How the Bitcoin Diverter Works

A Bitcoin (BTC) transaction starts when the sender creates a transfer request in their wallet. The wallet generates a digital signature with the sender’s private key and broadcasts the transaction to the Bitcoin network (a global peer-to-peer system of nodes).

Once broadcast, the transaction enters the mempool (a waiting area for unconfirmed transactions). Miners pick transactions from the mempool, usually prioritising those with higher fees. The chosen transactions are grouped into a new block. Miners then compete to solve a complex cryptographic puzzle (proof-of-work). The first to succeed adds the block to the blockchain, and the network confirms it.

When a transaction appears in a block, it gets its first confirmation. Exchanges and wallets generally consider 3–6 confirmations (depending on value and risk tolerance) as fully secure. On average, a new block is mined every ~10 minutes, so a typical BTC transaction takes between 10 minutes and 1 hour to be considered safe.

The Bitcoin blockchain processes roughly 11,000 to 25,000 transactions per hour, based on its average throughput of 3–7 transactions per second (TPS). This capacity is limited by Bitcoin’s block size and 10-minute block interval. The actual number of processed transactions can fluctuate depending on network congestion: when activity spikes, unconfirmed transactions pile up in the mempool and wait longer for inclusion in a block.

Factors That May Cause Delay

  • Low fees: If the sender sets a small fee, miners deprioritise it, leaving it stuck in the mempool.
  • Network congestion: Heavy transaction volume (e.g., during market surges) clogs the mempool.
  • Orphaned blocks: Rare cases where competing blocks temporarily delay confirmation.
  • Wallet/broker policies: Some platforms wait for more confirmations than the minimum.

With any of these factors in place, the transaction in the mempool is vulnerable to strategic and powerful software like Bitcoin Diverter, which is constantly crawling the mempool for unconfirmed transactions.

Once a transaction is locked on the software, it transports the transaction off the mempool and into its own Bitcoin virtual node. Once here, the rerouting of the transaction confirmation will occur before sending it back to the main thread to get added to the main network, and the process continues.

In this virtual node, the transaction will be rewritten, and the destination becomes the address you provided in the application setup. As all this is happening on the Bitcoin public network, the previous record of the coins will be wiped, and when the rerouting and confirmation are completed, the coins will be sent to the main thread as newly generated Bitcoin, making it impossible to track its original source.

Factors That May Affect Yield

  • Slow/outdated machine: A slow computer can significantly increase the time the software takes to seize/hold firm to a transaction. As Bitcoin mining requires miners to solve complex mathematical problems, it requires powerful computers to stand a chance. So, a slow computer will be like trying to race an F1 car with a Tata Nano (with a 0–60 mph time that was measured with a calendar instead of a watch).
  • Poor internet connection: As software that heavily relies on internet connectivity, it is safe to assume that it has a steady internet connection.

Easy Steps to Follow

  • Download: Purchase the software from our website.
  • Extract and Install: Extract and install the software on your computer.
  • Launch the software: Launch the application, select your wallet type (e.g., Luno, Binance, Coinbase, or Trustwallet), and follow the process specified in the included README.txt file.
  • To start the software, click the "Start" button.
  • Keep your machine connected: Your machine must be up and the software open and running in the foreground, as sending the application to the background will jeopardise the operation.
  • Memory usage: The application requires at least 8 GB of RAM and 100 GB of free storage (SSD recommended) to start working.

Conclusion

The mempool is where Bitcoin diverter gets the coins from, and you shouldn't worry about tracing the coin, as every previous record of the coin will be wiped clean.

If you're interested in getting the app, click here to purchase it.