Cryptocurrency Development Company

Blockchain App Maker is a cryptocurrency development company specialising in custom coins, tokens, altcoins, and stablecoins for startups, enterprises, and Web3 projects worldwide.

Our blockchain engineers have delivered 500+ cryptocurrency projects across Ethereum, Solana, BNB Chain, Polygon, Tron, and Avalanche — including utility tokens, governance tokens, stablecoins, and custom blockchain assets built for real-world use cases.

We develop secure, audited, and scalable digital assets with custom tokenomics, smart contract architecture, and multi-chain deployment support.

What Is Cryptocurrency Development?

Cryptocurrency development is the process of creating a blockchain-based digital asset such as a coin, token, stablecoin, or altcoin. It includes tokenomics design, smart contract development, blockchain selection, security auditing, and mainnet deployment.

The process covers two distinct but related outputs — coins and tokens — and the distinction between them is the first decision every project must make, because it determines the entire technical path, cost, timeline, and compliance exposure.

Coin Token

Definition

Examples

Development path

Cost (indicative)

Timeline

Best for

Native currency of its own blockchain

Bitcoin (BTC), Litecoin (LTC), custom L1 coins

Requires building or forking a full blockchain network

$30,000 – $300,000+ depending on scope

3 – 12 months

Projects needing full network control and a native gas token

Asset built on an existing blockchain using smart contracts

USDT (ERC-20), UNI (ERC-20), CAKE (BEP-20), custom tokens

Deployed as a smart contract on an existing chain

$3,000 – $50,000 depending on complexity

2 – 12 weeks

Most business use cases — utility, governance, fundraising, DeFi

For the vast majority of business use cases, token development on an established chain is the correct starting point. It is faster, less expensive, immediately liquid via existing DEX infrastructure, and requires no ongoing blockchain node maintenance. We recommend the full custom coin path only when a project has a specific, documented technical requirement that existing chains cannot satisfy — not as a default.

Custom Cryptocurrency Development vs Clone Scripts: Why the Difference Matters

The cryptocurrency development market is heavily populated by vendors selling clone scripts — copied codebases of existing tokens (Binance, Safemoon, PancakeSwap) that are rebranded and deployed with minimal modification. Clone scripts are cheap and fast. They are also the source of the majority of token security incidents in the market.

Understanding the difference before you engage any vendor is the most important due diligence you can do.

Factor Clone script Custom-built token (BAM approach)

Code origin

Security audit

Tokenomics

Regulatory exposure

Exchange listing

Post-launch support

Cost

Risk profile

Copied from an existing open-source or leaked codebase

Rarely audited — original vulnerabilities often carried over

Fixed to the original token’s economic model

High — copied token mechanics may violate securities rules

Tier 1 and Tier 2 exchanges routinely reject clone scripts

Typically none — vendor disappears after delivery

$500 – $5,000

High — code may contain backdoors or exploitable logic

Written to your specification from a clean base

Third-party audit mandatory before mainnet — no exceptions

Designed from scratch for your specific use case

Designed with regulatory classification analysis from the start

Audited, custom contracts meet exchange technical requirements

Structured post-launch monitoring and upgrade support

$3,000 – $50,000+ depending on complexity

Low — audited, specified, and documented

The cost difference between a clone script and a properly engineered token is real but narrow relative to the total cost of a token launch — when factoring in marketing, exchange listing fees, and legal review. The security and credibility difference, however, is material. Tier 1 and Tier 2 exchanges conduct technical due diligence on token contracts before listing. An unaudited clone will not pass that review.

Cryptocurrency Development Services We Offer

Our cryptocurrency development services cover the complete asset creation lifecycle — from tokenomics design to mainnet deployment and post-launch optimisation. Each service is available as a standalone engagement or as part of a full token launch package.

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Crypto Coin Development

Custom coin development involves either building a new blockchain from scratch or forking an established protocol — Bitcoin, Litecoin, Dash, or Monero — and modifying it for your use case. We implement custom consensus mechanisms (Proof of Work, Proof of Stake, Delegated Proof of Stake, or custom hybrid models), configure block parameters, mining or staking reward schedules, and network governance rules. Use cases include payment networks, private enterprise blockchains, and Layer 1 protocols targeting specific industries or regions.

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Token Development Services

Token development is the fastest and most cost-effective route to launching a cryptocurrency. We deploy smart contract-based tokens across all major standards — ERC-20, BEP-20, TRC-20, SPL (Solana), and custom standards — with configurable supply, transfer rules, vesting schedules, burn mechanisms, and governance logic. Every engagement includes smart contract coding, internal peer review, third-party security audit, and mainnet deployment with verified contract source code published on the relevant block explorer.

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Smart Contract Development and Audit

Every token and most coin functionalities are governed by smart contracts — self-executing code deployed on a blockchain that enforces rules automatically without a central authority. We develop smart contracts in Solidity (Ethereum, BNB Chain, Polygon, Avalanche), Rust (Solana, NEAR), and Move (Aptos, Sui). All contracts we deploy are submitted to a named third-party security firm for formal audit before mainnet launch. We do not treat auditing as an optional upgrade — it is a standard deliverable on every engagement.

alcoin-creation

Custom Altcoin Creation

An altcoin is any cryptocurrency other than Bitcoin. Altcoin creation typically involves forking an existing blockchain and modifying its parameters — block time, hashing algorithm, supply schedule, mining reward — to create a differentiated asset. We design altcoins with specific use cases and community incentive structures. Projects that come to us asking for a "Bitcoin fork" or "Litecoin clone" are directed through a use case analysis first — if the same outcome can be achieved with a token, that is always the more practical path.

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Stablecoin Development

We develop three categories of stablecoin: fiat-collateralised (backed 1:1 by bank reserves, USDT/USDC model), crypto-collateralised (over-collateralised on-chain assets, DAI model), and algorithmic (supply-adjustment mechanisms without direct collateral). Stablecoin development requires careful tokenomics design, reserve management architecture, and regulatory consideration. See our dedicated stablecoin development pages for full technical specifications and compliance frameworks.

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ICO / IDO / IEO Infrastructure

Once a token is created, the most common funding mechanism is a public or private token sale. We build the technical infrastructure for Initial Coin Offerings (ICO), Initial DEX Offerings (IDO) on decentralised launchpads, and Initial Exchange Offerings (IEO) on centralised exchange launchpads — including the sale contract, vesting mechanics, investor dashboard, whitelist management, and KYC integration. Marketing and investor relations require specialist partners and are separate from development.

Blockchain Networks for Cryptocurrency Development

The blockchain you deploy your token on determines transaction costs, throughput, developer tooling, and the DeFi liquidity ecosystem your asset can access. This decision cannot be reversed after deployment without a bridge or full token migration — which costs both money and community trust. We make this recommendation during the discovery phase, not after development has started.

Blockchain Token standard Avg tx cost (2026) Throughput Strongest use case

Ethereum

BNB Chain

Solana

Polygon

Avalanche

Tron

Cardano

ERC-20, ERC-721, ERC-1155

BEP-20, BEP-1155

SPL Token

ERC-20 (PoS + zkEVM)

ARC-20 / EVM-compatible

TRC-20, TRC-721

Native assets

$0.50 – $15+

$0.05 – $0.50

$0.001 or less

$0.001 – $0.10

$0.01 – $0.50

Near zero

Low

15 – 30 TPS

300+ TPS

65,000+ TPS

7,000+ TPS

4,500+ TPS

2,000+ TPS

250+ TPS

DeFi tokens, governance, high-security utility tokens

Low-cost utility, DEX listing, gaming, community tokens

High-frequency tokens, meme coins, gaming rewards, NFT projects

Scalable ETH-compatible tokens, gaming, DeFi, enterprise

Institutional DeFi, subnet tokens, regulated projects

Payment tokens, stablecoins, Asian market focus

Research-backed, regulated, academic projects

Token Standards: ERC-20, BEP-20, SPL, and When to Use Each

A token standard is a set of rules that defines how a token behaves on a given blockchain — what functions it must implement, how transfers work, and how other smart contracts and exchanges interact with it. The right standard is determined by your target chain, use case, and the wallets and exchanges you need to integrate with.

ERC-20 (Ethereum and EVM-compatible chains)

Solana's native token standard for all fungible tokens on the network. SPL tokens are stored in associated token accounts rather than directly in wallets — an architectural difference from EVM-based standards that requires Solana-specific wallet integrations (Phantom, Solflare). Transaction costs below $0.001 and throughput above 65,000 TPS make SPL the standard of choice for gaming tokens, reward systems, and meme coins where microtransactions and launch volume matter most.

BEP-20 (BNB Chain)

BNB Chain's equivalent of ERC-20, with near-identical functionality at a fraction of the gas cost. BEP-20 tokens trade on PancakeSwap, BiSwap, and all BNB Chain DEX platforms. Many projects deploy both an ERC-20 and BEP-20 version of their token to access both ecosystems — connected by a cross-chain bridge. The dual-deployment strategy costs roughly $2,000 to $5,000 extra and expands addressable liquidity significantly.

SPL Token (Solana)

Pre-ICO and ICO stages are executed through secure smart contracts, enabling controlled token distribution based on predefined timelines and pricing.

ERC-721 and ERC-1155

ERC-721 defines a non-fungible token — each unit is unique and carries a distinct identifier. ERC-1155 supports both fungible and non-fungible tokens within the same contract more efficiently than separate ERC-20 and ERC-721 deployments. Both standards apply primarily to NFT projects and gaming assets. If your cryptocurrency project involves NFT utility components, loyalty collectibles, or digital ownership certificates, these standards are relevant. Full NFT development is covered on our NFT services pages.

Standard Chain Fungible? Primary use case Native DEX support

ERC-20

BEP-20

TRC-20

SPL

ERC-721

ERC-1155

Ethereum / EVM

BNB Chain

Tron

Solana

Ethereum / EVM

Ethereum / EVM

Yes

Yes

Yes

Yes

No (NFT)

Both

Utility, governance, stablecoins, DeFi

Low-cost utility, gaming, community tokens

Payment tokens, stablecoins (USDT-TRC20)

High-volume tokens, meme coins, gaming rewards

Digital collectibles, unique asset ownership

Gaming items, mixed fungible/non-fungible sets

Uniswap, Sushiswap, all EVM DEX

PancakeSwap, BiSwap, all BNB DEX

JustSwap, SunSwap

Jupiter, Raydium, Orca

OpenSea, LooksRare

OpenSea, Rarible

Token Use Cases: Matching Asset Type to Business Model

The token type you create should be determined by what you need it to do — not by what is trending. Each use case has different tokenomics requirements, regulatory implications, and technical specifications.

Utility token

A utility token grants its holder access to a specific product, service, or feature within a platform or protocol. Examples: tokens that pay for API calls, unlock premium features, or act as in-platform currency. Utility tokens are not designed as investments and typically do not carry dividend rights or governance powers — which reduces (but does not eliminate) regulatory exposure as a security in most jurisdictions. Utility token development is the most common engagement type we handle.

Governance token

A governance token gives holders the right to vote on protocol decisions — parameter changes, treasury spending, new feature proposals. Governance token design requires careful attention to voting power distribution, quorum requirements, and attack resistance. Poorly designed governance contracts can be captured by large holders or exploited through flash loan voting attacks — a documented vulnerability that has affected multiple live protocols. We design governance mechanics with time-locks, vote delegation, and minimum participation thresholds as standard.

Security token (STO)

A security token represents a real-world financial interest — equity in a company, a share of revenue, or fractional ownership of a real-world asset. Security tokens are regulated financial instruments in most jurisdictions and require compliance with securities law (Regulation D or A+ in the US, MiFID II in the EU, or equivalent). We work with licensed legal partners in each target jurisdiction before beginning security token development. See our Security Token Offering (STO) page for full details.

Stablecoin

A stablecoin maintains a consistent value relative to a peg — typically USD, EUR, or a commodity. Each stablecoin model (fiat-collateralised, crypto-collateralised, algorithmic) carries distinct risk, regulatory, and technical requirements. See our dedicated stablecoin development page.

Meme coin / community token

Community-driven tokens launched primarily for cultural resonance or speculative trading. Technically straightforward — a standard ERC-20 or BEP-20 with optional tokenomics features. The development work is the smallest component of a meme coin launch; community building, launch timing, and DEX liquidity strategy determine outcomes far more than smart contract complexity.

Reflection / redistribution token

A reflection token automatically redistributes a percentage of every transaction to existing holders — rewarding long-term holding and creating passive income mechanics. The reflection mechanic is a legitimate tokenomics design when properly implemented and clearly disclosed to token buyers. We develop redistribution tokens with full documentation of fee mechanics, maximum tax rates (we do not implement total taxes above 10% — above this threshold, major DEX aggregators flag the token as high-risk and route away from it), and transparent liquidity lock terms.

Tokenomics Design: The BAM Five-Layer Framework

Tokenomics is where most cryptocurrency projects succeed or fail — not in the code, but in the economic design that governs how the token behaves over time. A technically perfect smart contract built on broken tokenomics will fail. A well-designed tokenomics model creates sustainable demand, aligns incentives across stakeholders, and supports long-term price stability.

Based on our analysis of 500+ delivered projects and post-launch performance data, the most common tokenomics failure modes are: (1) cliff vesting that dumps team allocation at month 12, (2) treasury inflation that outpaces utility growth, (3) reflection tax rates that exceed DEX aggregator thresholds, (4) insufficient initial liquidity depth relative to circulating supply, and (5) governance token distribution so concentrated that early investors can pass any proposal unilaterally.

Our tokenomics design process addresses all five failure modes through a structured five-layer framework we apply to every project:

LAYER 1 — SUPPLY ARCHITECTURE

Total supply, hard cap vs inflationary model, burn mechanics, and long-term supply trajectory. Key question: at full circulation in year 5, what is the sell pressure relative to projected demand?

LAYER 2 — DISTRIBUTION AND VESTING

Allocation breakdown (team, investors, community, ecosystem, reserve, public sale). Vesting schedule design: linear vesting with 6–12 month cliffs for team and investors. Key question: does any single allocation category have the ability to crash the price when it unlocks?

LAYER 3 — UTILITY AND DEMAND MECHANICS

What gives people a reason to buy and hold the token rather than sell immediately? Fee discounts, staking rewards, protocol access rights, governance weight, ecosystem burn requirements. Key question: if speculation is removed, is there genuine organic demand for this token?

LAYER 4 — LIQUIDITY STRATEGY

Initial DEX liquidity: how much, locked for how long, and against which pair (ETH, USDT, BNB)? Market-making strategy for months 2–12 post-launch. Key question: can a coordinated sell of 3% of circulating supply move the price more than 10%?

LAYER 5 — REGULATORY CLASSIFICATION ANALYSIS

Pre-design review of whether the token mechanics resemble a security under Howey Test (US), MiCA (EU), VARA (UAE), or MAS guidelines (Singapore). Key question: does the tokenomics design inadvertently create an expectation of profits from others' efforts?

Every cryptocurrency development engagement at Blockchain App Maker begins with a tokenomics specification document produced from this framework — reviewed and agreed before a single line of smart contract code is written. Changes to tokenomics after mainnet deployment require a token migration, which destroys DEX liquidity positions, breaks wallet integrations, and signals to the market that the project had fundamental design failures.

Our Cryptocurrency Development Process

We follow a structured six-phase process that eliminates ambiguity, catches design flaws before they are encoded in immutable smart contracts, and delivers an audited, exchange-ready digital asset on a defined timeline.

1

Discovery and requirements: We document your use case, target blockchain, tokenomics requirements, compliance considerations, and launch timeline. Output: a signed technical specification that governs every subsequent decision. No development begins without a signed specification.

Tokenomics architecture and whitepaper: We apply the five-layer framework above to design the economic model. Output: a tokenomics specification document and a technical whitepaper. This document is what exchanges, investors, and compliance reviewers will scrutinise — it needs to be defensible under expert questioning.

2

3

Smart contract development: Our Solidity, Rust, or Move developers write the token contract, vesting contracts, governance contracts, and any protocol-specific logic. All code is version-controlled in a private repository and subjected to internal peer review before external audit submission.

Security audit: The complete smart contract codebase is submitted to a named third-party security firm. We do not deploy to mainnet until the audit report has been reviewed and all critical and high-severity findings have been resolved. The audit report is available to the client and, for public token launches, should be published on the project website.

4

5

Testnet deployment and QA: Contracts are deployed to the relevant testnet (Sepolia for Ethereum, BSC Testnet for BNB Chain, Devnet for Solana) and subjected to stress testing, edge case simulation, and integration testing with wallets and DEX interfaces. This phase catches runtime issues that static code analysis misses.

Mainnet deployment and launch support: We deploy to mainnet, verify and publish contract source code on the relevant block explorer, and support the exchange listing process. Post-launch monitoring covers the first 30 days for anomalous contract behaviour, front-running patterns, and liquidity health metrics.

6

Cryptocurrency Development Cost: Ranges Based on Delivered Projects

The ranges below are derived from our internal project data across token and coin deployments completed between 2022 and 2025. They reflect actual invoiced project scopes, not marketing estimates. Final cost for any individual project depends on tokenomics complexity, number of contracts, target chain, compliance requirements, and post-launch support scope. All projects receive a fixed-price proposal after the discovery phase — there are no variable billing surprises.

Deliverable Cost range (2026) Typical timeline Primary cost variables

ERC-20 / BEP-20 standard token

Token with advanced tokenomics

Fiat-backed stablecoin

Algorithmic / crypto-backed stablecoin

Custom altcoin (chain fork)

Full custom blockchain (L1)

ICO / IDO infrastructure

Smart contract audit (standalone)

Post-launch support (30 days)

$3,000 – $12,000

$10,000 – $35,000

$25,000 – $80,000+

$40,000 – $120,000+

$30,000 – $150,000+

$100,000 – $500,000+

$8,000 – $30,000

$5,000 – $25,000

$3,000 – $8,000

2 – 4 weeks

4 – 8 weeks

8 – 16 weeks

12 – 24 weeks

3 – 8 months

6 – 18 months

3 – 6 weeks

1 – 3 weeks

30 days

Audit firm selection, vesting contract complexity

Staking, reflection, burn, governance contracts

Reserve management system, compliance integration

Stability mechanism design, oracle integration, audit depth

Consensus design, explorer, validator tooling, wallet support

Node software, consensus protocol, ecosystem tooling

Vesting contracts, investor dashboard, KYC integration

Contract line count, auditor firm tier, findings remediation

Monitoring scope, incident response SLA

The most common budgeting error we see: treating the security audit as optional to reduce upfront cost. An unaudited token that suffers a post-launch exploit will cost more in incident response, legal exposure, user compensation, and reputational damage than the audit would have cost by a factor of 10 to 100. The audit is not an add-on — it is part of the minimum viable product for a public token launch.

Security in Cryptocurrency Development: Non-Negotiable Controls

Smart contract code is immutable once deployed to mainnet. A vulnerability cannot be patched the way a web application can be hotfixed — it requires a migration to a new contract, which destroys all DEX liquidity positions, breaks wallet integrations, and signals to the market that the project had serious technical failures. The cost of prevention is always lower than the cost of a security incident.

Smart contract audit — mandatory for all mainnet deployments

A smart contract audit is a systematic review of your contract code by independent security specialists looking for: re-entrancy vulnerabilities, integer overflow and underflow, access control failures, front-running susceptibility, flash loan attack vectors, honeypot mechanics (intentional or accidental), and logical errors in economic mechanisms. Security firms we work with include CertiK, Hacken, Quantstamp, and Solidproof — selection depends on project budget and required audit depth. All audit reports are delivered to the client with a clear finding severity classification (critical, high, medium, low, informational) and a remediation status record.

Tokenomics security review

Beyond code security, tokenomics design itself creates attack surfaces. Poorly designed liquidity pools can be exploited through sandwich attacks. High-tax tokens attract bot traders who extract value at the expense of retail holders. Governance contracts without time-locks can be captured through coordinated whale attacks. We conduct a tokenomics security review as part of Layer 5 of our framework — separate from and complementary to the smart contract code audit.

Launch protection mechanisms

The first 48 hours after token launch are the highest-risk window. Sniping bots target new token launches to front-run initial buyers. Concentrated whale positions create immediate sell pressure that can collapse price before organic buyers can participate. We implement launch protection measures including anti-bot transaction limits, gradual liquidity release schedules, initial buy cap configurations, and liquidity lock mechanisms where the token standard permits.

Launch Your Cryptocurrency with Confidence

 

Planning to launch your own cryptocurrency project? Whether you’re building a utility token, governance token, stablecoin, or custom blockchain asset, our experts can help you design secure tokenomics, develop audited smart contracts, and deploy on the right blockchain network for long-term success.

Ready to turn your idea into a live digital asset?

  • Free Project Consultation
  • Custom Tokenomics Strategy
  • Audited Smart Contract Development
  • Multi-Chain Deployment Support
  • End-to-End Launch Assistance

Talk to Our Blockchain Experts Today

FAQ

Creating your own cryptocurrency involves four decisions before development begins: (1) coin or token — do you need your own blockchain or will you build on an existing one? (2) which blockchain — Ethereum, BNB Chain, Solana, Polygon, or another? (3) token standard — ERC-20, BEP-20, SPL, or another? (4) tokenomics — what is the supply, distribution, utility, and vesting model? Once those are defined, the development process involves writing and auditing a smart contract, deploying to testnet for QA, passing a third-party security audit, and launching to mainnet. For most token projects, this takes two to eight weeks. For a custom coin requiring a new blockchain, it takes three to eighteen months.

A coin is the native currency of its own blockchain — Bitcoin runs on the Bitcoin network, ETH runs on Ethereum. A token is a digital asset created on top of an existing blockchain using smart contracts — USDT, UNI, and SHIB are all tokens, not coins. For most business use cases, building a token on an established chain is faster (two to twelve weeks vs three to eighteen months), less expensive ($3,000 – $50,000 vs $30,000 – $500,000+), and immediately compatible with existing DeFi infrastructure. Building a custom coin is only recommended when a project has specific technical requirements that no existing chain can satisfy.

Based on projects delivered between 2022 and 2025: a standard ERC-20 or BEP-20 token costs $3,000 to $12,000 including a security audit. A token with advanced mechanics (staking, governance, reflection) costs $10,000 to $35,000. A fiat-backed stablecoin costs $25,000 to $80,000+. A full custom blockchain built from scratch costs $100,000 to $500,000+. The mandatory security audit represents $5,000 to $25,000 of the total cost depending on contract complexity and auditor firm — it cannot be removed from any public token launch budget.

It depends on your priorities. For maximum DeFi ecosystem access and long-term regulatory credibility: Ethereum. For low transaction cost and fast DEX deployment: BNB Chain. For very high transaction volume and near-zero fees (gaming, meme coins): Solana. For Ethereum compatibility at lower gas cost: Polygon. For institutional or regulated use cases: Avalanche or Cardano. The chain selection should be made during the project discovery phase — it cannot be changed after deployment without a full token migration.

Yes, in most jurisdictions — subject to how your token is classified under local securities and digital asset law. A utility token that grants access to a service is generally treated differently from a security token representing equity or profit rights. In the United States, the SEC applies the Howey Test to determine whether a token constitutes a security. In the EU, MiCA (Markets in Crypto-Assets Regulation) governs token issuance as of 2024. In the UAE, VARA regulates virtual asset issuance. In Singapore, MAS applies the Payment Services Act. Legal classification review before development begins is strongly recommended — token mechanics designed without regulatory input often need to be restructured mid-development, which is expensive.

Tokenomics is the economic architecture of your cryptocurrency — the rules governing supply, distribution, vesting, utility, and incentive mechanisms. It is the most important factor in long-term project success. Based on our project data, the leading causes of post-launch token failure are economic design failures, not technical ones: vesting cliffs that trigger concentrated sell pressure, insufficient utility to generate organic demand, and governance distribution concentrated enough for whale capture. We design tokenomics before writing any code — using our five-layer framework covering supply architecture, distribution and vesting, utility mechanics, liquidity strategy, and regulatory classification.

A standard ERC-20 or BEP-20 token takes two to four weeks to develop and audit. A token with complex tokenomics (staking contracts, vesting, governance) takes four to eight weeks. A stablecoin takes eight to sixteen weeks. A custom altcoin via chain fork takes three to eight months. A full custom Layer 1 blockchain takes six to eighteen months. Timeline is driven primarily by the audit process — security firms operate with queues, and audit timelines cannot be compressed without reducing audit quality and increasing deployment risk.

A clone script is a copied codebase from an existing token, deployed with rebranding and minimal modification. Clone scripts are faster and cheaper to deploy but carry the original codebase’s vulnerabilities, are rarely audited, and are routinely rejected by Tier 1 and Tier 2 centralised exchanges during technical due diligence. A custom-built token is written to your specification, audited by a named third-party security firm, and produces a contract with verifiable clean audit history — which is a requirement for most exchange listings and investor due diligence processes.

Yes. We offer structured post-launch support covering smart contract monitoring, upgrade coordination for upgradeable contracts, exchange listing technical assistance, liquidity health monitoring, and additional feature development. Standard post-launch support covers 30 days after mainnet deployment, with extended monthly retainer options available. Most projects retain our team through at least the first major exchange listing application.

The best blockchain for token development depends on your project goals. Ethereum offers the strongest DeFi ecosystem and security, BNB Chain provides low-cost transactions, Solana supports high-speed applications, and Polygon delivers scalable Ethereum compatibility. The right choice depends on transaction volume, ecosystem access, compliance goals, and budget.

Related Cryptocurrency Development Services

Our cryptocurrency development company covers the complete token creation lifecycle. Each of the following pages addresses a specific asset type, supporting service, or next step:

      Cryptocurrency Exchange Development (build a trading platform — separate service)

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