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ONE WORKSPACE. MULTIPLE BLOCKCHAINS.

Your wallets.
Your next move.

From your first wallet to your next million. Generate wallet batches, export your results, and send or receive crypto with My Wallet.

✓CSV & TXT exports✓Batch progress tracking✓Multiple networks
Generation workspace
Interactive preview

New generation

Your next batch starts here.

01 / CHOOSE A NETWORK

EXPORT

CSV / TXT
Create your batch
Sample completed batchCompleted
10,000 walletsETH · CSV + TXT

Explore the preview. Create an account to run a real batch.

1M

Wallets per batch

8

Supported networks

CSV + TXT

Export formats

One place

From batch to download

INTRODUCING MY WALLET

Your coins.
Your keys. Your next move.

Import an existing private key, check coin and Ethereum or TRON token balances, and send or receive native crypto from your account. Your imported key stays in browser memory; transactions are signed in your browser.

Sign in to open your wallet, or create an account.

Five coins. One wallet workspace.

MAINNET
EthereumETH
TRONTRX
Bitcoin CashBCH
BitcoinBTC
DogecoinDOGE

Native coins only. Use the matching blockchain when sending or receiving; Ethereum and TRON token balances are also displayed; token sending is not supported.

Batch generation networks.

Explore all networks

BUILT AROUND YOUR WORKFLOW

Less repetition.
More room to build.

Keep generation, job history, and downloads together. A practical toolkit for developers and teams working with cryptocurrency wallets.

01

Batch generation

Go from a handful of wallets to large batches. Choose your network and quantity, then let the background workers take it from there.

Explore the workflow
02

A clear view of every job

Follow batch progress, revisit generation history, and find your exports without losing track of your work.

See platform features
03

Exports that fit your tools

Download CSV or TXT files for your workflow. Access completed exports from your workspace while they remain available.

Explore exports
Protection at every step
✓

Generation

Operating-system randomness

Keys use cryptographic random number generation.

✓

Processing

Encrypted intermediate storage

Generation chunks use authenticated encryption.

✓

Account

Two-factor authentication

Add an extra layer of protection to your account.

SECURITY, BY DESIGN

Your workflow deserves
a solid foundation.

Cryptographic randomness, encrypted processing, and account controls work together behind every batch. Understand how the platform handles keys before you generate.

Explore our security approach

A SIMPLE PATH FROM START TO EXPORT

Three steps. Your next batch.

01 /

Choose your network

Select a blockchain and the number of wallets you need.

02 /

Generate your batch

Start the job and follow its progress from your dashboard.

03 /

Download your results

Get your completed export in CSV or TXT format.

GOOD QUESTIONS. CLEAR ANSWERS.

Before your
next move.

Visit the help center ↗
What is BC-Team and how does it generate crypto wallets?

BC-Team is an enterprise-grade platform that generates cryptographically valid cryptocurrency wallet addresses and private key pairs for Bitcoin (BTC), Ethereum (ETH), and TRON (TRX). Addresses are calculated asynchronously through distributed workers using standard elliptic curve math (secp256k1).

Are the generated cryptocurrency addresses valid on live blockchains?

Yes. Every generated address is 100% mathematically and cryptographically valid. Bitcoin addresses follow BIP-173 Native SegWit specifications (or Legacy Base58Check), Ethereum addresses strictly follow EIP-55 checksum standards, and TRON addresses follow the official Base58Check specification. They can immediately receive and send on-chain transactions.

What is the maximum number of wallets I can generate per job?

The standard system limit is 1,000,000 wallets per individual generation job. Jobs are split into automated batches (e.g. 5,000 to 10,000 wallets per chunk) and processed in parallel across Redis queue workers.

Why does generation take place asynchronously in the background?

Generating large volumes of wallets (such as 100,000 or 1,000,000) involves intensive cryptographic operations (secp256k1 scalar multiplications, SHA-256, Keccak-256, RIPEMD-160). Processing via Redis queues ensures zero HTTP timeouts, prevents server memory crashes, and provides real-time progress tracking.

BUILD WHAT COMES NEXT

Your next batch is waiting.

A clearer way to generate wallets. A workspace that grows with you.

Create your account