TLDR David Schwartz’s first internet memory involves configuring SLIP on SLS Linux. Schwartz co-founded XRP Ledger in 2011, improving on Bitcoin’s limitations. XRP Ledger aims to streamline financial transactions with faster, cheaper methods. The XRP Ledger’s roadmap includes a native lending protocol and ZKPs for privacy. David Schwartz, Ripple’s Chief Technology Officer and one of [...] The post Ripple CTO Reflects on Internet’s Origins and Its Impact on Blockchain appeared first on CoinCentral.TLDR David Schwartz’s first internet memory involves configuring SLIP on SLS Linux. Schwartz co-founded XRP Ledger in 2011, improving on Bitcoin’s limitations. XRP Ledger aims to streamline financial transactions with faster, cheaper methods. The XRP Ledger’s roadmap includes a native lending protocol and ZKPs for privacy. David Schwartz, Ripple’s Chief Technology Officer and one of [...] The post Ripple CTO Reflects on Internet’s Origins and Its Impact on Blockchain appeared first on CoinCentral.

Ripple CTO Reflects on Internet’s Origins and Its Impact on Blockchain

TLDR

  • David Schwartz’s first internet memory involves configuring SLIP on SLS Linux.
  • Schwartz co-founded XRP Ledger in 2011, improving on Bitcoin’s limitations.
  • XRP Ledger aims to streamline financial transactions with faster, cheaper methods.
  • The XRP Ledger’s roadmap includes a native lending protocol and ZKPs for privacy.

David Schwartz, Ripple’s Chief Technology Officer and one of the key architects of the XRP Ledger, recently shared his first memories of the internet. His reflections came during a discussion on X, sparked by a question from Nikita Bier, head of product at X and Solana advisor, about users’ earliest internet experiences. Schwartz’s memory brings attention to the roots of digital technology, showcasing how far the internet and blockchain have come since their inception.

Schwartz’s First Encounter with the Internet

David Schwartz’s earliest experience with the internet dates back to the days when internet access was far more technical and less user-friendly. He recalls “editing DOS startup files to load a packet driver” and configuring SLIP on SLS Linux, which was stored on 14 floppy disks.

These early actions were fundamental for internet connectivity during the early days of online computing. Schwartz also mentioned the practice of memorizing “bang paths,” which were essential for connecting to remote systems over networks.

The period that Schwartz refers to highlights the complexity and manual processes that were a part of the internet’s early days. Back then, users had to understand the intricate workings of their systems, often making direct changes to software and configurations to establish internet connections. These activities were integral to the functioning of the internet before it became as user-friendly as it is today.

Building on Early Internet Knowledge

Schwartz’s early experiences shaped his understanding of how distributed networks could be used to solve problems. His technical background in internet configuration led him to envision a better way to handle digital value exchanges, culminating in the creation of the XRP Ledger. In 2011, Schwartz, along with Jed McCaleb and Arthur Britto, began the development of XRP Ledger, with the aim to address key limitations found in Bitcoin and other early blockchain systems.

The team aimed to create a platform that offered faster transaction speeds, lower fees, and better scalability compared to Bitcoin’s system. XRP Ledger was officially launched in 2012 and has since become a cornerstone of Ripple’s mission to modernize financial systems worldwide.

The Evolution of Internet and Blockchain Technology

The internet has undergone significant changes since Schwartz’s early memories, evolving into a platform that connects billions of users and enables countless services. Similarly, blockchain technology has advanced, with cryptocurrencies like XRP emerging as a part of this shift.

Blockchain’s decentralized nature aims to eliminate intermediaries, much like how the internet decentralized access to information. As Schwartz has noted, the blockchain movement, and particularly the creation of the XRP Ledger, is rooted in the belief that systems of value exchange can be more efficient, transparent, and inclusive.

The growth of Web3, which many consider to be the next iteration of the internet, emphasizes decentralization even further. In this new version of the internet, blockchain technology will play a central role in creating a more secure and equitable system for online transactions and data sharing. The ideas Schwartz had about improving financial systems are now taking shape as decentralized finance (DeFi) solutions are becoming a reality, pushing the boundaries of what the internet can achieve.

XRP Ledger’s Institutional DeFi Roadmap

Looking ahead, the XRP Ledger is positioning itself to be a key player in the evolving world of decentralized finance. The institution-focused DeFi roadmap for XRP Ledger outlines plans for the launch of a native lending protocol, which will enhance the platform’s utility for institutional users. Additionally, the integration of zero-knowledge proofs (ZKPs) will provide enhanced privacy while maintaining accountability, a critical component for financial institutions.

This updated roadmap reflects the growing importance of the XRP Ledger in the broader financial ecosystem, as it works to improve the speed, transparency, and security of financial transactions. As blockchain and Web3 technologies continue to evolve, the foundations laid by Schwartz and his team at Ripple are poised to play a pivotal role in shaping the future of decentralized finance.

The post Ripple CTO Reflects on Internet’s Origins and Its Impact on Blockchain appeared first on CoinCentral.

Market Opportunity
XRP Logo
XRP Price(XRP)
$1.9148
$1.9148$1.9148
+0.02%
USD
XRP (XRP) Live Price Chart
Disclaimer: The articles reposted on this site are sourced from public platforms and are provided for informational purposes only. They do not necessarily reflect the views of MEXC. All rights remain with the original authors. If you believe any content infringes on third-party rights, please contact service@support.mexc.com for removal. MEXC makes no guarantees regarding the accuracy, completeness, or timeliness of the content and is not responsible for any actions taken based on the information provided. The content does not constitute financial, legal, or other professional advice, nor should it be considered a recommendation or endorsement by MEXC.

You May Also Like

The Channel Factories We’ve Been Waiting For

The Channel Factories We’ve Been Waiting For

The post The Channel Factories We’ve Been Waiting For appeared on BitcoinEthereumNews.com. Visions of future technology are often prescient about the broad strokes while flubbing the details. The tablets in “2001: A Space Odyssey” do indeed look like iPads, but you never see the astronauts paying for subscriptions or wasting hours on Candy Crush.  Channel factories are one vision that arose early in the history of the Lightning Network to address some challenges that Lightning has faced from the beginning. Despite having grown to become Bitcoin’s most successful layer-2 scaling solution, with instant and low-fee payments, Lightning’s scale is limited by its reliance on payment channels. Although Lightning shifts most transactions off-chain, each payment channel still requires an on-chain transaction to open and (usually) another to close. As adoption grows, pressure on the blockchain grows with it. The need for a more scalable approach to managing channels is clear. Channel factories were supposed to meet this need, but where are they? In 2025, subnetworks are emerging that revive the impetus of channel factories with some new details that vastly increase their potential. They are natively interoperable with Lightning and achieve greater scale by allowing a group of participants to open a shared multisig UTXO and create multiple bilateral channels, which reduces the number of on-chain transactions and improves capital efficiency. Achieving greater scale by reducing complexity, Ark and Spark perform the same function as traditional channel factories with new designs and additional capabilities based on shared UTXOs.  Channel Factories 101 Channel factories have been around since the inception of Lightning. A factory is a multiparty contract where multiple users (not just two, as in a Dryja-Poon channel) cooperatively lock funds in a single multisig UTXO. They can open, close and update channels off-chain without updating the blockchain for each operation. Only when participants leave or the factory dissolves is an on-chain transaction…
Share
BitcoinEthereumNews2025/09/18 00:09
‘KPop Demon Hunters’ Gets ‘Golden’ Ticket With 2 Nominations

‘KPop Demon Hunters’ Gets ‘Golden’ Ticket With 2 Nominations

The post ‘KPop Demon Hunters’ Gets ‘Golden’ Ticket With 2 Nominations appeared on BitcoinEthereumNews.com. Mira (voice of May Hong), Rumi (Arden Cho) and Zoey (
Share
BitcoinEthereumNews2026/01/22 23:28
Tron Founder Justin Sun Invests $8M in River’s Stablecoin Abstraction Technology

Tron Founder Justin Sun Invests $8M in River’s Stablecoin Abstraction Technology

Justin Sun commits $8 million to River for stablecoin abstraction deployment across Tron ecosystem, including SUN pools and JustLend integration, as RIVER token
Share
Coinstats2026/01/22 22:59