What is Stellar?

Imagine many computers all keeping the same notebook. When a new transaction is submitted, the network needs a way to agree on what to write in the notebook. Stellar Consensus Protocol uses a federated approach. Nodes pick trusted sets of other nodes, and they use that trust to help decide the ledger state. Once the network reaches agreement, transactions are treated as permanent and irreversible within seconds. This is one reason Stellar is often described as fast for transfers. This matters because it reduces uncertainty for users. You can plan around confirmations without waiting for long settlement times.

Stellar uses Anchors to bridge traditional money and digital networks. An Anchor is a trusted entity that holds deposits and issues credits on the Stellar ledger. In practice, this can help users move between fiat like currencies and tokenized representations. It also means that some parts of the system rely on real world trust and compliance. So when you use assets issued through Anchors, your experience depends on how those Anchors operate. That is a different risk profile than a purely decentralized asset with no external issuer. If you are evaluating Stellar use cases, it helps to ask who the Anchor is and what responsibilities they take.

Stellar includes a distributed exchange feature. That means users can trade assets on the network without always needing a separate order book hosted by a centralized exchange. For programmable applications, Stellar supports smart contracts through Soroban. Smart contracts are pieces of code that can run actions automatically when conditions are met. This combination can support more than just transfers. It can enable tokenized assets, DeFi style services, and other applications that need both trading and programmability. As with any smart contract platform, application risk still exists. Bugs, bad design choices, and dependency on third party services can affect outcomes.

XLM is not just a collectible token. It helps keep the network usable by supporting transaction fees and minimum account balance requirements. In simple terms, small fees discourage spam transactions. Minimum requirements also help manage how many accounts can be created, which supports network stability. XLM is also used to help find efficient exchange paths when moving value. That connects the token to how transfers and trades are routed. Even if you do not run a node, these mechanics can influence how the network behaves when demand changes.

Many cryptocurrencies have mechanisms that create new tokens over time. In Stellar's case, the community voted to disable automatic creation of new tokens. That means there is no inflation in the sense of automatic token issuance. However, token supply can still be affected by other factors such as how tokens are held, moved, or locked in applications. When you read about Stellar, it can help to separate the idea of supply policy from market price. A fixed or constrained supply does not guarantee a higher price, but it is an important design choice. If you are comparing networks, supply policy is one of the fundamentals worth understanding.