Stellar (XLM): The Complete Intelligence Brief

Quick Facts

What Is Stellar?

Stellar is a Layer 1 blockchain built specifically for cross-border payments, asset issuance, and financial inclusion. It was launched in 2014 with the explicit goal of providing banking-grade settlement infrastructure to people and institutions underserved by traditional finance.

Unlike general-purpose chains like Ethereum or Solana, Stellar has historically been laser-focused on payments. Its design choices (fast consensus, low fees, native asset issuance, deeply integrated compliance features) all serve that goal. Until 2024's Soroban launch, Stellar didn't even have smart contracts; the chain was considered complete for its intended payment use cases without them.

XLM (Stellar Lumens) is the native asset. It's used for transaction fees (at minimal cost), as a bridge asset for exchanging between tokenized assets on Stellar, and as the required reserve for each Stellar account. Beyond XLM, Stellar is home to a wide range of tokenized assets: stablecoins (notably native USDC), fiat-backed tokens, tokenized stocks, and carbon credits.

The Origin Story

Jed McCaleb's Journey

Jed McCaleb has an unusual resume. He founded eDonkey2000 in the early 2000s, then Mt. Gox. The first major Bitcoin exchange (which he sold in 2011 before its 2014 collapse), then co-founded Ripple in 2012. He left Ripple in 2013 over disagreements about the project's direction and priorities.

In 2014, McCaleb and Joyce Kim launched Stellar as a fork of Ripple, but with a different mission: focused on individual users and financial inclusion rather than enterprise banking. Over 2014-2015, the team rewrote the consensus protocol entirely, producing the Stellar Consensus Protocol (SCP). A novel Federated Byzantine Agreement design.

Stellar Development Foundation

The Stellar Development Foundation (SDF) is a Delaware-based non-profit that oversees the network. SDF's role includes protocol development, ecosystem grants, partnership development, and managing the foundation's XLM treasury.

SDF's treasury and funding model have been topics of discussion throughout Stellar's history. The 2019 burn (below) partly responded to community concerns about SDF's XLM holdings.

The 2019 Burn

In November 2019, SDF announced it was burning 55 billion XLM. More than half of the original 100 billion supply.^[1] The stated rationale:

• Significant XLM held by SDF had proven impractical to distribute through giveaways and airdrops
• Burning simplified the tokenomics and strengthened XLM's long-term supply case
• Remaining supply was sufficient to meet SDF's operational and ecosystem needs

The burn reduced max supply from 100 billion to approximately 50 billion XLM. SDF continued to hold a meaningful portion of remaining supply with a published release schedule for ecosystem and operational funding.

Major Upgrades

• 2015: Stellar Consensus Protocol v1 finalized
• 2018: Protocol version 11, introducing fee-pool improvements and Path Payment Strict Send
• 2019: 55 billion XLM burn
• 2020-2023: USDC native launch, MoneyGram partnership, Kiosk/CBDC-pilot collaborations
• Feb 2024: Soroban mainnet launch (smart contracts)

How Stellar Works

The Stellar Consensus Protocol (SCP)

SCP is a Federated Byzantine Agreement protocol. It's neither Proof of Work nor Proof of Stake. It's based on "quorum slices," groups of nodes that each validator trusts to reach agreement.

Key properties:

• No mining, no staking: validators don't need to prove work or stake value
• Fast consensus: typical ledger close time is ~5 seconds
• Deterministic finality: transactions finalize within 1-2 ledger close periods
• Low resource requirements: nodes run on modest hardware

The tradeoff: SCP relies on validators choosing trustworthy quorum slices. If the network's quorum structure degrades (too many validators trusting too few nodes), safety guarantees can weaken. In practice, Stellar's validator set has remained robust, but the architecture has different failure modes than PoW or PoS chains.

Native Asset Issuance

On Stellar, creating a new asset is as simple as defining it: an issuer account signs an asset type with a specific code (USDC, EURB, etc.). Recipients add a "trustline" to hold the asset. Essentially granting permission for that issuer's asset to appear in their wallet.

Each trustline requires a small XLM reserve (a few XLM locked). This prevents spam and creates baseline demand for XLM as more users and assets come onto the network.

Path Payments

One of Stellar's most unique features is Path Payments. A user can send one asset (e.g., USD) and the recipient can receive a different asset (e.g., EUR, JPY, or XLM) through the network's built-in decentralized exchange. The protocol automatically finds the best conversion path through order books.

This makes Stellar genuinely useful for remittances and cross-border payments. A sender in the US can pay in USD, and the recipient in the Philippines can receive PHP, with the conversion happening atomically on-chain.

Soroban Smart Contracts

Soroban launched on Stellar mainnet in February 2024.^[2] Key characteristics:

• WebAssembly execution: contracts compile from Rust to WASM
• Fees in XLM: same fee model as regular Stellar transactions
• Preserves Stellar's payment focus: Soroban contracts can interact with Stellar's native asset issuance and Path Payments
• Rust-based: borrowing from the Stellar/NEAR/ICP lineage of Rust smart contracts rather than Solidity

Soroban brought full smart contract programmability to Stellar without replacing the core ledger. Contracts can be called like any other Stellar operation.

Tokenomics

Post-Burn Supply

• Original supply: 100 billion XLM
• Burned (November 2019): 55 billion XLM
• Current max supply: ~50 billion XLM
• Circulating supply (Apr 2026): ~31 billion XLM
• SDF reserves: remainder, released per a public schedule for ecosystem operations

Base Reserve and Fees

Every Stellar account requires a base reserve (currently 1 XLM) plus an incremental reserve for each trustline, offer, or data entry (0.5 XLM each). These reserves are locked with the account. They're returned when the account is closed.

Transaction fees are extremely low: 0.00001 XLM (100 stroops) is the base fee, and fees only rise during actual congestion. In practical terms, Stellar transactions are free for most uses. The fee is less than a cent even with XLM at high valuations.

Inflation

Stellar originally had a small annual inflation mechanism (1%), but this was removed via a protocol vote in October 2019. XLM supply is now effectively fixed at ~50 billion.

The Ecosystem

USDC Native

Circle issues USDC natively on Stellar. Meaning the USDC on Stellar isn't a wrapped or bridged version, it's issued directly by Circle on the Stellar network. This is one of the strongest third-party endorsements any chain has received for cross-border payment use cases.

MoneyGram Partnership

MoneyGram's crypto remittance products use Stellar as the underlying settlement layer. Users can convert cash to USDC (on Stellar) at MoneyGram locations and send globally, with recipients cashing out at another MoneyGram location. This bridges cash remittances with on-chain settlement.

DeFi on Soroban

Since Soroban's launch, DeFi has begun developing on Stellar. Lending protocols, DEXes, and yield strategies have emerged. TVL has grown from zero in 2024 to meaningful levels, though still smaller than major chains. The combination of low fees, fast finality, and native USDC provides a different profile than EVM DeFi.

CBDC and Government Pilots

Stellar has been involved in several central bank digital currency (CBDC) pilots. Notably, Ukraine's e-Hryvnia pilot used Stellar. Various other government-adjacent initiatives have explored Stellar as a settlement layer.

Price History

Stellar Today

ETF Applications

Spot XLM ETF applications have been filed in the US. Grayscale has operated a Stellar Lumens Trust for years and could convert it to a spot ETF structure. Canary Capital and others have filed applications. As of April 2026, decisions remain pending.

Regulatory Position

Stellar's regulatory position has historically been better than XRP's despite their shared genealogy. The SEC's XRP lawsuit did not include claims against Stellar, and XLM has operated with less regulatory overhang. Stellar's US-based non-profit structure (SDF) has helped position it as a compliance-friendly network.

The Payments Thesis

Stellar's long-term case depends on whether cross-border payments become a dominant crypto use case. The signs are mixed:

• Native USDC growth and MoneyGram volume are positive
• Competing stablecoin rails (Tron USDT, Ethereum USDC, Solana USDC) have captured large shares of crypto-based payments
• Cross-border payment corridors using Stellar have grown steadily but not explosively

Soroban Growth

Soroban's first two years of mainnet activity have been encouraging but modest. The real test is whether Stellar can attract developers away from established EVM and Solana ecosystems, and whether Stellar-native DeFi reaches a self-sustaining scale.

Why Stellar Matters

Stellar matters because it's one of the most serious attempts to build a genuinely functional global payment rail in crypto. The combination of native stablecoin issuance, path payments, low fees, and established institutional partnerships (Circle, MoneyGram, various governments) positions Stellar uniquely for tokenized-fiat and cross-border payment flows.

For traders, XLM has correlation to broader crypto cycles plus specific sensitivity to payment-narrative cycles, ETF filing news, and major partnership announcements. Signal categories that matter: USDC circulation on Stellar, Soroban TVL growth, MoneyGram volume disclosures, and institutional ETF progress.

The risks are competitive (other stablecoin rails have captured more retail payment volume), architectural (SCP's trust model is different and less well-understood than PoW/PoS), and narrative (Stellar hasn't captured a dominant position in any current crypto meta-narrative). The opportunity is in the infrastructure. Stellar's payment plumbing is real, widely-used, and improving with Soroban; the question is whether that produces significant XLM price appreciation over time.