Top 5 Web3 Projects to Watch in 2024: Featuring .Bitget Innovations

Web3 has had no shortage of hype over the past few years and no shortage of projects that promised to change everything and then quietly faded into irrelevance. So when we talk about projects worth watching in 2024, we're not talking about the ones with the flashiest whitepapers or the most aggressive Twitter presence. We're talking about the ones building something real.

2024 is shaping up to be a genuinely important year for decentralized technology. The infrastructure is maturing. Gaming, finance, identity, and internet access are all being reimagined through a blockchain lens. And a handful of projects are emerging that don't just talk about disruption they're actually delivering it.

Before we get into the list, it's worth acknowledging one of the more active players supporting this ecosystem.

Bitget: The Exchange Backing the Build

Bitget has established itself as more than just a cryptocurrency exchange it's become a meaningful contributor to the Web3 infrastructure conversation. Its Bitget Innovations initiative is one of the clearest signals of that: a program specifically designed to identify and support promising blockchain projects, giving them resources, visibility, and backing at critical early stages.

On the trading side, Bitget offers spot trading, derivatives, and copy trading the latter being particularly useful for newer investors who want exposure to crypto markets without having to develop expert-level trading skills from scratch. The platform is genuinely approachable for beginners while offering enough depth for experienced traders who need more sophisticated tools.

Beyond exchange services, Bitget has also moved into DeFi and NFTs, positioning itself as a broad Web3 participant rather than just a trading venue. For a space that often feels fragmented, that kind of integrated approach matters.

Now, on to the projects themselves.

1. Sui Network Rethinking What a Blockchain Can Do

Speed is one of the most talked-about limitations of established blockchains. Ethereum, for all its strengths, has well-documented congestion and throughput issues. Sui Network is one of the most compelling attempts to solve that problem from the ground up.

Sui is a Layer 1 blockchain that uses parallel transaction execution meaning multiple transactions can be processed simultaneously rather than sequentially. The result is throughput that's reportedly around 10,000 times faster than Ethereum. That's not a marginal improvement; it's a fundamentally different scale of performance.

What makes Sui particularly interesting beyond raw speed is its approach to data architecture. Rather than storing everything in a global state, Sui uses an object-based model where data exists in discrete objects that can be moved and updated independently of each other. This contributes to both efficiency and flexibility especially for developers building complex applications.

For users, the onboarding experience is notably different. You don't need a seed phrase or a crypto wallet to start using Sui-based applications. You log in much the way you would with a Web2 app through familiar authentication flows. For people who've been put off by the friction of getting started in Web3, that's a meaningful change.

The use cases that benefit most from Sui's architecture are exactly the ones where speed and scale matter most:

• NFT marketplaces High-volume trading environments where transaction throughput directly affects user experience
• GameFi Blockchain gaming requires low latency and fast confirmation times; Sui delivers both
• DeFi protocols Lending, borrowing, and trading applications that need to handle significant transaction volume without congestion

Sui's developer-friendly programming language, Sui Move, is designed to lower the learning curve for engineers coming from other development backgrounds. Combined with its suite of developer tools, Sui is actively building the kind of ecosystem that attracts serious builders which is ultimately what determines whether a blockchain succeeds long-term.

2. MetaBlox Bringing Web3 to the Physical World

Most Web3 infrastructure projects live entirely in the digital realm. MetaBlox is doing something more ambitious: building a decentralized WiFi network as a physical layer for Web3 access.

The core idea is straightforward. MetaBlox sells specialized WiFi routers that function as nodes in a global decentralized network. When you run one of these routers, you're contributing bandwidth and participating in the network's infrastructure and you're compensated for it through Mpoints, which will convert to MBLX tokens once the project's token launches.

But MetaBlox isn't just about internet sharing. The routers also play a role in verifying Decentralized Identity (DID) credentials across users' devices, creating a system where WiFi connections are both secure and identity-verified. Authentication data is transmitted to the main blockchain for final verification, making the process more tamper-resistant than traditional ISP-based systems.

Why does this matter? A few reasons:

First, it addresses internet access inequality. In regions with limited or unreliable traditional internet infrastructure, a decentralized network built on user-run nodes could provide meaningful connectivity where centralized providers haven't.

Second, the privacy implications are real. Decentralized networks don't have a central authority collecting data about your usage or selling that data to advertisers. That's a meaningful upgrade for users who care about what happens to their browsing information.

Third, the economic model creates genuine incentives for participation users earn by contributing to the network, which creates a self-reinforcing growth mechanism.

The challenges are honest ones. Regulatory complexity around decentralized communications infrastructure varies significantly by country. The market for decentralized internet services is competitive and still early. And scaling the network to the point where it provides reliable, widespread coverage will require significant adoption of the routers themselves. These are real hurdles but the underlying problem MetaBlox is trying to solve is equally real.

3. Brave Browser Privacy-First Browsing That Pays You Back

Brave has been at this longer than most projects on this list launched in 2017, it now has 50 million monthly active users and over 15 million daily active users. Those aren't startup numbers. That's a product with genuine, sustained traction.

The core proposition is simple: a browser that blocks ads, trackers, and cookies by default, and then gives you the option to opt into privacy-respecting ads in exchange for earning rewards in Basic Attention Token (BAT). You see fewer unwanted interruptions, you control what advertising you're exposed to, and you get paid for your attention rather than having it extracted without compensation by platforms that profit from selling it.

The technical architecture is worth understanding. Brave uses blockchain technology to track user attention securely and anonymously. Advertisers pay to reach users who've opted in. Publishers get a more reliable revenue stream from engaged viewers. Users get compensated. Everybody in the chain benefits more transparently than in the current ad-tech ecosystem, where most of the value flows to intermediaries.

Beyond the BAT economy, Brave's privacy features are genuinely strong:

• Built-in tracker and ad blocking that works by default, not as an add-on
• Automatic HTTPS upgrades, encrypting connections that would otherwise be unprotected
• Granular cookie controls that give users real agency over what sites can store
• Open-source codebase that's publicly auditable a meaningful trust signal in a space where privacy claims are often difficult to verify

The main challenge for Brave is market inertia. Chrome is deeply embedded in the workflow of billions of users. Switching browsers, even to a meaningfully better product, requires deliberate action. Brave's growth to 50 million users is impressive, but dislodging Chrome's dominance in the mass market is a different challenge altogether.

That said, Brave doesn't need to beat Chrome to be successful. For users who care about privacy and want to participate in the BAT ecosystem, it's already one of the most compelling browsers available and its continued innovation keeps it relevant in the Web3 conversation.

4. Immutable Passport Making Web3 Gaming Actually Accessible

Here's the honest truth about Web3 gaming: the technology behind many of the projects is genuinely interesting, but the onboarding experience has been a disaster. Setting up a crypto wallet, acquiring the right tokens, managing seed phrases, navigating multiple platforms it's a process that loses most people before they've played a single minute.

Immutable Passport exists specifically to fix that.

Immutable is a GameFi platform focused on bringing blockchain gaming to mainstream players not just crypto enthusiasts. Passport is their wallet solution, built around the principle that the average gamer shouldn't have to understand blockchain infrastructure to enjoy a blockchain game.

The approach is built around single sign-on (SSO), similar to how Google accounts work across the web. One account gives you access to a wide range of Web3 gaming experiences and metaverses. You don't need to set up separate wallets for different games or manage multiple sets of credentials.

What makes Passport technically notable:

• It's a non-custodial wallet, which means users retain full control over their private keys and digital assets an important distinction from custodial wallets where a third party holds your keys
• The onboarding process is intentionally streamlined to minimize the steps between signing up and playing
• Interoperability is baked in assets and identity work across multiple games and platforms within the ecosystem

The impact of getting this right could be substantial. GameFi has struggled to move beyond early adopters precisely because the entry experience is too complex. If Immutable Passport genuinely lowers that barrier, it opens the door to a much larger player base which in turn creates more demand for the underlying blockchain infrastructure.

The competitive landscape is real. Multiple gaming wallets are competing for this space. Security will remain a constant priority as the value of assets in Web3 gaming grows. And regulatory clarity around in-game assets and tokens is still evolving. But Immutable's focused approach do one thing really well gives it a credible path to becoming the default for Web3 gaming onboarding.

5. Google Cloud + Orderly Network Institutional Infrastructure Meets DeFi

This one is different from the others on the list because it's a partnership rather than a standalone project but it might be the most significant development here in terms of long-term implications for DeFi adoption.

Google Cloud has partnered with Orderly Network to build developer toolkits specifically designed for DeFi applications. Orderly is listed as a DeFi system provider on the Google Cloud Marketplace, and the partnership's stated goal is to make it significantly easier for developers and businesses to build DeFi applications on top of Google's cloud infrastructure.

What that means practically:

• Developer kits that lower the technical barrier to building DeFi applications, making the space accessible to engineering teams who know cloud infrastructure but aren't yet DeFi specialists
• Google Cloud's global infrastructure providing the scalability and performance that DeFi platforms need to handle serious transaction volume
• Orderly managing DeFi data through both on-chain and off-chain components a hybrid approach that balances the speed of centralized processing with the security guarantees of decentralized verification

The potential for integration with other Google Cloud services BigQuery for analytics, Cloud Storage, Kubernetes for deployment could make this a genuinely comprehensive toolkit for institutional and enterprise-grade DeFi development.

The significance here isn't just technical. It's symbolic. When Google Cloud builds infrastructure for DeFi, it signals to the broader business world that decentralized finance is serious enough to warrant institutional-grade tools and partnerships. That legitimacy matters for adoption in ways that are hard to quantify but easy to feel.

The challenges are the same ones any DeFi initiative faces: regulatory uncertainty, security requirements, and competition from other cloud-based blockchain infrastructure providers. But Google Cloud's scale and credibility give this partnership resources that most competitors can't match.

Final Thoughts

What these five projects share isn't a single technology or a common use case it's an orientation toward solving real problems rather than creating speculative assets. Sui is attacking the performance limitations that have held blockchain applications back. MetaBlox is rethinking what internet access looks like in a decentralized world. Brave is offering users a genuinely better browsing experience while challenging the advertising model that currently monetizes attention without consent. Immutable Passport is removing the friction that's kept gaming audiences away from Web3. And the Google Cloud Orderly partnership is building the institutional infrastructure that DeFi will need to reach mainstream scale.

None of these are guaranteed successes. Every one of them faces real competitive, technical, and regulatory challenges. But they're all working on problems that matter and in a space that's historically been heavy on promises and light on delivery, that focus on real utility is exactly what to look for.