What is Stellar (XLM)?

Stellar is a payment network for moving value between currencies, built by Jed McCaleb in 2014 after he left Ripple. The similarity to XRP is not accidental — same founder, same core problem — and the differences are in governance and philosophy rather than architecture.

It uses the Stellar Consensus Protocol, a form of federated Byzantine agreement. Each node picks a set of others it trusts, and overlapping trust across the network produces agreement in seconds. No mining, no staking, no block rewards — which is why Stellar is cheap and fast, and why XLM has no yield.

What it was actually built for

Stellar's design target was the remittance corridor and the unbanked, not DeFi. It has a built-in decentralised exchange and native support for issued assets, so an organisation can issue a currency-pegged token and it interoperates with everything else on the network from day one. XLM's protocol role is as a bridge when no direct market exists between two assets, plus the tiny fee that prevents spam.

The Stellar Development Foundation pursued partnerships with NGOs, remittance companies and regulators rather than with crypto-native projects — an unglamorous strategy that produced real integrations and almost no attention.

Soroban, and what changed

Stellar spent nearly a decade with no general smart contracts, deliberately: the argument was that payments needed reliability more than programmability. Soroban, a Rust-based WebAssembly contract platform, changed that, and the Protocol 23 release line has continued building out the tooling. Stellar now has a real contract environment, arriving into a market where every competitor has had one for years.

• Bridge asset in path payments, when there is no direct market between two currencies.
• The network fee — 0.00001 XLM per operation, burned rather than paid to anyone.
• A minimum balance every account must hold, which locks a small amount of XLM per account permanently.
• Collateral and liquidity in Soroban applications, the newest and smallest use.

The demand problem is structural and worth stating without euphemism. Stellar's success is measured in stablecoin volume — about $500m of USDC a month — and tokenised assets, over $1.2bn by Q1 2026. Almost none of that requires holding XLM. Fees are a rounding error by design and bridging through XLM only happens when no direct pair exists, which becomes rarer as liquidity deepens. A network can grow substantially while its token captures very little of it, and Stellar is the clearest example in the top fifty.

100 billion XLM were created at launch. In November 2019 the Stellar Development Foundation burned roughly half, leaving a fixed 50 billion — a genuinely unusual act, and one that ended the inflation mechanism the network previously ran.

There is no issuance now. The supply only shrinks, extremely slowly, through burned fees. A large share is held by the SDF for ecosystem development and distribution, which is the principal supply consideration: it is a single organisation's discretionary reserve with published intentions rather than a binding schedule.

The fee model, and what it costs the token

Each operation costs 0.00001 XLM, burned. At any realistic volume this is economically meaningless — Stellar would need transaction counts far beyond anything it has seen for fee burn to matter to the supply.

That is the deliberate trade. Stellar optimised for the user sending $50 home, and it succeeded: the fee is invisible. The consequence is that network usage and token value are only loosely connected, and no amount of adoption changes that arithmetic by itself.

XLM cannot be staked. Stellar Consensus Protocol has no block rewards and no bonded capital — validators run because they want the network to exist, not because they are paid. There is no protocol yield of any kind.

The network previously ran a small inflation mechanism that distributed new XLM to accounts; it was disabled in 2019 along with the burn. Anything advertising XLM staking today is a lending product or a liquidity position on the network's DEX or in a Soroban pool — real strategies with real risk, none of them staking.

Token value capture

This is the central risk and it is architectural rather than fixable at the margin. Stablecoin volume, tokenised assets and remittance corridors can all grow substantially without generating XLM demand, because fees are negligible and bridging is optional. Judge XLM on whether that changes, not on adoption headlines.

Foundation concentration

The SDF holds a large share of supply and drives development, partnerships and direction. It has been transparent about its plans and it remains a single entity whose decisions move the asset.

Competition on its own ground

Cheap stablecoin transfer is now a crowded market. Tron carries close to half the world's USDT, Solana is fast and cheap, and Ethereum's rollups have closed much of the cost gap. Stellar's compliance-first positioning and institutional relationships are real differentiators, and they are narrower ones than they were.

Soroban is late

Smart contracts arrived after the ecosystems, developers and liquidity had settled elsewhere. Being technically capable is necessary and, this late, not close to sufficient.

Consensus is different, and that has a cost

Federated Byzantine agreement depends on nodes choosing overlapping trusted sets. In practice most nodes trust a similar set, much of it tied to the SDF and its partners. It is fast and it is not decentralised in the way proof of work or proof of stake are, and it is worth being clear-eyed about that rather than treating the label as equivalent.