The [BNB coin](https://exolix.com/currencies/bnb){:target="_blank" rel="dofollow"} is the primary crypto asset within the BNB Chain environment that powers all operations on BNB Smart Chain, opBNB, and BNB Greenfield networks. In addition to facilitating transactions, staking activities, governance participation, and use in DeFi apps and other processes, it plays a role in wider activities across the network. One crucial aspect about BNB that is worth considering while analyzing its tokenomics is its total supply size.

Initially, BNB had a maximum total supply of 200 million coins issued. Since no new tokens are created by mining activities, the BNB chain relies on the supply reduction strategy, with the overall goal of decreasing the amount of coins in circulation down to 100 million BNB.

According to statistics, following the completion of the 35th quarterly Auto-Burn process in April 2026, the BNB Chain currently holds a total supply of about 134.79 million BNB. Still, this figure continues to change as more Auto-Burn processes take place on a quarterly basis, as well as due to constant real-time gas fee burning.

How Many BNB Coins Are There in Circulation?
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According to the latest BNB Chain burn report for Q1'26, as reported in April 2026, the current total supply amounts to roughly 134.79 million BNB tokens. The number shown in circulation might be somewhat different as a result of ongoing BNB removal from circulation via the real-time burning process following every supply snapshot quarter.

In other words, the current answer to the question about how many BNB coins are there differs depending on the time of reporting. The cryptocurrency BNB uses a non-inflationary supply model and does not mint additional supply gradually; instead, its total supply is being reduced continuously due to token burns.

### BNB Coins Supply in Summary

-   Original supply: 200 million BNB

-   Latest official supply snapshot: roughly 134.79 million BNB

-   Target long-term supply reduction: to lower the total supply down to 100 million BNB

-   Supply increase via mining: no new supply is issued through mining

It is crucial to understand the difference between the total supply and the circulating supply in the case of BNB tokens. The total supply is determined by taking into account the number of coins still existing on the blockchain and excluding all those BNB coins that have already been burned.

For BNB, these figures are similar since there is no scheduled issue of newly mined BNB coins. However, the exact number of the circulating supply can be affected by BNB burns conducted via the Auto-Burn and real-time processes.

What Is the BNB Max Supply?
---------------------------

BNB max supply can be viewed from two different perspectives; the initial quantity of BNB that existed, and the eventual long-term maximum supply that will exist after several burns.

At launch, BNB had an initial supply of 200 million tokens. Nonetheless, BNB was created based on the idea of burning which involves removal of BNB tokens from circulation. Ultimately, the goal is to lower down the total supply to a maximum of 100 million BNB.

### Original vs. Long-Term Maximum Supply

-   Original BNB maximum supply: 200 million BNB

-   Long-term BNB  max  supply: 100 million BNB

-   Latest total supply (official): About 134.79 million BNB up to April 15, 2026

Therefore, 100 million BNB is not a maximum supply for issuance like Bitcoin's 21 million BTC. BNB was launched with a higher supply but is being reduced through burns.

### Can New BNB Be Created?

BNB does not engage in mining to generate new coins. The token economics of BNB are centered on lowering supply, not coin generation. Every burn process that is successful reduces a fixed supply of BNB tokens from circulation, whereas real-time burning entails the destruction of some gas fees paid using BNB Smart Chain.

The auto-burn project according to BNB Chain will continue burning tokens until there is only 100 million BNB remaining in total supply. The concept of decreasing supply is crucial in comprehending the number of BNB coins that currently exist, as well as why the number keeps changing.

How BNB Supply Has Changed Since Launch
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The supply of BNB was much greater initially when compared to its current supply. The supply of BNB when the coin was launched back in 2017 stood at 200 million BNB. As soon as the asset became operational, the process of reducing supply by 100 million was undertaken, leading to 100 million of BNB becoming a permanent part of the future supply.

Cryptocurrencies have an increasing supply with the addition of more tokens through mining or staking, while BNB, on the contrary, has been moving towards the reduction in supply.

### Key Stages in BNB Supply Development

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Period

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Development

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Effect on BNB Supply 

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2017

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BNB launches with an initial supply of 200 million coins

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Establishes the original supply base

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2017 onward

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Regular quarterly burns begin 

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Permanently removes BNB from the total supply 

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2021

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BNB Auto-Burn replaces the earlier quarterly calculation model

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Burn amounts become based on BNB price and network block production

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2021 onward

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BEP-95 introduces real-time burning of a portion of gas fees

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Supply continues decreasing alongside BNB Smart Chain activity

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April 2026

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35th quarterly burn removes 1,569,307.34 BNB

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Remaining total supply reaches approximately 134.79 million BNB

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### From Exchange Token to Network Asset

The original BNB project was built as a utility coin that had its use cases tied to the Binance ecosystem. The initial use cases included discounted trading fees and access to some specific platform functionality.

As time went by, BNB evolved into the native asset that powers all of BNB Chain. At present, it is being utilized for BNB Smart Chain transaction fees, staking activities, decentralized applications, on-chain trading, gaming, and any other Web3 use case deployed in the larger ecosystem.

What this implies is that the current supply mechanism of BNB is not solely tied to the story of an exchange token. The addition of real-time fee burns means that BNB activities on BNB Smart Chain are now able to burn the coin from circulation as well.

### A Declining Supply by Design

By April 2026, over 65 million BNB had already been burned from an initial 200 million BNB supply, resulting in approximately 134.79 million BNB as per the latest official Binance quarterly burn report.

Nevertheless, having a reduced supply doesn't necessarily define the market value. The value of BNB depends on other factors such as network activity, liquidity, market conditions, development, security, and increased demand in general for blockchain activities.

What is achieved by the burn system is the availability of a defined supply system in which there are initially 200 million BNB, and there is a continuous burning of BNB until reaching 100 million BNB.

How BNB Burns Reduce the Supply
-------------------------------

BNB burns ensure that the asset becomes permanently irretrievable. Once the coin has been burned, it can never be spent, returned into circulation, or used anywhere within the ecosystem. That is how the asset makes its way from an initial total of 200 million units down to 100 million.

Currently, there are two major methods of burning BNB to reduce its supply: the quarterly BNB Auto-Burn and a burn linked directly to transactions within BNB Smart Chain.

### BNB Auto-Burn

The Auto-Burn process ensures that an estimated number of tokens is burned every three months. Unlike prior BNB burns, which were tied to activity on Binance Exchange, the latest burns occur separately from the exchange.

The two key parameters in calculating how many tokens will need to be burned under the Auto-Burn method are:

-   the value of the token at a particular time

-   the number of blocks created on BNB Smart Chain during the period

These factors help in making the burn process more visible and easier to verify independently. After calculating the burn amount, the appropriate quantity of tokens is then transferred to the burn address, where it is no longer available for use.

As far as we know, the BNB Auto-Burn process will run until only 100 million BNB tokens remain.

### Real-Time Burn Through BEP-95

Supply for BNB is also curtailed by the network usage aspect. Through BEP-95, the real-time burning system helps remove some gas fees in exchange for BNB collected on BNB Smart Chain.

Each time a user engages in activities on the network, either by transferring assets or even trading through various DApps, they end up paying gas fees in terms of BNB. Through BEP-95, a certain proportion of those gas fees will be burned rather than staying within the scope of validator rewards.

### Why Do We Need Both Burning Systems

While the functions are somewhat similar, there is no doubt that the two models operate differently. While auto-burn makes sure that BNB supply gradually goes to 100 million through a predictable model, real-time burning associates the burning of some of the BNB supply with its active usage on the chain.

It should be pointed out that the process of burning tokens is not always associated with an increase in price and demand for them. It depends on several factors including the state of the crypto space and the utility of BNB Chain products.

Circulating Supply vs Total Supply vs Max Supply
------------------------------------------------

When investigating the total number of BNB coins available, users can obtain various results depending on market analytics tools, blockchain explorers, or official news by BNB Chain. However, these differences do not imply inconsistency because they can relate to different types of BNB coins.

### Circulating Supply

The circulating supply denotes the quantity of coins available in the market. This figure is calculated using specific methods; therefore, there can be discrepancies between different data sources. As far as BNB is concerned, the figure will vary because the tokens can be withdrawn from the market.

### Total Supply

The total supply is defined as the quantity of coins that already exist minus the burned ones. After the 35th quarter burning process conducted in April 2026, the total supply of BNB coins amounted to 134.79 million BNB.

### Maximum Supply and Burn Target

More explanation is needed regarding the BNB max supply. While BNB initially had an original supply of 200 million tokens, its burn mechanism would eventually bring down the supply to 100 million BNB.

Hence, the following are some figures related to BNB supply:

-   Original BNB supply (number of coins) of 200 million;

-   Long-term supply of 100 million BNB after burning all of them.

It is important to note that there is no creation of new BNB supply via mining, meaning that once burned, the coin becomes non-existent.

### Why There May Be Different Supply Numbers

The supply number that is reported after a burn event represents the current supply at that particular point in time. However, since burns still happen in real time whenever users make transactions using the BNB Smart Chain, supply information may vary based on the frequency of updates done by marketplaces themselves.

This means that the best way to answer the question about BNB supply is that there isn't any single figure for the current supply but that it continues to decline through burns.

Why BNB Supply Matters for Crypto Users
---------------------------------------

Suppy is just one aspect of assessing a cryptocurrency, but it certainly plays its own part in the process of examining the structure of the asset. In relation to BNB, the key idea here is that the number of coins available is destined to shrink instead of growing due to new releases.

From the user's perspective, it means that unlike many cryptocurrencies that generate new tokens due to network rewards, the burning of BNB removes them from the circulation permanently. At the same time, the asset is actively used as a payment instrument in relation to various services available on BNB Chain.

The shrinking supply of an asset can be appealing because the coin gets rarer. Nevertheless, the shrinking of the number of coins does not imply that an asset will be useful and profitable in the future.

### Supply and Network Utility Work Together

Tokenomics of BNB depend on the function of this token within the blockchain network. Users require BNB tokens to pay for gas fees whenever they interact with applications on BNB Smart Chain. The development teams use the network for building products including decentralized exchanges, lending services, gaming, NFT projects, and others.

The connection of the two is established through the real-time burning mechanism. While the network is being used, a certain percentage of the fees will be permanently destroyed. That means that the burning of BNB not only takes place regularly but also occurs in relation to the activity within the chain.

Thus, the list of issues which are crucial to understanding BNB includes:

-   the attractiveness of the ecosystem in terms of ongoing activities

-   the impact of quarterly and real-time burning on the leftover supply

-   the application of BNB throughout the network

risks associated with volatility, smart contracts, and the crypto market in general.

While the number of BNB coins available gives important information, it should not be considered separately from the other issues mentioned above. The future of the token will be determined by the interdependence of its supply reduction and user demand.

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nitially, BNB had a maximum total supply of 200 million coins issued. Since no new tokens are created by mining activities, the BNB chain relies on the supply reduction strategy, with the overall goal of decreasing the amount of coins in circulation down to 100 million BNB.

How Many BNB Are There in Circulation?

The Exolix community hopped on a Twitter Space with Vara Network to chat about gasless transactions, parallel execution, AI agents, and the future of Web3 apps that scale well.

Luis from Vara Network dove into the project's backstory, broke down how their actor model and persistent memory operate, and highlighted why the network is a hot pick for AI-driven development. The talk also touched on Vara.eth, reverse gas mechanics, ecosystem grants, growing their community, and VARA tokenomics.

Check out the Q&A below for the key takeaways from their talk.

### Question: Could you briefly introduce Vara Network and your role in the ecosystem?

Answer:\
I am Luis, and I come from Mexico. Currently, I am working as the Chief Growth Officer for Gear Foundation, which is responsible for creating the Vara Network. As you can guess, my responsibility consists of helping our company grow, establishing partnerships, and informing builders and communities about what we have been building.

The Vara Network is a Layer 1 blockchain project with a very precise technical approach. We aim to build a network based on four main pillars: parallel computation, asynchronous messaging, persistent memory, and easy application development. Our goal is to build an infrastructure which would be very similar to Web2, but also include all benefits of Web3.

For users, it translates into applications becoming faster and more user-friendly. For developers, it means being able to develop more advanced apps and not having to overcome numerous technical hurdles at each step of their work.

### Question: What is the origin story behind Vara Network?

Answer:\
It is helpful to know about the background of the team behind Vara to get a better understanding of the project. Its creator, Nikolai Wolf, is an experienced professional within blockchain infrastructure. This person has had experience with Ethereum's ecosystem, and later on, he became involved in transitioning into blockchain infrastructures related to Polkadot and Parity.

This background is relevant since Vara is not a temporary project created on the basis of a short market trend but one that stems from people with experience in the heart of blockchain infrastructures that know about their limitations.

The other notable member of the team is Alexander, the co-founder, and Head of Development of Vara, who has rich technical experience in technology giants such as Lyft, New Relic, and Spotify.

### Question: What makes Vara different from other Layer 1 networks?

Answer:\
An example of this difference is in how Vara executes transactions and logic within programs. Blockchain transactions are generally executed linearly; they have a transactional flow. This approach is effective; however, as the level of network traffic increases, bottlenecks are created.

The use of the actor programming model allows for asynchronous communication and concurrent execution of operations. An easy way to understand this idea is to visualize a grocery store where there is only one checkout point; everyone stands in one line. Vara operates like a grocery store with several checkouts, enabling parallel execution.

Another example of an advantage of using Vara is that the system does not execute logic that involves states sharing the way many others do. Rather, it executes logic via message passing between programs.

### Question: How does persistent memory improve the developer experience?

Answer:\
Persistence of data is among the key technological benefits that Vara offers. In most smart contract platforms, there is a requirement for developers to take care of data storage, modification, and data retrieval processes themselves. It makes their job a bit harder when developing more sophisticated applications.

However, this problem is solved by Vara. The platform allows developers to develop applications in a less cumbersome manner -- more natural, similar to writing code for any other application. Thus, there is no need to constantly consider the nuances of every data operation.

This is important since blockchain application development itself is quite complicated. Therefore, any reduction of overhead would enable developers to develop their apps faster and with fewer mistakes.

### Question: Vara is often connected with gasless transactions. How does that work?

Answer:\
The key difference is that gas cannot be eliminated entirely. Every blockchain will require some fees for sustaining the infrastructure and validating transactions. The main difference in Vara is about the source of the fees and the way that they are paid by the end-user.

In the case of Vara, the system is based on the reverse gas model. This approach allows developers to subsidize users' gas costs directly. In turn, from the point of view of a final user, he or she can interact with an application being gasless since the token of the particular blockchain will not be required at the early stages of interaction.

The latter point can be really useful for onboarding since most users tend to abandon Web3 apps right at the start of their interaction, as the initial steps are too complex and difficult to accomplish.

### Question: Why is Vara especially relevant for AI agents?

Answer:\
The design of Vara is optimal for AI-powered agents as the execution, memory persistence, and constant communication are critical for any application based on artificial intelligence.

According to Luis, he likened it to contracting services from someone. On many other blockchains, contractors are provided with building materials and an email address. In Vara, the contractor receives everything needed including instructions, tools, plans, and a space to work. Such approach simplifies and completes the development process.

Another advantage is that Vara integrates perfectly with Vara Skills. They are instructions that are designed to help AI agents to understand the process of creating and deploying components on Vara. Vara allows developers to write applications using their native languages and even AI assistance instead of being forced to learn Rust.

### Question: Can non-developers really build on Vara using AI tools?

Answer:\
And that is probably one of the most fascinating aspects of the current Vara direction. Historically, developing applications on the blockchain used to be rather complex and involved deep technical expertise. It required knowing how to program in various smart-contract languages, how the blockchain works, how to deploy it, and more.

With AI assistants and Vara Skills, this bar is significantly lowered. The user can tell the system what he wants, and then it will help develop the logic of his app, its front-end, back-end, and the smart contracts part.

But that doesn't mean that technical expertise is not needed anymore. On the contrary, the experience will be very useful for developing production-grade applications. Yet, with Vara, experimentation and testing of the concept become far simpler.

### Question: What is Vara.eth and how does it connect to Ethereum?

Answer:\
Vara.eth is an implementation of the Vara stack in the context of Ethereum. The implementation provides all fundamental components of Vara technology, including persistent memory, actors, and WebAssembly, in an Ethereum environment.

Importantly, it should be noted that Vara.eth was not created to outcompete Ethereum, which is considered one of the most reliable and fluid smart contract platforms. Instead, Vara.eth is built for expansion and enhancement of the capabilities provided by Ethereum. In particular, Vara offers higher speed, better support for privacy in the transaction processing prior to finalization, and a more effective architecture for application execution.

Using the example of an airport, Luis described Ethereum as a big and well-known facility that is fully connected to the rest of the world but may face issues related to congestion. Meanwhile, Vara.eth resembles a dedicated terminal in connection with the same airport.

### Question: What kinds of applications are being built on Vara?

Answer:\
Being infrastructure, Vara could provide the necessary support for multiple types of applications. These include DeFi, NFTs, real-life assets, marketplaces, prediction markets, supply chain solutions, and applications built on top of AI agents, according to Luis.

One of the examples mentioned in the ecosystem was the platform Polybaskets, which is similar to a prediction market, except users work with the technology offered by Vara directly. There was also SmartCoop League, an example of a prediction market centered around football that was based on the events related to the World Cup.

The current buzz around Vara is directly linked to AI agents. A person can come up with an idea such as an oracle, NFT marketplace, or any DeFi application, and then use the AI stack offered by Vara to build the application more quickly.

### Question: Does Vara support builders through grants or ecosystem programs?

Answer:\
Yes, Vara accepts grant proposals, but we're looking into projects that comprehend much more than simply the technological aspect of their idea. According to Luis, when building, one should take into account go-to-market strategy, community growth, adoption, and overall project development.

Permissionlessness of the technology enables any developer to use it without receiving prior permission to do so. Nevertheless, those seeking technical help and/or economic help from the fund might contact the Vara Foundation and initiate a dialogue.

This is particularly significant nowadays since the introduction of AI-based tools has greatly simplified the development process. With more people having the opportunity to develop a project based on the idea, the growth strategy comes to the forefront of discussion.

### Question: What did the team share about VARA tokenomics?

Answer:\
VARA's total supply consists of 10 billion tokens, of which 5.7 billion are currently in circulation. Luis shared information on burning about 1.3 billion VARA from genesis.

The discussion about the anti-inflation model also followed. In case a validator gets an inflation reward, it gets burned from the inflation-offsetting pool in the same quantity. The purpose behind it is dilution offsetting for users without harming the validators' and network's interests.

It was additionally shared by Luis that VARA can be obtained from several different exchanges such as MEXC, Gate.io, Coinbase, Crypto.com, and Exolix. The whole discussion about tokenomics was carried out against the backdrop of the infrastructure opportunity -- Vara provides a technical foundation for scalability and Ethereum execution.

### Question: Where should new users start if they want to explore Vara Network?

Answer:\
The best way to start is the Vara Network website itself where visitors can navigate through the wiki, technical docs, economics area, ambassadors' program, and GitHub repositories.

Developers are recommended to check the docs and GitHub areas first. Community participants should definitely join the ambassadors' program and follow social accounts of Vara. And the simplest users can access all needed information right from the website of Vara Network.

Luis also recommended following official Vara channels on social platforms to communicate with the team. The community is global, having many contributors and team members residing in Asia, Europe, Latin America, India, Spain, and the United States.

____________________________________________________________________________

Big thanks to Luis from Vara Network for coming into our Exolix community and giving us an insight into Vara Network technology, its ecosystem, AI agent direction, and development possibilities.

Stay tuned for integrations, campaigns, Twitter Spaces, and other collaborations with Exolix on our social platforms.

More interesting discussions will follow.

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The Exolix community hopped on a Twitter Space with Vara Network to chat about gasless transactions, parallel execution, AI agents, and the future of Web3 apps that scale well.

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Bradley Pierce

Crypto Niche Expert

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How Many BNB Are There in Circulation?

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