Web3 has had its ups and downs over the last few years, but does it have any real-world use cases?
Raj Gokal, co-founder of blockchain protocol Solana and chief operations officer of Solana Labs, started his career in venture capital with a focus on high-growth tech business.
For seven years, Gokal focused on health tech, first with wearable sensors using Bluetooth Low Energy as a wireless protocol, then leading product management at Omada Health.
He aimed to address the fractured, challenging United States healthcare system but “encountered challenges with health plans and regulators, leading me to recognize the industry’s persistent issues,” he told Cointelegraph.
After meeting Solana co-founder Anatoly Yakovenko and seeing his “vision to resolve scalability in crypto,” Gokal immersed himself in the crypto industry. “The journey has been rewarding over these past five years.”
Recently, Gokal sat down for an interview with Cointelegraph to discuss Web3, scalability, tokenization and more.
Cointelegraph: There has been a noted absence of substantial real-world use
cases in the Web3 domain. This contributes to the perception that there’s no product-market fit for the industry. What are a few real-world use cases Web3 is currently prioritizing?
إقرأ أيضا:16 tips for managing the business development side of scalingRaj Gokal: A real-world use case that comes to mind is decentralized physical infrastructure networks, or DEPIN. Developers often lead the way, as seen with projects like Helium, which established a decentralized 5G network with 1.5 million hotspots before transitioning to Solana.
Similarly, Hivemapper launched its decentralized maps, utilizing a distributed global workforce
equipped with dashcams. This is now an alternative to a centralized organization like Google deploying tens of thousands of cars that it owns to map the roads.
The Hivemapper network remapped 8% of the world’s roadways in just a few months, which is very much a real-world application of Web3 on Solana. These ventures
showcase the viability and significance of leveraging low-cost, scalable blockchain technology to create innovative solutions. Developers across the world come together without any central authority and create successful business models with tangible value.
CT: Your ambition was to resolve scalability challenges within Web3. What architectural considerations are essential when building real-world solutions on layer-1 platforms?
RG: The benefits of parallelized transaction processing and validation are foundational, offering various advantages for developers and users. Solana pioneered these features,
إقرأ أيضا:Sam Bankman-Fried will not file any post-trial motions, say lawyersoptimizing for speed with 400-millisecond block times and near-instant confirmations. We hear testimonials from users that a transaction was completed on Solana even before they could switch tabs.
This fast, seamless experience builds trust and user satisfaction. Additionally, low transaction costs are crucial.
Compatibility and composability are essential, too, allowing various applications to work together. Decentralization is a linchpin, ensuring longevity and reliability.
For instance, on Solana, we have close to 3,000 validators and the highest Nakamoto
coefficient of 33 across all blockchains. While achieving these feats within a decentralized,
high-performance network is challenging, it has been achieved through rigorous effort and innovation.
There are several such architectural decisions that make real-world solutions possible on blockchains. It is often not just one feature — it is the
convergence of several architectural considerations that make it viable and scalable.
I also think blockchain networks must be battle-tested across multiple cycles. As ecosystems thrive through difficult market conditions, it provides developers, users and investors confidence that the network is here to stay.
إقرأ أيضا:Bitcoin soars in Argentina as Javier Milei wins presidential primaryCT: Let’s move on to Web3’s approach to mobile and payments. Solana has taken steps to introduce Solana Pay. You also recently launched the Saga phone. What are the
motivations behind this, and how does it impact the broader mobile and payments landscape?
RG: The Solana Saga phone has shown that there is a huge opportunity for handset and operating system makers to create a sandbox where developers can build what they want
with token incentives and without any restrictions on nonfungible tokens. Since the launch of the Saga, Apple and Google have eased their stance on digital assets in their application stores.
We have seen similar initiatives in the past, when Tesla created a new market for electric vehicles. It started with the Roadster, which initially only sold a few thousand cars
. But over time, it has made it a more accessible mass-market product. We should see a similar trajectory for Web3-friendly mobile phones over the coming years, and Saga is just the beginning.
Solana Pay, on the other hand, operates at the crossroads of fostering a more accessible and open payments ecosystem. If you look at the Bitcoin white paper, the initial
purpose of Bitcoin and the whole idea of digital money was to facilitate permissionless peer-to-peer online payments. That was the initial vision for cryptocurrencies.
By providing an alternative platform, Solana aims to influence these giants to adopt more user-centric and app-friendly frameworks. As for Solana Pay itself, it’s designed to
enable any developer to integrate QR code-based payment features across various contexts, whether in point-of-sale systems, mobile apps or web-based services.
This has sparked initiatives like Decaf in over 30 countries, focusing on cross-border remittances. Sling, another Solana-powered platform, competes with Venmo on a global scale. Over the next few years, we can anticipate an upsurge in grassroots and enterprise-driven solutions that leverage crypto for payments.
CT: Let’s talk about real-world asset tokenization. While this area holds immense potential,
it hasn’t fully taken off. What are the barriers preventing the widespread adoption of real-world asset tokenization, and how can these hurdles be overcome?
RG: Real-world asset tokenization indeed presents enormous opportunities, especially in sectors like real estate. Initiatives such as Parcl and Homebase are pioneering this space,
though it requires time for adoption. For instance, Homebase is focused on individual properties that are tokenized and fractionalized so that you can get rental income that is globally accessible to anyone.
This space is about providing assets that people actually want and then making sure the narrative is good enough to win mindshare and convince users that real-world
asset tokenizations are now something that’s possible. The idea looks sound on paper, but often, it takes time to execute, and we just need founders who are good at
carrying the messaging for this space and have strong product skills. Success hinges on creating accessible, user-friendly, trustworthy platforms that offer real value to users, but also in delivering the narrative to the target users.
Over the next few years, the collective efforts of dedicated teams and the
introduction of innovative platforms will likely drive increased adoption and establish a strong presence in the market.
CT: What strategies can mitigate risks associated with potential outages or technical difficulties within the Web3 ecosystem?
RG: Addressing liveness [i.e., the guarantee that a protocol can exchange messages between the network nodes, allowing them to reach a consensus] and reliability
issues is essential to ensure seamless operations in real-world applications. The industry has learned from
mistakes committed in the past and has actively implemented solutions to minimize outages. This will be critical for institutional adoption, as they will want to see reliable infrastructure before embracing this innovation at scale.
Networks like Solana have made significant strides in enhancing liveness and minimizing potential issues. Collaborative efforts between multiple validator clients, diverse
solutions and continuous refinement of the ecosystem have led to
increased stability and dependability. While the Web3 space is still evolving, the focus on these aspects will likely lead to even greater reliability over time.
