto projects that focus on DeFi or NFTs, ICP\u2019s main challenge is convincing developers and enterprises to migrate away from traditional cloud services. Additionally, global regulations, institutional adoption, and overall crypto market sentiment all play a role in ICP\u2019s long-term success. If developers and businesses embrace its vision of a decentralized internet, ICP could reshape how the web operates. But if adoption stalls, it risks becoming just another overambitious blockchain experiment.<\/p>\n Internet Computer (ICP) is an entirely new computing paradigm that aims to replace centralized web infrastructure. Unlike traditional blockchains that rely on external cloud services for hosting applications, ICP is designed to run websites, smart contracts, and full-scale applications directly on-chain. This is possible due to its unique cryptographic breakthroughs, decentralized network of node machines, and an autonomous governance system known as the Network Nervous System (NNS).<\/p>\n Instead of processing transactions one block at a time like Bitcoin or Ethereum, ICP operates at web speed, thanks to its Chain Key Cryptography, which enables instant validation across independent data centers worldwide. This architecture eliminates the need for traditional web servers, meaning applications can run without relying on AWS, Google Cloud, or other centralized hosting solutions. By leveraging smart contract canisters\u2014a more advanced and scalable version of traditional smart contracts\u2014ICP ensures low-cost, high-speed execution of web-based applications while remaining completely decentralized.<\/p>\n ICP\u2019s architecture is designed for speed, scalability, and decentralization, fundamentally different from most blockchain networks. At a high level, ICP is composed of subnets, which are collections of nodes that work together to process transactions and execute smart contracts. These subnets operate independently but communicate seamlessly through Chain Key Technology, allowing for instant finality and interoperability between subnets.<\/p>\n Unlike Ethereum, which requires external layer-2 solutions <\/a>for scalability, ICP scales natively by adding more subnets, ensuring the network never slows down as usage increases. Instead of using traditional proof-of-work (PoW)<\/a> or proof-of-stake<\/a> (PoS) models, ICP employs a unique consensus mechanism that combines threshold cryptography, randomized leader selection, and on-chain governance via the NNS. This allows the network to self-upgrade and scale autonomously, making it one of the most advanced blockchain architectures in existence.<\/p>\n ICP\u2019s blockchain structure is built to mimic the existing internet, but without the centralized middlemen. It is composed of multiple layers, each serving a distinct function. The lowest layer consists of node machines, run by independent entities that provide computational power and storage. These nodes are grouped into subnets, which operate as individual blockchains within the ICP ecosystem. Instead of requiring all nodes to validate every transaction (like Bitcoin or Ethereum), ICP distributes workloads among subnets, significantly improving performance.<\/p>\n The Chain Key Technology acts as the backbone of this structure, ensuring that data can be securely processed, transferred, and verified across the network almost instantly. Additionally, ICP supports direct integration with external blockchains like Bitcoin, allowing for cross-chain interoperability without needing centralized bridges. This structure makes ICP one of the few blockchains capable of running fully decentralized web applications at scale, competing directly with traditional cloud computing infrastructure.<\/p>\n ICP is completely reinventing the way we think of smart contracts. Instead of using Ethereum-style smart contracts that are limited in functionality and expensive to execute, ICP utilizes Canister Smart Contracts. Canisters are more powerful, scalable, and efficient than traditional smart contracts because they can store and execute large amounts of data, run complex computations, and interact with web applications seamlessly.<\/p>\n These smart contracts are also upgradeable, meaning developers can improve their dApps without requiring hard forks or expensive migrations. Unlike Ethereum, where gas fees can fluctuate wildly, ICP\u2019s reverse gas model allows users to interact with smart contracts for free, with developers covering computational costs by converting ICP into cycles. This drastically reduces costs and opens the door for real-world applications that need low-latency execution and scalable storage solutions.<\/p>\n One of ICP\u2019s biggest selling points is its massive scalability and near-instant performance. While most blockchains slow down as they grow, ICP was built to scale indefinitely. Thanks to its subnet-based architecture, new subnets can be added dynamically, expanding the network without causing congestion. Now, even at this point if you feel the concept of subnet is going tangent to your head, consider checking out \u2018What is subnet<\/a>\u2018 guide by Cloudfare.<\/p>\n ICP processes transactions in milliseconds, making it one of the fastest blockchains in existence. By using Chain Key Cryptography, ICP can complete cryptographic operations that normally take multiple steps in a single computation, reducing latency to near web-speed levels.<\/p>\n Additionally, ICP achieves horizontal scaling, meaning as demand increases, the network can expand without compromising performance. This is a game-changer for blockchain applications, allowing developers to build decentralized apps that can support millions of users without the usual bottlenecks seen on Ethereum or Solana.<\/p>\n While most blockchains are obsessed with financial transactions, ICP is here to replace the entire web infrastructure. It offers decentralized computing power at web speed, making it possible to run social media platforms, DeFi apps, enterprise software, and even AI models directly on the blockchain. Unlike Ethereum, which suffers from high gas fees and slow processing, ICP\u2019s Chain Key Cryptography allows for near-instant execution of smart contracts and transactions. Its reverse gas model means users don\u2019t pay for transactions\u2014developers cover costs by converting ICP into cycles, removing the barrier of expensive gas fees.<\/p>\n Perhaps the most mind-blowing feature is ICP\u2019s Internet Identity, a decentralized authentication system that lets users log into apps without passwords, emails, or third-party providers like Google or Facebook. It\u2019s a completely new way of thinking about privacy, security, and decentralization, giving control back to users instead of corporations.<\/p>\n If you\u2019re betting on a blockchain to replace the entire internet, you\u2019d better hope it\u2019s bulletproof. Security audits are critical in the crypto space, where hacks and exploits can drain millions in seconds.<\/p>\n According to Cyberscope\u2019s audit report<\/a>, Internet Computer (ICP) has been evaluated across several key dimensions, achieving an overall score of 88%, which places it in the Top 10% of projects, indicating a Very Low Risk profile.\u200b<\/p>\n These scores reflect a robust security framework, strong market presence, and a high degree of decentralization. However, there is room for improvement in the fundamentals category.\u200b<\/p>\n Additionally, ICP\u2019s subnet structure ensures that if one part of the network is compromised, it does not affect the rest of the system. The Network Nervous System (NNS) continuously monitors and updates security protocols automatically, meaning ICP is always evolving and improving. While no blockchain is 100% immune to attacks, ICP\u2019s architecture and continuous audits make it one of the most robust blockchain infrastructures available today.<\/p>\n Pros<\/strong><\/p>\n <\/div><\/div><\/div><\/span><\/p>\n <\/div><\/div> Cons<\/strong><\/p>\n <\/div><\/div><\/div><\/span><\/p>\n <\/div><\/div><\/div><\/span><\/p>\n Analyzing ICP\u2019s performance requires looking beyond just the price chart\u2014we need to examine its on-chain activity, developer engagement, and market sentiment. The numbers tell a deeper story about ICP\u2019s adoption, ecosystem health, and potential future trajectory.<\/p>\n Based on the latest on-chain data (as seen in the provided image), ICP had a Total Value Locked (TVL) of $31.6M in DeFi protocols (at the time of writing), indicating the amount of assets actively being utilized within ICP\u2019s ecosystem. This number, while significant, is still far below leading DeFi chains like Ethereum and Solana, which suggests ICP\u2019s DeFi sector is still in its early growth phase.<\/p>\n While ICP\u2019s DeFi and trading activity is still growing, its ability to scale web applications beyond DeFi could be its key differentiator. If adoption increases, these on-chain metrics could see exponential growth.<\/p>\n Crypto thrives on community hype and engagement, and ICP is no exception. Looking at social media metrics, ICP maintains a strong presence on Twitter (X), Telegram, Discord, and Reddit, but sentiment is mixed.<\/p>\n ICP\u2019s success in narrative-building and community engagement will play a huge role in long-term adoption\u2014stronger marketing and developer incentives could help boost sentiment.<\/p>\n ICP\u2019s vision of a fully decentralized internet has drawn both praise and skepticism from crypto analysts, VCs, and blockchain researchers.<\/p>\n Supporters argue that ICP is one of the most innovative blockchain projects, with a level of technological sophistication beyond most competitors. Analysts highlight ICP\u2019s scalability, smart contract architecture, and direct integration with the web as game-changers. VCs like Andreessen Horowitz were early backers, signaling confidence in ICP\u2019s long-term potential.<\/p>\n Critics, however, point to ICP\u2019s past missteps\u2014particularly its volatile launch and early token distribution issues. Some argue that its complexity makes adoption difficult, and others question whether it can truly compete with Web2 giants like AWS and Google Cloud. There are also concerns that ICP\u2019s governance model, while decentralized, is still heavily influenced by early stakeholders.<\/p>\n Overall, experts agree that ICP is a high-risk high-reward crypto<\/a> project\u2014if adoption grows, it could be a blockchain revolution. If not, it may remain a niche experiment with unrealized potential.<\/p>\n ICP\u2019s community sentiment is one of the most polarizing in crypto. The project has a dedicated core following, but its reputation among retail investors took a hit due to its post-launch price crash.<\/p>\n ICP\u2019s ability to shift its public perception will be crucial for future adoption. While its technology is strong, its branding, community engagement, and ecosystem growth will ultimately determine its success.<\/p>\n Comparing Internet Computer (ICP) and AAVE is like comparing a decentralized supercomputer to a DeFi powerhouse\u2014they serve entirely different purposes, but both are major players in the blockchain space.<\/p>\n AAVE is a DeFi protocol that allows users to lend, borrow, and earn interest on crypto assets. It operates on Ethereum and other EVM-compatible chains, making it one of the most widely used decentralized lending platforms. AAVE\u2019s strength lies in liquidity pools, borrowing mechanisms, and yield farming opportunities, making it a go-to platform for those looking to earn passive income on their crypto holdings.<\/p>\n ICP, on the other hand, is a decentralized computing platform aiming to replace traditional cloud services like AWS and Google Cloud. While AAVE is focused on DeFi applications, ICP is building an entire decentralized internet where websites, dApps, and AI models can run without centralized servers.<\/p>\n So, which is better? It depends on what you\u2019re looking for. If you want a DeFi lending and borrowing platform, AAVE is the clear choice. If you believe in a future where the internet is decentralized and free from corporate control, ICP is the bigger bet.<\/p>\n Well, if you want to know more about AAVE, take a look at our comprehensive AAVE Review<\/a>.<\/p>\n Alright, so should you buy ICP? Like all crypto investments, it depends on your risk tolerance, investment goals, and belief in the project. But this is definitely a crypto with the most potential<\/a>.<\/p>\n Bull Case for ICP:<\/strong> ICP has one of the most advanced blockchain architectures, capable of running full-scale applications without centralized servers. Its ability to scale, eliminate gas fees for users, and integrate with Bitcoin and Ethereum makes it a highly ambitious project. If adoption grows and more developers migrate to ICP, the potential upside is massive.<\/p>\n Bear Case for ICP:<\/strong> The project\u2019s early price crash hurt investor confidence, and its adoption rate is still behind leading blockchains like Ethereum and Solana. Competing with Big Tech giants like Amazon and Google is a monumental challenge, and without mass adoption, ICP could struggle to achieve its vision.<\/p>\n Final Verdict:<\/strong> ICP is a high-risk, high-reward play. If you believe in the vision of a decentralized internet, it\u2019s worth considering. If you\u2019re looking for a safer bet in crypto, Ethereum or Solana might be better choices. Curious about ICP\u2019s future value? Explore our Internet Computer (ICP) Price Prediction for 2025-2030<\/a>.<\/p>\n But if you are a risk-taker and someone who is interested in presale projects, you might want to check out our list of 12 Best Crypto Presales to Invest in 2025<\/a>. And guess what\u2019s the most interesting part, you can easily buy these presale coins (most of them) on Best Wallet<\/a>, a wallet that is the industry\u2019s most trusted wallet.<\/p>\nInternet Computer Blockchain Review: Summary<\/h3>\n
Key Takeaways<\/h3>\r\n <\/span><\/p>\n
\r\n <\/span><\/p>\n
Terms You Need to Know Before Understanding ICP Coin<\/h3>\n
\n
What is Internet Computer (ICP)?<\/h2>\n
![\"What](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//Screenshot-2025-03-05-at-21.44.24.png/")
History of ICP Crypto<\/h2>\n
About the Internet Computer Team<\/h3>\n
\n
Who is the Founder of ICP Coin?<\/h3>\n
![\"Founder](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//Dominic-Williams-DFINITY-Headshot-scaled-e1722951623667-1-294x300.jpg/")
Aim of the Internet Computer Project<\/h2>\n
\n
What Problems Does Internet Computer Solve?<\/h3>\n
\n
ICP Crypto Tokenomics<\/h2>\n
ICP Coin Supply<\/h3>\n
![\"Internet](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//Screenshot-2025-03-05-at-21.51.37.png/")
\n
\n
\n
ICP Coin Distribution & Allocation<\/h3>\n
\n
\n
ICP\u2019s Utility & Use Cases<\/h3>\n
\n
Economic Model & Incentives<\/h3>\n
\n
Governance & Protocol Control<\/h3>\n
![\"ICP](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//Screenshot-2025-03-07-at-3.25.03 PM-1024x522.png/")
Market Dynamics & External Factors<\/h3>\n
How Does Internet Computer Work?<\/h2>\n
Architecture Behind the ICP Crypto Coin<\/h3>\n
![\"How](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//subnet_architecture.png/")
ICP\u2019s Blockchain Structure<\/h4>\n
Token Standards & Smart Contracts<\/h4>\n
![\"Internet](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//execution_consumes_cycles.png/")
Scalability & Performance<\/h4>\n
Internet Computer\u2019s Standout Features<\/h2>\n
ICP\u2019s Audit Report<\/h3>\n
![\"Is](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//Screenshot-2025-03-05-at-22.06.55.png/")
Pros & Cons of ICP Coin<\/h3>\n
\n
\n
Internet Computer Analytics<\/h2>\n
On-Chain Metrics<\/h3>\n
![\"Internet](https://99bitcoins.com/"https:////99bitcoins.com//wp-content//uploads//2025//03//Screenshot-2025-03-05-at-21.09.50.png/")
\n
ICP\u2019s Social Media Analysis<\/h3>\n
\n
What Do Experts Think About Internet Computer?<\/h3>\n
What Crypto Community Thinks About ICP Coin?<\/h3>\n
\n
ICP vs. AAVE: How Do They Compare?<\/h2>\n
Is ICP a Buy?<\/h2>\n