Blockchain App Factory builds native crypto coins and the blockchains they run on. We work with founders and enterprise teams that want control over their own network. The work covers architecture, coin economics, consensus, nodes, wallets, explorers, testing and mainnet launch. After launch, we keep supporting the network.
CHEELEE
OPENLEDGER
YAGC
TERRAFUND
REOMAXSWAP
GEORGE ON BASE
LEARN 360
SPECTRA
NUMINEA native coin needs more than a ticker and a supply number. It needs a working network and software that people can run. Holders also need somewhere to store the coin and a way to check their transactions. Our services cover each of those layers.
We build a dedicated blockchain with its own native coin. Network rules, block parameters, the fee model and governance are all set around your use case. The coin is part of the protocol itself. It pays network fees and rewards the participants who secure the chain.
Forking an established open-source codebase cuts development time. We start from a Bitcoin-derived or Ethereum-derived codebase, set new network parameters and create a fresh genesis block. The result is a new network that does not inherit the original chain's ledger or validators.
Some networks use masternodes, which are collateral-backed service nodes with extra duties. We implement masternode logic on networks built for it. That includes collateral rules, reward distribution, node configuration and setup guides for operators.
We help you pick a consensus model that matches your security needs and the operating capacity you have. Then we design total supply, issuance schedule, block or validator rewards, fee rules and any initial allocation. Governance rules decide how the network approves future upgrades.
We build and package the node software and set up seed nodes. Operators get a written guide for joining the network. The block explorer shows blocks, transactions, addresses and balances. Exchanges and apps connect to your chain through RPC and API endpoints.
Your network runs on a public testnet before mainnet. We check block production, node sync, wallet behaviour and explorer accuracy under realistic load. At launch, we coordinate the genesis block and seed nodes, then bring the first validators or miners online.
A live network needs ongoing care. We monitor node health and apply security fixes. Protocol upgrades are planned so the chain keeps running while changes roll out. Every upgrade follows your governance rules and a tested release process, and node operators get notice before each change.
The right architecture depends on how much control you need and how much infrastructure you can operate. Faster routes give up some flexibility.
If none of these apply, a token on an existing chain is usually faster and cheaper to launch.
Consensus decides who adds blocks and how quickly a transaction becomes final. Each model trades speed against decentralisation in a different way.
Miners spend computing power. Finality is probabilistic and grows stronger with each block.
Trade-off: networks with low hash rate are easier to attack.
Validators lock coins as stake. Finality is fast when paired with a finality protocol.
Trade-off: needs a healthy, well-distributed validator set.
A small group of producers is elected by coin holders. Blocks confirm quickly.
Trade-off: block production sits with fewer parties.
Approved, identified validators produce blocks, which keeps confirmation fast.
Trade-off: users must trust the approved operators.
Coins and tokens are both cryptocurrencies. Building one is a very different project from building the other.
If a token fits your project, see our token development services. To compare every creation route, read our guide to creating your own cryptocurrency.
Each engagement ends with code and documentation your team can use. The exact package depends on scope. Wallet builds and independent audits, for example, are included only when agreed.
Network type, consensus choice, fee model, governance approach and launch objectives
Total supply, issuance schedule, block or validator rewards, fee rules and allocations where used
Node source code, compiled binaries, the genesis file and chain configuration
The wallet builds in your scope, a block explorer, plus RPC or API endpoints
Protocol configuration review, test results, issue tracking and fix validation, plus the third-party audit report when included
Node deployment order, seed nodes, validator or miner onboarding, verification steps and rollback actions
Checks for block production, node health, chain splits, reorganisations and RPC availability
The RPC reference, an integration guide for wallets and explorers, and a node operator guide
Repository access, build instructions, admin key custody transfer, maintenance notes and the upgrade procedure
We deliver each build in stages. Every stage ends with an output you review before the next one starts. Some stages overlap; wallet design, for instance, often runs alongside protocol work.
We start with your use case and network goals, and collect the inputs needed for coin economics. You approve the requirements brief.
Our engineers choose the network approach and consensus model. Fee rules follow from those choices, and no code is written until you sign off.
We configure or modify the chain code to match the approved design. Every change is tracked in your repository.
We set up key management, node access controls and monitoring. Security review starts here and continues through launch.
We build the node software alongside the wallets and explorer, then test everything together. Issues are fixed before testnet.
Our designers build wallet and explorer interfaces that people can use without a manual. Sending coins should take a few clicks.
The network runs on testnet first. Once you sign off, we launch mainnet with seed nodes and the first validators or miners.
We monitor the live network and apply fixes as issues appear. Upgrades are planned with your team, which receives the full handover package.
Bring your crypto project idea to life with our expert developers who blend precision and deep domain knowledge. We create secure coins, build reliable blockchain infrastructure, and deliver end-to-end support that ensures your crypto solutions are efficient, future-ready, and competitive in the market.
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The codebases, languages and infrastructure we build networks on. Your chain's base codebase is chosen in the architecture section above. This is the full range of proven codebases and tools we work with.
Looking to see how crypto platforms work in real business environments? Explore this demo with our team to understand how trading systems, wallets, tokens, and backend services connect.
Cost depends on how far your network moves away from an existing codebase. A fork with standard settings costs less than a chain with custom protocol changes. Wallet platforms, masternode support, audit scope and support length also change the price.
| Package features | Basic | Premium | Ultimate |
|---|---|---|---|
| Economic design | |||
| Network requirements document | ✓ | ✓ | ✓ |
| Coin economics design | ✓ | ✓ | ✓ |
| Genesis block configuration | ✓ | ✓ | ✓ |
| Consensus configuration | Standard | Custom parameters | Custom parameters |
| Network build | |||
| Source-code fork setup | ✓ | ✓ | ✓ |
| Protocol changes beyond configuration | – | Limited | ✓ |
| Node software, testnet, mainnet and seed nodes | ✓ | ✓ | ✓ |
| Masternode support | – | – | ✓ |
| User tools | |||
| Web wallet | ✓ | ✓ | ✓ |
| Block explorer | ✓ | ✓ | ✓ |
| Desktop wallet | – | ✓ | ✓ |
| Mobile wallet (iOS and Android) | – | – | ✓ |
| RPC and API documentation | ✓ | ✓ | ✓ |
| Security | |||
| Internal security testing | ✓ | ✓ | ✓ |
| Key management setup | – | ✓ | ✓ |
| Third-party audit coordination | – | – | ✓ |
| Handover | |||
| Deployment runbook and technical documentation | ✓ | ✓ | ✓ |
| Exchange integration documentation | – | ✓ | ✓ |
| Source code and repository handover | ✓ | ✓ | ✓ |
| Post-launch support | Standard | Extended | Extended |
| Order Now | Order Now | Order Now | |
A native network carries risks that a token on someone else's chain does not. You operate the nodes and hold the keys. You also control the upgrade process. Structured testing and good controls reduce risk. No review removes it entirely.
We review network rules, block limits, fee settings and validation logic. The goal is to catch settings that could stall the chain or let invalid transactions through.
A forked network needs its own chain identity. We set it so transactions from the original chain cannot be replayed on yours.
Treasury and admin keys get multi-signature controls and separated access. This lowers the risk of unauthorised signing.
We restrict who can reach your nodes and RPC endpoints, and who can deploy changes. Public endpoints get rate limits to reduce resource-exhaustion attacks.
Our monitoring tracks block production, unusual transaction patterns, node behaviour and RPC errors. Alerts reach your team before small problems spread.
We test failure cases and network behaviour under stress before mainnet. Each finding is tracked until it is fixed and retested.
Upgrade procedures and dependency checks keep the network stable during changes. Recovery plans cover what happens if something fails. When an independent audit is in scope, we coordinate it and apply the fixes.
Regulatory work is specialist work outside engineering. We work alongside your legal advisers on it. Code on its own does not make a project compliant.
Projects reach us at different stages. Some need a complete asset launch. Others need a controlled fundraising flow, or a management layer for a token that already exists.
YAGC (Ya Group Coin) needed an asset-backed token on BSC. The purchase flow had to stay compliant and traceable while remaining easy for investors.
BSC, BEP-20 standard
YAGC launched with a complete token sale system. Investor activity stays visible on-chain, and the team runs daily operations from the admin panel.
Spectra needed a token deployment with a management layer for balance tracking and activity review. The setup also had to leave room for DeFi expansion later.
Utility token deployment with DeFi readiness support
Spectra launched with a live token and a management layer. The team can now see balances and activity clearly while planning its DeFi stage.
Numine needed a token and monitoring setup for a growing ecosystem of content and game-linked products. Transaction visibility and wallet compatibility were the main requirements.
Token infrastructure built for ecosystem-led usage
Numine received a token layer with defined rules and a clear supply structure. Its monitoring views fit a platform that keeps adding products.
George on Base needed a token-linked workflow for on-chain actions and role permissions. The team wanted daily admin visibility without extra complexity.
Base
The project received a repeatable token layer and a live management dashboard. Team activity is now visible and verifiable.
TerraFund wanted a fundraising setup where capital moved only after milestone checks. Contributors also needed status updates at every stage.
Multi-chain contribution setup with on-chain milestone settlement logic
TerraFund went live with a controlled fundraising model. Milestone releases follow defined on-chain rules, and contributors can follow progress at each step.
"Working with Blockchain App Factory for our real estate project was a great experience. Since we lacked an in-house team, their responsiveness and quick feedback were vital. For any startup needing a dependable partner, I definitely recommend giving them a go!"
"I had the pleasure of working with Blockchain App Factory and these individuals have brought me through the entire process as smoothly as possible. Working with them has been a tremendous experience. I would recommend it."
"We have worked with Blockchain App Factory for the last four months. We're happy with the product they have given us. Nice team, and young guys, they have real potential! I like it very much and I strongly recommend you to give it a try if you need any token-based development or apps."
We plan every project around an agreed scope and clear delivery stages. You know what is being built and what you will own after launch.
Our team has more than 12 years of blockchain experience. That work spans coins, tokens, wallets and the platforms around them.
Every build goes through planning and review cycles, with testing at each stage before testnet or mainnet.
We deliver in milestones. You get regular updates and shared documentation, so the next step is never a surprise.
You receive the repository, build instructions, keys and documentation your team needs to run and upgrade the network.
These are the questions buyers ask us most often before starting a native coin project.
It designs and builds a digital currency and the systems around it. For a native coin, that means network rules, coin economics, node software, wallets, a block explorer, testing and mainnet launch. You should also receive the source code and documentation your team needs to run the network.
A project needs its own blockchain when an existing chain cannot meet a core requirement. Examples include custom fee rules, control over validators, independent on-chain governance, or protocol-level features a smart contract cannot provide. If your needs fit an existing network, a token is usually faster and cheaper.
Choose a coin when you need your own network and can support its operation. Choose a token when you want to launch on an existing chain and put your effort into the product. Our token development team handles token projects. This team builds native coins and their networks.
Cost depends on architecture and scope. A fork with standard settings costs less than a chain with custom protocol changes. Wallet platforms, masternode support, audit scope and support length also affect the price. Budget separately for running costs such as node hosting and validator incentives.
That depends mostly on how much the protocol changes and how long testnet validation takes. More wallet platforms add time, as do independent audits and fixing what they find. We share a staged timeline after discovery, once your scope is clear.
Yes, if its license allows it. A fork gives you proven code and a faster start. Your fork becomes a new network with its own genesis block. It does not inherit the original chain's users, miners, validators or liquidity, so you still need to attract those.
Your project owns the network after handover. Miners or validators secure it, and your team or chosen partners run the core infrastructure. We can monitor the network and handle security fixes and upgrades under a support agreement.
Yes. We prepare the technical documents exchanges ask for. They cover node setup, RPC details and deposit and withdrawal guidance. Each exchange decides on listing and timing by its own rules, and liquidity depends on the market, so no provider can guarantee either. Our listing services team can support the process.
Planning a native crypto or your own blockchain? Tell us your use case, the architecture you are considering and your target launch window. The first call covers your requirements and the build routes that fit. We then explain what a detailed scope would include.
Crypto projects perform better when marketing strategy, technical expertise and business growth work together. These are three of our senior strategist team directly involved in turning your requirements into engagement.
Works with founders and enterprise teams to scope define realistic priorities, pick the right services and build a practical growth plan from the first conversation.
Leads our crypto go-to-market strategy and has directed many high-profile launch and growth campaigns across the major blockchain ecosystems we serve.
Works with international clients from initial planning through launch, connecting each project with the specialists, services and resources it requires.
