Why Tracing Our Output Wallets Is a 1-in-a-Billion Guess

Jun 4, 2025

🔐 Why Tracing Our Output Wallets Is a 1-in-a-Billion Guess

We recently ran a full cleaning session on SolanaBlender using our default privacy configuration:
16 wallet hops with randomized delays, injected decoys, and wallet burning after each transfer.

At the end of that process, we had one final wallet — indistinguishable from billions of others.

One of our followers asked:

“If I give someone the final wallet address, could they trace it back to the source?”

Here’s the honest answer:

Without inside knowledge or a major mistake (like reusing a wallet), the odds are astronomically low.
You’re looking at 1 in 1,000,000,000+ possible paths.

That’s not hype — that’s just how permutations work when you mix in:

• Decoys
• Forks
• Time obfuscation
• Random wallet generation

🧠 How That Happens (Without Giving Too Much Away 😉)

• Every hop looks like a legit transaction
• Decoy forks are indistinguishable from real paths
• We jitter timing and amounts to kill off pattern analysis
• Wallets are burned after use
• No reused keys. Ever.

🕵️ Chain analysis tools?

They rely on:

• Wallet reuse
• Consistent transaction behavior
• External metadata (IPs, CEX deposits, off-chain identity leaks)

But if you’re using a clean browser, a fresh wallet, and SolanaBlender properly?

👉 There’s no thread to pull.

This is how privacy was meant to work on-chain.
If you’re building or researching in this space, we’re always open to discussion.