STX and GRT serve different parts of blockchain infrastructure. STX is the native token of Stacks, a Bitcoin-connected layer for smart contracts and applications. GRT is the token used to coordinate The Graph’s indexing and data-query network. Stacks helps applications execute transactions; The Graph helps applications find and use blockchain data. Neither token is a direct substitute for the other.
That distinction is the starting point for an STX vs. GRT comparison. Both projects support developers, but they address different problems. Comparing their prices alone will not show which network has more users, which token has more utility, or which carries more risk.
STX vs. GRT at a Glance
| Feature | Stacks (STX) | The Graph (GRT) |
|---|---|---|
| Main function | Runs smart contracts and applications connected to Bitcoin | Indexes and serves blockchain data |
| Token role | Pays Stacks transaction fees; supports mining and Stacking incentives | Supports indexing, delegation, curation, and network payments |
| Core user | Bitcoin-focused application builders and users | Developers, data consumers, Indexers, and other network participants |
| Network scope | A distinct blockchain layer linked to Bitcoin | Data infrastructure serving applications across multiple networks |
| Main question for holders | Will activity on Stacks grow? | Will demand for its data services grow? |
On October 13, 2026, CoinMarketCap displayed STX at approximately $0.43 and GRT at approximately $0.026. Those are changing market snapshots, not measures of which asset is cheaper or has more room to rise. Token supplies differ, so a meaningful size comparison starts with market capitalization rather than the price of one token.
Is Stacks (STX)?
Stacks is a blockchain layer designed to bring smart contracts and applications to the Bitcoin ecosystem. Developers can build applications on Stacks rather than trying to place all of their logic on Bitcoin itself. Stacks has its own transactions, contracts, and token, while its design links block production and settlement to Bitcoin.
STX is used within that system. Stacks’ Proof of Transfer mechanism involves miners committing BTC for a chance to produce Stacks blocks and earn STX rewards. STX holders can participate in Stacking, which means locking eligible tokens to support the network and potentially receive BTC rewards. Reward eligibility and outcomes depend on network rules and participation; holding STX alone does not guarantee a payment.
Stacks also supports sBTC, an asset designed to represent BTC on the Stacks blockchain at a one-to-one ratio. Its purpose is to let Bitcoin be used in Stacks applications. sBTC is not STX: one represents BTC moved into the Stacks environment, while the other is the network’s native token. This distinction matters when assessing whether growth in Bitcoin-based applications could translate into demand for STX.
What Is The Graph (GRT)?
The Graph is a protocol for organizing blockchain data so applications can retrieve it. Raw on-chain records are difficult for an app to search each time a user opens a page. Developers can define a subgraph that selects relevant contracts and events, processes the resulting data, and makes it available for queries.
An NFT app, for example, may need to display a wallet’s holdings or a collection’s transaction history. A lending app may need a record of positions and repayments. Indexing services make such information easier to request in a structured form. The Graph’s subgraphs expose data through APIs; they do not execute the original transactions being indexed.
GRT supports several roles in this network. Indexers stake GRT and provide indexing and query services. Delegators assign GRT to Indexers. Curators signal which subgraphs may warrant indexing. Developers and other consumers request data. Indexers can earn query fees and indexing rewards, subject to the protocol’s rules and their performance. These roles introduce uses for GRT, but rewards are not automatic or risk-free.
What Is the Main Difference Between STX and GRT?
Stacks provides an environment where applications can run; The Graph provides a way for applications to retrieve data. An action on a Stacks application may change blockchain state—for example, by transferring an asset or interacting with a contract. A query through The Graph typically reads organized information about actions that have already happened.
This makes a direct transactions-per-second comparison misleading. Transaction throughput can help describe a blockchain layer such as Stacks. For The Graph, relevant measures include query availability, data freshness, indexing coverage, and the cost of serving data. Neither set of measures answers the other project’s core question.
The projects are not necessarily competing for the same developer. An application needs a place for its transactions and may also need an indexing service to display its data. Whether a particular application uses either network depends on its technical requirements, supported chains, and costs.
Technology and Security
Stacks uses Proof of Transfer, or PoX, to connect its block-production incentives to Bitcoin. Under its Nakamoto design, miners can produce Stacks blocks between Bitcoin blocks, while the Stacks chain’s history is anchored to Bitcoin. Stacks describes Bitcoin finality as an important property of this design. That does not mean every interaction is simply a Bitcoin transaction, nor does it remove the need to assess Stacks-specific software and contract risks.
The Graph has a different security model because it is a data-service network, not a blockchain competing to settle the same transactions. Indexers stake GRT to provide services; protocol rules include penalties for certain forms of incorrect or malicious behavior. Applications still need to consider whether indexed data is available, current, and suitable for their use case.
A recent distinction matters for GRT research: Graph Horizon is live. The upgrade changes how Indexers assign staked GRT to data services and how some network operations are organized. Older descriptions of The Graph may not reflect the current workflow. Horizon does not, however, replace GRT with a new token.
Token Supply and Economics
The October 13 CoinMarketCap snapshots showed about 1.81 billion STX in circulation and 10.94 billion GRT in circulation. They also showed about 11.61 billion GRT in total supply. These figures can change and should not be treated as interchangeable: circulating supply estimates tokens counted in the market, while total supply follows a different definition.
Supply models require more care than a single number permits. Stacks’ economics include STX paid to miners under its issuance schedule. The Graph’s documentation describes new GRT issuance for indexing rewards alongside token-burning mechanisms. Its stated target for annual indexing-reward issuance is 3%, although documentation for specific services should be checked when evaluating current network economics. Neither token should be described as a fixed-supply asset solely because of a figure on a market page.
Token demand also needs to be assessed separately from project activity. More Stacks transactions can create demand for network fees, but the amount depends on actual usage and fee levels. More queries on The Graph can generate service payments, but customer pricing and settlement do not always mean an end user buys GRT for every request. Adoption is relevant; it is not a formula for token price.
Which Has the Stronger Use Case?
There is no single answer, because STX and GRT address different needs. STX offers exposure to activity on a Bitcoin-connected application layer. Its use case rests on developers building applications and users choosing to transact there. GRT offers exposure to a network for making blockchain data available to applications. Its use case rests on developers and data consumers choosing those services.
Someone evaluating STX can examine application activity, transaction demand, sBTC use, and the operation of the Stacks network. Someone evaluating GRT can examine data-service adoption, queries, payments to Indexers, and how much of that activity uses the decentralized network. For either asset, a product metric is more informative when it is sustained rather than driven by a short campaign or market cycle.
What Are the Key Risks?
STX risks include limited application adoption, smart-contract vulnerabilities, dependence on the health of Bitcoin-related infrastructure, and risks associated with moving BTC through a peg. Network participation can involve lockups and changing rewards.
GRT risks include competition from other ways to obtain blockchain data, the cost of operating indexing services, inaccurate or unavailable data, and the possibility that growing product use does not produce proportional token demand. Delegators also face the terms and performance of their chosen Indexer.
Both tokens carry price volatility, liquidity risk, and uncertainty about how network usage translates into value for holders. Stacking STX or delegating GRT is not equivalent to receiving a guaranteed yield.
Disclaimer: This article is for informational purposes only and does not constitute financial advice. Cryptocurrency markets are volatile; research the networks, token rules, and risks before making an investment decision.
Frequently Asked Questions
Is STX the same kind of token as GRT?
No. STX is native to the Stacks blockchain layer. GRT coordinates participation and payments in The Graph’s data network. Both have infrastructure roles, but they support different operations.
Is Stacks built on Bitcoin?
Stacks is a distinct blockchain layer linked to Bitcoin, not a collection of ordinary Bitcoin transactions. Its Proof of Transfer design and Bitcoin anchoring are central to that relationship.
Does The Graph store all blockchain data?
The Graph indexes data according to the definitions and coverage of its data services, including subgraphs. A subgraph selects and processes specified contracts and events; it should not be assumed to contain every record from every chain.
Is STX or GRT the better investment?
Neither can be called better from token price alone. STX depends in part on demand for applications on Stacks; GRT depends in part on demand for blockchain data services and participation in The Graph Network. Their supply models, technical risks, and measures of adoption differ.
Bottom Line
Choose the comparison that matches the question. For Bitcoin-connected smart contracts and application activity, examine Stacks and STX. For blockchain indexing and data access, examine The Graph and GRT. They occupy different parts of the infrastructure stack, so the useful comparison is not which token has the lower price. It is whether each network is being used for its intended purpose—and whether that use creates a durable role for its token.
