Best Blockchain to Create a Crypto Token in 2026

Short version: deploy on Solana if cost and speed matter most, Base if your users are consumers and you want Ethereum’s tooling without Ethereum’s fees, and Ethereum mainnet only if tier-1 listings or institutional credibility outweigh everything else.

Below is what each chain costs to use, how to create a token step by step, and how to pick for your specific case. We have put real numbers on everything, because “scalable and secure” is true of every chain here and tells you nothing.

Fee figures reflect typical network conditions as of 22 September 2026. Gas prices move with demand. Check a live tracker before you commit capital to a chain.

The short answer, by situation

Your situation	Deploy on	Why
Meme coin or community token, minimum spend	Solana	Cheapest serious option, biggest retail audience, no-code tooling exists
Consumer app, frequent small transactions	Base	Sub-cent transfers, ERC-20 tooling, Coinbase distribution
DeFi token needing deep liquidity	Ethereum mainnet	Every protocol integrates natively, no bridge risk
Loyalty or brand token	Polygon	Sub-cent fees and an established enterprise track record
Retail reach in Asia	BNB Chain	Binance ecosystem access, cheap deployment
Stablecoin or payments	Tron	Largest stablecoin settlement volume of any chain
Telegram-native product	TON	Removes an entire onboarding step
Regulated or security token	Ethereum with ERC-1400	Permissioned transfers at the standard level
RWA tokenization	Ethereum or Polygon	Institutional custody support and compliance tooling
Permissioned enterprise ledger	Hyperledger Fabric	Not a token chain. Different problem, different tool

How to create a crypto token, step by step

Eight steps. Steps one and two decide whether it works. The rest is execution.

1. Decide what the token does. Write down the one job it has inside your product. If a database credit or a card payment does that job better, stop here. We would rather you stopped here than six months in.
2. Choose coin or token. A coin has its own blockchain. A token lives on someone else’s. Building a chain is a different order of project entirely. Unless you have a technical reason for your own consensus layer, you want a token.
3. Pick the chain and the standard. Use the comparison table below. Fee level, which wallets your users already hold, and which exchanges you want. Not which chain is trending.
4. Design the supply and distribution. Total supply, allocation, vesting cliffs, and what removes supply from circulation. Do this before anyone writes code, because the contract only enforces decisions you have already made.
5. Write and test the contract. Supply, transfers, vesting, permissions. Every privileged function documented and time-locked. Deploy to testnet and verify it there first.
6. Get it audited. You cannot quietly patch a deployed contract. Budget for the remediation round and the retest, not just the first pass. This is not the place to save money.
7. Deploy to mainnet and verify. Verified source code on the block explorer is what exchanges, aggregators and buyers check first. An unverified contract reads as a red flag.
8. Add liquidity and submit listings. Seed a pool, submit to CoinGecko and CoinMarketCap, prepare documentation. Listing decisions belong to the exchanges, and nobody can guarantee them.

Coin vs token: the distinction that trips people up

A coin is native to its own blockchain. Bitcoin on Bitcoin, Ether on Ethereum, SOL on Solana. Creating one means building and securing a blockchain, which means a validator set, consensus, and a security budget.

A token is issued on an existing chain using its token standard. It inherits that chain’s security and tooling from day one.

Almost everything described as “creating a cryptocurrency” is actually token creation. That is the right answer for the overwhelming majority of projects, and it is what the rest of this page covers.

Meme coins, specifically

A meme coin is a token with no functional utility. Technically it is the simplest thing on this page: a standard SPL or ERC-20 contract, fixed supply, mint authority revoked, liquidity seeded and locked.

The cheapest working route is Solana, using a no-code creator or a basic contract. What that route does not give you is an audit, locked liquidity, or anyone to call when something breaks.

Three things determine whether a meme coin survives its first week, and none are technical: liquidity locked and provably so, mint authority revoked, and a community that existed before the token. We will build the contract. We cannot build the third, and we will tell you so before you pay us.

Full chain comparison

Chain	Standard	Deploy cost	Transfer fee	Time to finality	Best for	Where it frustrates you
Ethereum	ERC-20	$30 to $200	$0.30 to $3.00	~13 min	Listings, liquidity, credibility	Fees rule out frequent transactions
Base	ERC-20	Under $5	Under $0.01	~2 sec soft, Ethereum finality after	Consumer products	Younger ecosystem, fewer integrations
Arbitrum	ERC-20	Under $10	Under $0.05	~2 sec soft, Ethereum finality after	DeFi with Ethereum security	Bridging adds a user step
Polygon	ERC-20	Under $2	Under $0.01	Seconds	Loyalty, gaming, brands	Thinner liquidity than mainnet
BNB Chain	BEP-20	$5 to $20	$0.01 to $0.10	Seconds	Asian retail reach	Reads weaker to institutions
Solana	SPL / Token-2022	Under $2	Under $0.01	Sub-second	Cost, speed, retail audience	Solidity does not port
Tron	TRC-20	$10 to $40	$0.50 to $2.00	Seconds	Stablecoin settlement	Fees are not zero, despite the claim
Avalanche	ERC-20	Under $10	$0.02 to $0.10	Sub-second	Application-specific chains	Smaller developer pool
TON	Jetton	Under $2	Under $0.01	Seconds	Telegram products	Few audit firms cover it
XRP Ledger	Issued currency	Under $1	Under $0.01	~4 sec	Cross-border payments	No general smart contract layer

Deploy and transfer costs are typical ranges, not quotes. They move with network demand, and the ordering is far more stable than the absolute numbers: Solana, Polygon, Base and TON sit at the cheap end, Ethereum mainnet at the expensive end by a wide margin, and everything else in between.

Three corrections to claims you will see elsewhere, including on our own previous version of this page.

Tron is not free. It uses an energy and bandwidth model, and if you have not staked TRX to cover it, transfers cost real money, often more than Base or Polygon.

Hyperledger Fabric and R3 Corda appear on almost every “top blockchain platforms” list. They are permissioned enterprise ledgers and you cannot issue a public tradeable token on them. If your project involves a token anyone buys, they are the wrong category.

XLS-20 is the XRP Ledger’s NFT standard, not its fungible token standard. Plenty of comparison pages get this wrong. Fungible tokens on the XRP Ledger are issued currencies held through trust lines, and they do not need a smart contract at all.

The ten chains in detail

Ethereum

Still the right answer when credibility is the constraint rather than cost. Deepest DeFi liquidity, most mature audit ecosystem, easiest path to tier-1 listings. Every integration you will ever want already speaks ERC-20 natively.

The trade-off is unavoidable. At $0.30 to $3.00 a transfer, any product where users transact weekly is impractical. Teams launch on mainnet for the prestige and then spend the next quarter building a bridge to somewhere cheaper.

Base

Where we send most consumer products in 2026. The whole Ethereum toolchain, Solidity, Hardhat, every audit firm, every wallet, at sub-cent transfer costs. Coinbase distribution is a genuine advantage with American retail.

The caveat: younger ecosystem, and a few long-tail DeFi integrations still do not support it. Check your specific dependencies first.

Arbitrum

Ethereum’s security guarantees, fees under five cents, and the deepest liquidity of any Ethereum L2. Pick it over Base when your token is a DeFi primitive rather than a consumer product. The friction is bridging, and that is where new users drop off.

Polygon

Sub-cent fees with genuine enterprise adoption, which matters when you are pitching a loyalty token to a brand’s legal team.

One caution on the case studies you will see quoted. Starbucks Odyssey ran on Polygon and closed in March 2024, and Polygon Labs had paid Starbucks to host it. Nike’s RTFKT, also Polygon-associated, was wound down and later sold, and is the subject of a class action from holders. Both are still cited as proof that brands trust Polygon. If you are building the pitch deck, pick a live programme instead, because a legal team will find the litigation.

Note the migration: MATIC became POL in 2024. That is why older comparisons show a different ticker.

BNB Chain

BEP-20 is functionally identical to ERC-20, so Solidity ports directly. Cheap to deploy, cheap to transfer, and the Binance ecosystem gives you real retail reach in Asia. The cost is reputational: institutional buyers and Western VCs read BNB Chain as retail-first.

Solana

Cheapest and fastest of the serious options, and where most new retail token activity happens. Sub-cent transfers and sub-second finality.

Token-2022 does things ERC-20 cannot do natively: transfer fees inside the standard, confidential transfers, non-transferable soulbound tokens, interest-bearing tokens. On Ethereum each needs custom contract work and a bigger audit.

Two things to know. Your Solidity does not port; it is Rust and a different mental model. And set mint and freeze authorities deliberately. Tokens launch with mint authority still live, meaning the deployer can print supply at will. Exchanges check this. So do buyers.

Tron

If you are building anything stablecoin-adjacent, Tron is where that volume already sits. It holds the largest share of USDT supply of any chain, ahead of Ethereum, and leads all networks on USDT transfer volume, with the bulk of that being small peer-to-peer transfers. That network effect is the reason to be here. Outside payments the developer ecosystem is thinner and the tooling less mature.

Avalanche

Sub-second finality, and a model that lets you run an application-specific chain with custom rules and your own validator set. Those were called subnets; since the Avalanche9000 upgrade in December 2024 they are called Avalanche L1s, and they no longer require validators to also validate the primary network, which cut the cost of running one dramatically. Genuinely useful for that use case. Smaller developer pool, which shows up when you are hiring.

TON

If your product lives inside Telegram, TON removes the biggest onboarding obstacle in crypto: getting a user to install a wallet. They already have one. Narrow but powerful. Very few audit firms cover Jetton contracts, which constrains you at review time.

XRP Ledger

Fast, cheap, and built for cross-border settlement. Fungible token issuance is native: you issue through trust lines as an issued currency, with no smart contract involved. That is also the limit. There is no general-purpose contract layer, so anything needing custom logic belongs elsewhere.

Best blockchain for launching token contracts quickly

If speed to deployment is the constraint, here is the honest ranking.

Route	Time to live	What you give up
No-code creator on Solana	Under 1 hour	Audit, vesting, custom logic, support
Standard contract, Solana or Base	3 to 5 days	Custom mechanics
Standard contract with audit	2 to 3 weeks	Nothing worth having
Custom contract with audit and vesting	4 to 6 weeks	Nothing

Three things determine how fast you can actually launch, and the chain is only one of them.

Contract complexity. A standard fixed-supply token is close to instant. Anything with custom transfer logic, vesting, or staking adds days and multiplies audit scope.

The audit. Three to four weeks including remediation and retest, and it is much the same regardless of chain. Compressing it is the most expensive saving in this industry.

Verification and listing. Verified source on the explorer takes minutes. Aggregator listings take days to weeks and are not in your control.

The fastest route that still produces something you would want to own: a standard SPL or ERC-20 contract on Solana or Base, audited, live in two to three weeks.

A note on transactions per second

Throughput numbers are the most abused figures in this industry. Almost every “TPS” you will see quoted is a theoretical maximum measured under laboratory conditions, not what the chain sustains in production, and the gap is often an order of magnitude.

What is worth comparing is time to finality, because that is a property of the consensus design rather than a benchmark. Solana and Avalanche finalize in under a second. Polygon, BNB Chain, Tron and TON in seconds. Base and Arbitrum confirm in about two seconds, though full Ethereum-backed finality takes longer. Ethereum mainnet takes roughly thirteen minutes to full finality.

Worth saying plainly: for most token projects, throughput is not your bottleneck. User acquisition is. Teams pick chains on numbers they will never approach.

Best blockchain for regulated and compliant token issuance

If your token carries a financial entitlement, or you need to control who can hold it, the chain choice narrows sharply.

Ethereum with ERC-1400 is the practical answer. The standard supports permissioned transfers, investor eligibility checks, forced transfers for court orders, and document attachment at the contract level. Institutional custody supports it. So does every serious compliance tooling vendor.

Polygon works when you need the same controls at lower cost and your investors accept an L2.

What you actually need beyond the chain:

• Transfer restrictions enforced in the contract, not in your front end. A geo-block on a website is not a control.
• An identity layer binding wallet addresses to verified investors, typically through an on-chain identity registry.
• A cap table that reconciles. On-chain supply must match your register, at all times.
• A legal opinion on classification in every jurisdiction you sell into, obtained before you deploy.

One thing worth stating directly: if you need ERC-1400’s features, you are probably issuing a security rather than a utility token. That is a legal conclusion before it is a technical one, and it should be settled with counsel before anyone writes a contract. Nothing on this page is legal advice.

Best blockchain for token distribution

Distribution mechanics matter more to a token’s first year than chain choice does, and almost nobody writes about them.

Distribution models

Model	How it works	Works when
Airdrop	Free distribution to qualifying wallets	You have an existing user base to reward
Merkle claim	Users claim against a published list, paying their own gas	Large recipient lists where you will not fund gas
Public sale	Open purchase at a fixed or curve price	You need capital and can handle the compliance
Liquidity bootstrapping	Price discovers through a weighted pool	You want to avoid bots front-running a fixed price
Launchpad or IDO	Distribution through a third-party platform	You want their audience more than their fee
Bonding curve	Price rises with supply sold, automatically	Community tokens where early support should be rewarded
Staking rewards	Earned over time for participation	You want holders, not flippers

Distribution practices that actually matter

Vest the team and investors. A 12-month cliff minimum, then linear. Unvested allocations visible on-chain are the first thing sophisticated buyers check.

Publish the unlock schedule before launch. Every unlock is a supply event. Buyers who are surprised by one sell; buyers who expected it mostly do not.

Cap what any single wallet can claim. Otherwise your airdrop funds one farm running ten thousand wallets.

Seed and lock liquidity. Locked liquidity, provably so, is the single strongest trust signal a new token has.

Use Merkle claims for anything large. Pushing tokens to fifty thousand addresses costs a fortune in gas and sends tokens to wallets that never wanted them. Claims cost you nothing and self-filter to people who care.

Chain-wise, distribution is cheapest and simplest on Solana, Base and Polygon, where gas on a claim is negligible. On Ethereum mainnet, a claim can cost a recipient more than the tokens are worth, which quietly kills participation.

Best blockchain for DeFi tokens

A DeFi token needs things a consumer token does not: deep liquidity, native integration with lending and DEX protocols, and oracle coverage.

Ethereum mainnet if the token is a protocol primitive. Every major protocol integrates natively, there is no bridge risk, and composability is the whole point.

Arbitrum for the same benefits at a fraction of the cost. Deepest L2 liquidity, and most major DeFi protocols have deployed there.

Base when your DeFi product is consumer-facing rather than degen-facing.

Solana for high-frequency use cases such as perpetuals and options, where sub-second finality genuinely changes what is buildable.

What matters beyond the chain: oracle coverage for your asset, at least one DEX with real depth, and a lending market willing to list your collateral. Confirm all three before you choose, because a token nobody can price and nobody can borrow against is not a DeFi token.

Best blockchain for NFTs and digital collectibles

Short version, since we cover this properly on a dedicated page: Ethereum for high-value art where provenance and liquidity matter, Polygon or Solana for large consumer drops and gaming assets, Base for consumer collections with Coinbase distribution.

Use ERC-1155 rather than ERC-721 if your project has both a currency and items, like most games. One contract holds both, and it is substantially cheaper to mint in batches. On Solana the equivalent is Metaplex.

For the full comparison, see our guide to the top blockchains to launch an NFT marketplace.

Best blockchain for tokenizing real-world assets

RWA tokenization has different requirements again, because the token represents something with a legal owner off-chain.

Ethereum is the institutional default. Custody providers support it, compliance vendors build for it, and ERC-1400 handles permissioned transfers natively. Polygon gives the same standards at lower cost. Avalanche L1s when you need a private validator set with a public bridge.

The chain is the easy part. What actually determines whether an RWA project works is the legal structure that holds the asset, independent custody attestation, a redemption path tested with real money rather than just documented, and transfer restrictions matching the securities rules of every jurisdiction you sell into. Redemption is where these projects fail most often. If a holder cannot get the underlying asset back, the token is a claim on a promise.

We go into the architecture in detail on our RWA tokenization platform development page.

Energy use and eco-friendly token creation

Every chain on this page uses proof-of-stake and consumes a small fraction of proof-of-work energy. The differences between them are real but small.

Chain	Consensus	Carbon reporting
Tezos	Liquid proof-of-stake	Publishes detailed third-party reporting
Polygon	Proof-of-stake	Publishes detailed reporting with an offset programme
Solana	Proof-of-history plus PoS	Publishes per-transaction energy figures
Ethereum	Proof-of-stake	Publishes post-merge figures
Algorand	Pure proof-of-stake	Publishes reporting and claims carbon negativity

If you need a figure for a sustainability disclosure, take it from the chain’s own published report and cite the reading date, because these are updated and restated. If you need to satisfy an ESG committee rather than a regulator, any proof-of-stake chain with published reporting will do, and the choice should come down to the other factors on this page.

The honest framing: post-merge, blockchain energy use is no longer the differentiator it was in 2021. Choosing Tezos over Base to save carbon while giving up ecosystem depth is usually the wrong trade.

Security, audits and developer tooling

What a secure token contract actually requires

Use audited base contracts. OpenZeppelin for EVM chains, the SPL Token program on Solana. Writing a token from scratch introduces risk for no benefit.

Revoke or time-lock privileged functions. Mint authority, freeze authority, pause, blacklist. Every one is a function someone could abuse, and buyers check. On Solana, revoke mint and freeze authority unless you have a documented reason not to.

Put the treasury behind a multisig with a timelock. A single key controlling the treasury is one compromised laptop away from a total loss.

Avoid custom transfer logic. Reflection, auto-liquidity and rebasing all break exchange integrations, and they multiply audit cost because the auditor has to reason about every interaction.

Get an independent audit and publish it. Publish the report including the findings you fixed. A clean audit with three resolved criticals is a stronger signal than a vague claim of being audited.

Tooling we use

Need	EVM chains	Solana
Contract framework	OpenZeppelin	Anchor
Development environment	Hardhat or Foundry	Anchor CLI
Testing	Foundry, fuzzing included	Anchor test suite
Static analysis	Slither, Mythril	Sec3 (formerly Soteria)
Deployment and verification	Hardhat plus explorer API	Solana CLI plus explorer
Multisig treasury	Safe	Squads

What does it cost to create a token, in total?

Deployment gas is the smallest number on your invoice, and it is the only one on this page we can quote, because it is set by the network rather than by anyone selling you something.

Line item	What decides it
Contract deployment (gas)	Entirely chain-dependent. Under $2 on Solana or Polygon, $30 to $200 on Ethereum mainnet
Contract development	Standard is cheap, custom mechanics are not. Scoped per project
Independent security audit	Priced by the audit firm on contract complexity. Do not skip it
Initial liquidity	Your capital, not a fee, and usually the largest number
Legal opinion on classification	Priced by counsel and by jurisdiction
CoinGecko and CoinMarketCap	Free to submit. Approval is not guaranteed and cannot be bought
Tier-1 exchange listing	Highly variable. Nobody can guarantee this, and you should treat anyone who does as a warning

Can you do it for almost nothing? Technically yes, using a no-code creator and paying only gas, so a few dollars on Solana. You get a contract with no audit, no vesting, no liquidity lock and nobody to call. Fine for an experiment. Not fine for anything holding other people’s money.

For a full breakdown of where the budget goes, see our guide to the cost to create a crypto token.

Enterprise and private blockchain

If you need a permissioned ledger where participants are known and data is private, you are in a different category from everything above. Hyperledger Fabric suits modular permissioned networks with channel-level privacy, R3 Corda suits financial agreements between known parties, and Avalanche L1s or a Polygon CDK chain give you a private validator set with a public bridge.

The critical distinction: you cannot issue a public tradeable token on Fabric or Corda. If your project has a token that anyone buys, you need a public chain.

We cover the architecture, the platforms and the honest trade-offs on our private blockchain and permissioned blockchain pages.

How to choose: six questions in order

The first question that produces a hard constraint decides it.

1. How often will a user transact? More than weekly rules out Ethereum mainnet. That single question eliminates the most expensive option for most consumer products.
2. Which wallets do your users already hold? Phantom means Solana. MetaMask means EVM. Telegram means TON. Do not make users install something new.
3. Do you need tier-1 listings? Ethereum mainnet is the easiest case to make. BNB Chain is the hardest with Western exchanges.
4. Does the token need transfer restrictions? If yes, you may be issuing a security. Talk to a lawyer before a developer.
5. What does your team already know? A Solidity team shipping on Solana will be slower and buggier than the same team on Base. Ecosystem familiarity is a real cost and it is usually undercounted.
6. Multi-chain from day one? Only with a reason. It multiplies audit scope and requires a designated chain of record for supply accounting. Without one, your circulating supply drifts from reality and aggregators publish the wrong number.

Token standards

Standard	Chain	Use it for
ERC-20	Ethereum, Base, Arbitrum, Polygon	Fungible tokens. The default, and correct for most projects
BEP-20	BNB Chain	Same interface, different chain
SPL / Token-2022	Solana	Token-2022 adds transfer hooks and confidential transfers
TRC-20	Tron	Fungible tokens, mostly stablecoin-adjacent
ERC-721	Ethereum and EVM	NFTs, one contract per collection
ERC-1155	Ethereum, Polygon	Games needing both a currency and items
ERC-1400	Ethereum	Permissioned transfers. Usually a security token
ERC-4626	Ethereum and EVM	Tokenized vaults and yield-bearing positions
Jetton	TON	Telegram-native tokens
Issued currency	XRP Ledger	Native fungible issuance through trust lines, no contract needed

For the standards in depth, see our guide to ERC token standards.

Frequently asked questions

What is the cheapest blockchain to create a token?

Solana, Polygon and TON sit at the cheap end, with deployment costing a couple of dollars and transfers a fraction of a cent. To stay on Ethereum tooling, Base is a few dollars to deploy with sub-cent transfers. Ethereum mainnet is the most expensive by a wide margin. Check a live tracker before committing, because gas moves with demand.

What is the best blockchain to create a crypto token?

Solana if cost and speed matter most, Base if you want Ethereum tooling at consumer prices, Ethereum mainnet if tier-1 listings and institutional credibility outweigh fees. There is no universal answer, but there is usually one right answer for your situation, and the six questions above get you to it.

How do I create a crypto token?

Eight steps: decide what the token does, choose coin or token, pick the chain and standard, design supply and distribution, write and test the contract, audit it, deploy and verify on mainnet, then add liquidity and submit listings.

What is the difference between a coin and a token?

A coin is native to its own blockchain, like Bitcoin or Ether. A token is issued on an existing chain using its token standard. Creating a coin means building a blockchain. Creating a token means deploying a contract. Almost every project that says “cryptocurrency” wants a token.

How much does it cost in total?

Deployment gas is the smallest line item, from a couple of dollars on Solana to $30 to $200 on Ethereum mainnet. The audit and the initial liquidity are the largest, and both are priced outside our control. We scope development per project rather than quoting a range that would not survive contact with your requirements.

Which blockchain is fastest for token transactions?

Solana and Avalanche finalize in under a second. Base and Arbitrum confirm in about two seconds, with full Ethereum-backed finality taking longer. Ethereum mainnet takes around thirteen minutes to full finality. Be sceptical of transactions-per-second claims: most quoted figures are laboratory maxima rather than sustained production throughput.

What is the best platform for launching token contracts quickly?

Solana or Base with a standard contract, live in three to five days without an audit, two to three weeks with one. The audit is three to four weeks including remediation regardless of chain, and it is the step you should not compress.

Which blockchain is best for regulated token issuance?

Ethereum with ERC-1400, which supports permissioned transfers and investor eligibility checks at the standard level, with institutional custody support. Polygon works at lower cost where investors accept an L2. If you need these features you are likely issuing a security, which is a legal question before a technical one.

Which blockchain is best for tokenizing real-world assets?

Ethereum for institutional credibility and custody support, Polygon for the same standards at lower cost. The chain is the easy part. The legal structure, custody attestation and a tested redemption path determine whether an RWA project works.

Which blockchain is most eco-friendly?

Every chain here uses proof-of-stake and consumes a fraction of proof-of-work energy. Tezos, Polygon and Algorand publish the most detailed carbon reporting if you need a figure for disclosure, and you should cite their own reports with a reading date. Post-merge, energy use is no longer the differentiator it was in 2021.

What is the best blockchain for DeFi tokens?

Ethereum mainnet if the token is a protocol primitive, Arbitrum for the same composability at lower cost, Solana for high-frequency use cases like perpetuals. Confirm oracle coverage, DEX depth and a lending market willing to list your collateral before choosing.

How do I distribute my token?

Airdrops and Merkle claims for existing users, public sale or liquidity bootstrapping for capital, launchpads for audience, bonding curves for community tokens. Vest team and investor allocations with a 12-month cliff, publish the unlock schedule before launch, cap per-wallet claims, and lock liquidity provably.

Can I launch the same token on several chains?

Yes, and it costs more than expected. You need a designated chain of record for supply accounting, or your circulating supply drifts and aggregators publish something wrong. We usually recommend one chain first, bridging once demand is proven.

Do I need to know how to code?

No-code token creators exist, particularly on Solana, and they work for a simple token with no custom logic. What they do not give you is an audit, vesting, a treasury multisig, or anyone to call when something breaks. Acceptable for a community experiment. Not for anything with money behind it.

How do I make sure my token contract is secure?

Use audited base contracts, OpenZeppelin or the SPL Token program, revoke or time-lock every privileged function, put the treasury behind a multisig with a timelock, avoid custom transfer logic, and get an independent audit you publish in full including resolved findings.

How do I make a meme coin?

A standard SPL or ERC-20 contract with fixed supply, mint authority revoked, and liquidity seeded and locked. The technical part is trivial. What determines survival is locked liquidity, revoked authority, and a community that existed before the token.

What is the best blockchain for enterprise use?

Hyperledger Fabric for permissioned networks with channel-level privacy, R3 Corda for financial agreements between known parties, Avalanche L1s or a Polygon CDK chain for a private validator set with a public bridge. Note that you cannot issue a public tradeable token on Fabric or Corda.

Does the XRP Ledger use XLS-20 for tokens?

Only for NFTs. XLS-20 is the XRP Ledger’s non-fungible token standard. Fungible tokens on the XRP Ledger are issued currencies held through trust lines, and they need no smart contract at all. A lot of comparison pages get this wrong.

Can you deploy the token for us?

Yes. Contract development, deployment, verification, vesting, audit management and listing submissions across every chain on this page. Tell us what the token does and we will tell you where it belongs, including when that is a chain we are not pitching.

Work with us

We have been building token infrastructure since 2018, across Ethereum, Solana, Base, BNB Chain, Polygon, Tron and more, with over 350 platforms delivered for more than 200 clients.

Tell us what your token does and who holds it, and we will come back with a chain recommendation, a scoped quote and a timeline.

NDA signed before technical discussion.