Stellar (XLM) - Fundamental Analysis May 2026

Stellar (XLM): Comprehensive Cryptocurrency Overview

Definition and Core Purpose

Stellar (XLM) is an open-source, Layer 1 blockchain network designed specifically for fast, low-cost cross-border payments, asset issuance, and settlement of digital assets. Its native asset, XLM (Lumens), serves three primary functions: paying transaction fees, maintaining minimum account balances, and acting as a bridge asset for multi-currency transfers and liquidity across the network. Unlike general-purpose smart contract platforms, Stellar's architecture is optimized for financial coordination and payment infrastructure rather than maximizing computational flexibility.

Core Technology and Blockchain Architecture

Distributed Ledger Design

Stellar operates as a distributed ledger system where participating nodes maintain a shared, replicated state machine. The network supports multiple asset types natively, including fiat-backed tokens, stablecoins, commodities, and other digital representations of value. This multi-asset foundation is fundamental to Stellar's design philosophy: the protocol includes built-in order book functionality and asset routing features that allow users to swap between assets directly on-chain without requiring external decentralized exchanges or liquidity pools.

The ledger architecture emphasizes payment settlement and financial coordination. Transactions typically finalize in a few seconds with extremely low fees—Stellar's 2025 year-end report cited an average fee of approximately $0.0007 per operation. This cost structure makes micropayments, high-frequency settlement flows, and remittances economically viable at scales that would be prohibitive on other networks.

Stellar Consensus Protocol (SCP) and Federated Byzantine Agreement

Stellar uses the Stellar Consensus Protocol (SCP), an implementation of Federated Byzantine Agreement (FBA) developed in collaboration with Stanford professor David Mazières. This consensus model represents a fundamental departure from both proof-of-work and proof-of-stake systems.

Under SCP, each validator node independently chooses which other validators it trusts, forming quorum slices. These local trust choices combine into quorums that can reach global agreement if quorum intersection is preserved across the network. The protocol achieves consensus through overlapping trust relationships rather than through mining competition or capital staking requirements.

Key characteristics of SCP include:

• No mining and no block rewards: The network does not rely on computational work or capital lockup to secure consensus
• Fast settlement finality: Transactions achieve ledger finality in seconds
• Energy efficiency: SCP avoids proof-of-work computation, resulting in minimal energy consumption
• Flexible trust model: Validators configure their own quorum sets, allowing diverse trust topologies
• High throughput design: The protocol is architected for payment-scale transaction volumes

In 2025, SDF focused heavily on scaling Stellar's throughput. Protocol 23 "Whisk" introduced parallel transaction execution, unified events, and state archival improvements. The "Road to 5000 TPS" initiative emphasized parallelism and caching, with Whisk raising theoretical throughput to 3,000 TPS, while earlier 2025 materials described progress toward 2,000+ TPS with a longer-term goal of 5,000 TPS.

Network Security Model

Security in SCP depends on validator diversity, proper quorum configuration, honest overlap among trusted nodes, and network participation by reputable validators and institutions. Unlike proof-of-work systems where security derives from computational difficulty, or proof-of-stake systems where security derives from capital at risk, SCP's security emerges from the trust graph formed by validator quorum sets.

The protocol can halt rather than fork if consensus cannot be safely reached, reflecting a preference for ledger consistency over liveness during abnormal conditions. This design choice prioritizes finality and prevents the kind of chain splits that can occur in other consensus models.

SDF reported 99.99% uptime in its 2025 year-end report, demonstrating the reliability of this consensus approach in production.

Primary Use Cases and Real-World Applications

Cross-Border Payments and Remittances

Stellar's original mission centered on making money movement faster and cheaper across borders. This remains a core use case, particularly for remittance providers and payment platforms serving corridors where traditional correspondent banking is slow and expensive. Stellar's anchors—entities that bridge fiat and blockchain-based assets—provide on- and off-ramps that enable users to move between local fiat currencies and on-chain assets with minimal friction.

Stablecoin Settlement and Digital Dollar Infrastructure

Stellar has emerged as a critical settlement layer for stablecoins and regulated digital dollars. In 2025, PayPal USD (PYUSD) launched on Stellar, joining USDC (issued by Circle) and EURC as major stablecoin deployments on the network. Wirex and Visa also launched USDC and EURC settlement on Stellar, while U.S. Bank began testing custom stablecoin issuance on the network. These integrations position Stellar as infrastructure for dollar-denominated transfers, payroll, supplier payments, and consumer remittances.

Tokenized Real-World Assets (RWAs)

Stellar has increasingly been used for tokenized treasuries, real estate, and other financial instruments. SDF's 2025 reporting indicated that onchain RWAs reached $785 million by year-end and crossed $1 billion in early January 2026. Franklin Templeton's tokenized U.S. Treasury fund expanded on Stellar, while RedSwan brought $100 million of tokenized commercial real estate to the network. Ondo Finance launched USDY (a yield-bearing dollar stablecoin) on Stellar, demonstrating the network's capacity to support complex tokenized financial products.

Institutional Payments and Treasury Workflows

SDF's 2026 strategy explicitly targets enterprise and institutional adoption for payments, treasury, settlement, and financial workflows. The combination of low fees, fast finality, and compliance-oriented features (asset freezing, clawbacks, configurable privacy) makes Stellar attractive for banks, payment processors, and corporate treasury operations.

DeFi and Programmable Finance

The launch of Soroban smart contracts on mainnet in February 2024 expanded Stellar beyond payments into programmable financial applications. By year-end 2025, DeFi TVL on Stellar reached $173 million, with other 2025 materials citing $211M+ and later 2026 reporting referencing even higher levels as the ecosystem expanded. Soroban enables lending, liquidity protocols, and other DeFi use cases while maintaining Stellar's emphasis on low fees and fast settlement.

Humanitarian and Public-Sector Disbursement

SDF's 2025 reporting highlighted disbursement and aid-related usage through the Stellar Disbursement Platform, including work with organizations such as GIZ, UNDP, and the World Food Programme. The network's low fees and fast settlement make it suitable for cash-based and stablecoin-based aid distribution in underbanked markets.

Founding Team, Key Developers, and Project History

Jed McCaleb — Co-Founder and Technical Visionary

Jed McCaleb is one of the most consequential serial entrepreneurs in decentralized technology history. His career spans more than two decades of building foundational distributed systems. In the early 2000s, he created eDonkey2000, one of the earliest large-scale peer-to-peer file-sharing networks and the first implementation of a distributed hash table (DHT) at scale. eDonkey pioneered multi-source downloads by introducing hashing to P2P file sharing, a technical innovation that predated and influenced much of what followed in decentralized architecture.

McCaleb founded Mt. Gox in 2010, the Bitcoin exchange that at its peak handled over 70% of all global Bitcoin transactions before he sold it in 2011. He then co-founded Ripple (XRP) in 2012, serving as its CTO before departing in 2013 amid philosophical differences over the project's direction. In June 2014, McCaleb co-founded the Stellar Development Foundation alongside Joyce Kim, driven by his conviction that the global financial system's outdated infrastructure was limiting economic participation worldwide.

At SDF, McCaleb led technical development of the Stellar network and worked directly with Stanford professor David Mazières on the Stellar Consensus Protocol (SCP) whitepaper—the novel federated Byzantine agreement-based consensus mechanism that underpins the entire network. His continued co-founder role at SDF reflects his ongoing commitment to the project, while his December 2021 founding of Vast, a commercial space station company, demonstrates his broader ambitions beyond blockchain.

Joyce Kim — Co-Founder and Legal Architect

Joyce Kim co-founded the Stellar Development Foundation alongside McCaleb in 2014, serving as its first Executive Director. A Harvard Law School graduate and former attorney, Kim brought legal, strategic, and policy expertise to the organization during its critical early formation period. Her background in law and technology policy helped shape SDF's nonprofit governance structure and its positioning as a mission-driven financial inclusion organization. Kim transitioned from day-to-day executive responsibilities as the foundation scaled, allowing the organization to bring in specialized operational leadership.

Denelle Dixon — CEO and Executive Director

Denelle Dixon joined the Stellar Development Foundation as CEO and Executive Director in May 2019 and has led the organization's strategic direction, partnerships, and institutional growth since then. Her background is rooted in technology law, policy, and operations rather than blockchain engineering—a deliberate complement to the technical founding team.

Prior to SDF, Dixon served as Chief Operating Officer and Corporate Secretary at Mozilla Corporation, where she spearheaded Mozilla's legal, policy, business, revenue, and operations functions. She was a prominent public advocate for net neutrality, encryption standards, government vulnerability disclosure, and user privacy—causes that align closely with Stellar's open-access financial mission. Before Mozilla, she held roles at Terra Firma (advising on brand issues and risk assessment) and at Yahoo! (managing the legal team across products, human rights, antitrust, and litigation).

Under Dixon's leadership, SDF has deepened institutional partnerships with major financial players, expanded the Soroban smart contract platform, and positioned Stellar as infrastructure for regulated stablecoin issuance and real-world asset tokenization.

Nicolas Barry — Former CTO and Protocol Engineer

Nicolas Barry served as CTO of Stellar.org and was one of the most technically significant contributors to the network's core infrastructure. Based in Mountain View, California, Barry brought over 15 years of experience managing teams of senior developers and architects, with deep expertise in highly distributed and redundant applications.

His contributions to Stellar are foundational:

• Main contributor to stellar-core, the C++ implementation of the Stellar network's peer-to-peer distributed ledger
• Collaborated directly with Jed McCaleb and Professor David Mazières on the Stellar Consensus Protocol (SCP) whitepaper
• Implemented the first production implementation of SCP
• Designed and implemented payment operations for the network, with emphasis on developer accessibility and security
• Drove the release schedule for stellar-core, including prioritization, quality assurance, and resource allocation
• Maintained and evolved the older stellard implementation before overseeing the architectural transition to the redesigned stellar-core

Jose Fernandez da Ponte — President and Chief Growth Officer

Jose Fernandez da Ponte currently serves as President and Chief Growth Officer at SDF, representing one of the most significant executive additions to the foundation's leadership in recent years. Before joining SDF, he was Senior Vice President and General Manager of Blockchain, Crypto, and Digital Currencies at PayPal, where he drove the company's global digital currency access and utility expansion efforts. This role directly informed Stellar's subsequent integration with PayPal's stablecoin infrastructure.

Prior to PayPal, Fernandez da Ponte held senior leadership positions at BBVA (a multinational banking group) and at McKinsey & Company (specializing in financial services and payments strategy). His combination of traditional banking, management consulting, and crypto-native executive experience positions him as a key figure in SDF's institutional outreach and commercial growth strategy.

David Mazières — Protocol Architect and Academic Collaborator

While not an SDF employee, David Mazières, Professor of Computer Science at Stanford University and Chief Scientist at SDF, co-authored the Stellar Consensus Protocol (SCP) whitepaper with Jed McCaleb and Nicolas Barry. His academic rigor and expertise in distributed systems gave SCP its formal theoretical grounding, distinguishing it from earlier consensus mechanisms. The SCP paper, published in 2015, introduced the concept of Federated Byzantine Agreement (FBA) as a practical, decentralized alternative to classical BFT consensus.

Broader Engineering and Ecosystem Team

SDF's engineering organization includes a globally distributed team of blockchain developers, protocol engineers, and ecosystem specialists. Notable contributors include:

• Nicolás de Paula — Blockchain Developer specializing in Soroban smart contracts, Solidity, DeFi, NFT, and DAO architectures
• Bartek Nowotarski — Staff Software Engineer who has grown with the organization from its inception in 2014 through multiple engineering levels
• Ada Vaughan — Senior Director of DeFi Partnerships, focused on growing DeFi projects and Soroban-based activity
• Betty Sun-Lucas — Regional Director, APAC, leading Asia-Pacific growth efforts across real-world asset tokenization, cross-border payments, and DeFi partnerships

SDF employs between 51–200 people according to LinkedIn organizational data, operating as a nonprofit software development organization headquartered in San Francisco.

Project History and Development Milestones

Stellar was launched in 2014 by Jed McCaleb and Joyce Kim. The project originated from the broader Ripple ecosystem but was developed as a separate network with a distinct mission focused on open financial access and financial inclusion.

Key Historical Milestones

• 2014: Stellar network launched; Stellar Development Foundation established
• 2015: Stellar launched its own protocol and blockchain, moving away from Ripple's codebase; SCP whitepaper published
• 2019: Community vote ended the inflation mechanism; supply was reduced from 100 billion to 50 billion XLM through a one-time burn
• 2024: Soroban smart contracts launched on mainnet, expanding Stellar beyond payments into programmable finance
• 2025: Major scaling and ecosystem growth year, including Protocol 23 "Whisk" introducing parallel transaction execution and throughput improvements
• 2026: Protocol 25 "X-Ray" went live, adding zero-knowledge primitives and privacy infrastructure

Tokenomics: Supply, Distribution, and Inflation Mechanics

Supply Structure and History

Stellar's supply structure changed materially in 2019. The network originally launched with 100 billion XLM, but a community vote in November 2019 reduced supply to 50 billion XLM and ended the inflation mechanism. This one-time supply reduction was a deliberate governance decision to align incentives and establish a fixed supply cap.

Current Supply Metrics

• Total Supply: 50 billion XLM (fixed, post-2019 burn)
• Circulating Supply: 33.3 billion XLM (66.6% of total supply)
• SDF / Non-Circulating Reserves: 16.7 billion XLM (33.4% of total supply)
• Current Market Price: $0.1587 (as of May 1, 2026)
• Market Capitalization: $5.29 billion
• Market Cap Rank: 21st among all cryptocurrencies
• Fully Diluted Valuation: $7.93 billion

Inflation and Deflation Mechanics

The 1% annual inflation mechanism that existed in Stellar's early years was ended by community vote in October 2019. There is no current inflation schedule, and the protocol no longer mints new XLM through inflation. Stellar's supply is therefore effectively fixed at 50 billion XLM, aside from market circulation changes and SDF-controlled allocations.

Transaction fees are extremely small and are destroyed rather than paid to miners or validators, creating mild deflationary pressure. However, the effect is economically minor relative to total supply—the average fee of $0.0007 per operation means that even billions of transactions create negligible deflationary impact.

Distribution and SDF Holdings

SDF has historically retained a large share of XLM for ecosystem development, grants, and strategic deployment. Recent 2025–2026 reporting described SDF reorganizing its XLM holdings into a mandate framework with four focus areas:

• SDF Development
• Stellar Growth
• Product and Innovation
• Assets and Liquidity

SDF's 2026 strategy indicated it would target $1 billion in growth for network asset value and use resources to accelerate adoption, enterprise deployment, and infrastructure readiness. This represents a shift from passive holding toward active deployment of reserves to support ecosystem growth and institutional adoption.

Key Partnerships and Ecosystem Integrations

Stellar's 2025–2026 ecosystem growth was driven by a mix of institutional partnerships, stablecoin integrations, and infrastructure collaborations across five strategic categories.

Stablecoin Ecosystem

USDC (Circle) is natively issued on Stellar and has become one of the network's most important real-world payment rails. Circle's stablecoin infrastructure supports fast, low-cost dollar transfers and has become a core part of Stellar's payments and remittance story.

PayPal USD (PYUSD) launched on Stellar in 2025, representing a major institutional validation of the network's suitability for stablecoin settlement. This integration was facilitated by Jose Fernandez da Ponte's transition from PayPal to SDF leadership.

EURC (Circle) provides euro-denominated settlement on Stellar, enabling cross-border euro transfers with the same speed and cost advantages as USDC.

Payments and Remittance Infrastructure

MoneyGram is one of Stellar's most important live integrations. In 2026, MoneyGram and SDF extended their partnership to scale stablecoin utility globally, building on a multi-year collaboration that includes cash on/off-ramps and stablecoin balance functionality in the MoneyGram app. The partnership is central to Stellar's remittance and cash-access strategy.

Visa and Wirex launched USDC and EURC settlement on Stellar, integrating Stellar into stablecoin settlement workflows and expanding the network's reach into traditional payment infrastructure.

U.S. Bank began testing custom stablecoin issuance on Stellar, signaling institutional banking sector interest in the network's tokenization capabilities.

Tokenized Real-World Assets

Franklin Templeton expanded its tokenized U.S. Treasury fund activity on Stellar, demonstrating institutional confidence in the network's suitability for regulated asset issuance.

Ondo Finance launched USDY (a yield-bearing dollar stablecoin) on Stellar, showcasing the network's capacity to support complex tokenized financial products beyond simple stablecoins.

RedSwan brought $100 million of tokenized commercial real estate to Stellar, illustrating the network's growing role in real-world asset tokenization.

Infrastructure and Cross-Chain Integration

Chainlink integrated with Stellar through the Chainlink Scale program, providing oracle infrastructure for DeFi and other applications requiring external data feeds.

NEAR Intents integrated with Stellar to broaden cross-chain access and enable interoperability between the two networks.

Mastercard Crypto Credential partnership (announced October 2024) aims to enable verified and compliant interactions across public blockchain networks, with Stellar as a key integration point.

Humanitarian and Public-Sector Use

GIZ, UNDP, and the World Food Programme have used Stellar's Disbursement Platform for aid distribution and financial inclusion programs, including cash-based and stablecoin-based disbursement flows.

Competitive Advantages and Unique Value Proposition

1. Payments-First Architecture

Stellar was built for moving value, not for maximizing general-purpose smart contract complexity. This design philosophy makes Stellar especially efficient for remittances, stablecoins, and asset issuance compared to general-purpose platforms that optimize for computational flexibility.

2. Fast, Low-Cost Settlement

Transactions typically finalize in a few seconds with fees averaging $0.0007 per operation. This cost structure makes micropayments and high-frequency payment flows economically viable at scales that would be prohibitive on other networks.

3. Nonprofit Governance Model

Unlike Ripple (a for-profit company), Stellar is stewarded by the nonprofit Stellar Development Foundation. This governance structure gives Stellar a different market identity, with stronger emphasis on financial inclusion, open ecosystem development, and mission-driven growth rather than shareholder returns.

4. Native Asset and Tokenization Support

Stellar's ledger is designed to issue and route multiple assets directly at the protocol layer. This native support for asset issuance is useful for stablecoins, tokenized fiat, and real-world assets, reducing the need for external smart contracts or complex infrastructure.

5. Cash On/Off-Ramp Ecosystem

The MoneyGram partnership and anchor network give Stellar a practical bridge between blockchain and physical cash. This is a major competitive advantage in remittance corridors and underbanked markets where cash access remains critical.

6. Institutional-Friendly Features

Stellar supports compliance-oriented workflows including asset freezing, clawbacks, and configurable privacy primitives. These features are especially relevant for banks, stablecoin issuers, and regulated asset platforms.

7. Growing Privacy Stack

Protocol 25 "X-Ray" introduced BN254 and Poseidon-related zero-knowledge primitives, positioning Stellar as a network where privacy and compliance can coexist. This addresses a key requirement for regulated financial institutions.

Stellar vs. Ripple/XRP: Key Differences

Stellar and Ripple share historical roots through Jed McCaleb, but they differ significantly in structure and positioning.

Governance: Stellar is governed by the nonprofit SDF; Ripple is a for-profit company with different incentive structures and decision-making processes.

Mission and Positioning: Stellar emphasizes financial inclusion, remittances, and open asset issuance; Ripple focuses more on institutional liquidity and bank-oriented settlement through its RippleNet infrastructure.

Consensus Model: Stellar uses SCP/FBA with local trust choices; XRP uses a different consensus model and validator structure.

Ecosystem Strength: Stellar's ecosystem is especially strong in stablecoins, cash on/off-ramps, and tokenization; Ripple's brand is more closely associated with bank partnerships and enterprise sales to financial institutions.

Practical Takeaway: Stellar's value proposition is less about competing on raw throughput and more about combining public blockchain access, regulated asset issuance, low-cost settlement, real-world cash connectivity, and nonprofit ecosystem stewardship.

Current Development Activity and Roadmap Highlights

2025 Development Activity

SDF's 2025 roadmap focused on improving technical performance, expanding the Stellar Disbursement Platform, preparing privacy features, scaling Soroban and throughput, and supporting institutional adoption.

Protocol 23 "Whisk" introduced eight CAPs (Core Advancement Proposals), including:

• Parallel transaction execution for improved throughput
• Unified events system for better developer experience
• Fee reductions to lower transaction costs further
• State archival improvements for network efficiency

Protocol 24 served as a stability upgrade to fix state archival inconsistencies identified in production.

Protocol 25 "X-Ray" introduced zero-knowledge primitives (BN254 and Poseidon) for privacy-preserving applications, laying groundwork for configurable, compliance-forward privacy without sacrificing Stellar's transparency.

2026 Roadmap and Strategic Priorities

SDF's 2026 strategy centers on three priorities:

1. Accelerating asset adoption and cross-border use
2. Making enterprise and institutional adoption seamless
3. Building the fastest, safest infrastructure for next-generation finance

Specific 2026 targets include:

• $1 billion in growth for network asset value
• 15 new transformational enterprises signed
• At least 5 enterprise deployments in 2026
• Faster and safer protocol releases
• Emergency deployment readiness for upgrades
• Continued work on privacy, post-quantum security, and agentic payments

Scaling Roadmap: Road to 5000 TPS

SDF's "Road to 5000 TPS" initiative emphasizes parallelism, caching, and decoupling consensus from execution. By late 2025, Whisk raised theoretical throughput to 3,000 TPS, while earlier 2025 materials described progress toward 2,000+ TPS with a longer-term goal of 5,000 TPS. This scaling work positions Stellar to handle significantly higher transaction volumes while maintaining low fees and fast finality.

Developer Activity and GitHub Signals

Recent developer activity includes:

• Protocol 23 and 25 CAP work in the Stellar protocol repository
• Refactoring of the Go SDK into github.com/stellar/go-stellar-sdk (October 2025)
• Ongoing updates to Soroban token standards and developer tooling
• Ecosystem reporting of strong builder growth, hackathons, and event-driven developer engagement

SDF's 2025 year-end report indicated:

• Full-time developers grew 31% year to date
• Developer base grew 171% over three years
• More than 8,000 new builders engaged through events, workshops, and hackathons in 2025

Network Adoption and Ecosystem Growth Metrics

Stellar's adoption story in 2025–2026 was unusually strong for a payments-focused blockchain, with growth tied to actual payment volume, tokenized assets, and enterprise deployments rather than speculative activity.

2025 Network Metrics

• Total Transactions: 3.6 billion
• Lifetime Operations: 21.5 billion
• Unique Addresses: 10.3 million
• Monthly Active Addresses: 632,000
• Payment Volume: $55.6 billion
• Onchain RWAs: $785 million (crossed $1 billion in early January 2026)
• DeFi TVL: $173 million
• Developer Growth (YoY): 31%
• Network Uptime: 99.99%
• Average Transaction Fee: $0.0007 per operation

Ecosystem Metrics

• 800+ active projects building on Stellar
• Strong growth in DeFi TVL across Soroban-based applications
• Rising institutional use of tokenized assets and stablecoins
• Increasing developer participation across LATAM, APAC, and global hackathons

Market Position and Risk Profile

Market Metrics (as of May 1, 2026)

• Current Price: $0.1587
• Market Capitalization: $5.29 billion
• Market Cap Rank: 21st
• 24-Hour Trading Volume: $116.70 million
• Fully Diluted Valuation: $7.93 billion

Price Performance

• 1-Hour Change: +0.14%
• 24-Hour Change: -1.40%
• 7-Day Change: -9.57%

The 7-day price decline of 9.57% indicates recent weakness, while the 24-hour move of -1.40% suggests continued short-term pressure. However, these short-term movements should be contextualized within Stellar's longer-term adoption narrative and fundamental developments.

Risk and Liquidity Assessment

• Risk Score: 44.29 (moderate risk for a large-cap asset)
• Liquidity Score: 55.69 (meaningful liquidity across exchanges)
• Volatility Score: 7.12 (relatively low volatility compared to smaller-cap cryptocurrencies)

These metrics indicate a large-cap asset with moderate risk and meaningful liquidity. The combination of a $5.29 billion market cap, established partnerships, and real-world adoption provides a foundation of stability, though cryptocurrency markets remain inherently volatile.

Summary

Stellar (XLM) is a payments-focused blockchain built for fast, low-cost, cross-border value transfer and regulated asset issuance. Its defining features are the Stellar Consensus Protocol (a federated Byzantine agreement system), a nonprofit governance model, native support for asset issuance and exchange, and a strong real-world payments ecosystem anchored by USDC, PayPal USD, MoneyGram, Franklin Templeton, and growing tokenization use cases.

The network's tokenomics are unusual among major crypto assets: no mining, no staking, no ongoing inflation since 2019, and a capped supply of 50 billion XLM. With 33.3 billion XLM in circulation and a market capitalization of $5.29 billion, Stellar remains a significant infrastructure-focused cryptocurrency with a clear mission-driven identity and expanding institutional adoption.

In 2025–2026, Stellar's development focus shifted from proving technical viability to scaling real-world adoption. Protocol 23 "Whisk" improved throughput toward 3,000 TPS, Protocol 25 "X-Ray" added privacy primitives, and major integrations from PayPal, Visa, Franklin Templeton, MoneyGram, and U.S. Bank reinforced Stellar's role as a settlement layer for financial services. The network processed 3.6 billion transactions in 2025, facilitated $55.6 billion in payment volume, and supported $785 million in onchain real-world assets—metrics that demonstrate meaningful real-world utility beyond speculative trading.