BC.Game Wheel Verifier

Verify the fairness of your BC.Game Wheel spin outcomes using cryptographic proof

Bet Information

Results update as you type.

Understanding BC.Game Wheel

Game Statistics

Game Type Wheel Spin
Default Segments 50
Result Type Segment and Payout
Verification Client-side

How It Works

1 HMAC-SHA256 generates hash from server seed, client seed, and nonce
2 The first 4 bytes become a float between 0 and 1, taken to 9 decimals
3 Landing segment: floor(float × segments), counted from 0

100% Private

All verification happens entirely in your browser. Your seeds and bet data never leave your device - we don't collect, store, or transmit any information.

No Data Collection No Server Requests

How to Verify BC.Game Wheel Results

Step 1: Get your seed data from BC.Game

To verify a Wheel bet, you need three pieces of data plus the segment count and risk level:

  • Server Seed (Unhashed): Go to Settings → Fairness on BC.Game. Click "Unhash" or reveal your active server seed.
  • Client Seed: Found in the same Fairness settings page. You can use BC.Game's default or set your own.
  • Nonce: Each bet has a unique nonce. Find it in your bet history by clicking on the bet details.

Note: You can only verify bets made before you unhash the server seed.

Step 2: Enter your data in the form above

Paste your data into the verification form:

  • Enter your Client Seed exactly as shown on BC.Game
  • Enter the Server Seed (Unhashed) - this is the revealed seed, not the hash
  • Enter the Nonce for the specific bet you want to verify
  • Set the Number of Segments (default is 50) and the Risk Level (default is Low) to match your spin

The verifier calculates the result using BC.Game's exact HMAC-SHA256 algorithm.

Step 3: Compare the result with your bet

After clicking Verify, you'll see the calculated wheel segment:

  • The result will be the landed segment and the payout at that position in BC.Game's table for your segments and risk level
  • Compare this with the wheel segment shown in your BC.Game bet history
  • If they match exactly, the bet was provably fair

If results don't match, double-check you're using the unhashed server seed, correct nonce, and matching segment count and risk level.

Frequently Asked Questions

How does BC.Game Wheel determine the winning segment?

BC.Game Wheel uses HMAC-SHA256 cryptographic hashing to generate a provably fair result. The algorithm combines your server seed, client seed, and nonce to create a hash. Its first 4 bytes become a float between 0 and 1, which BC.Game's own verifier takes to 9 decimals, multiplies by the number of segments and rounds down: that is the landed segment, counted from 0. It pays the multiplier at that position in BC.Game's Wheel table for your segments and risk level, which returns 98%.

What is the number of segments field for?

The number of segments represents how many sections the wheel is divided into. BC.Game Wheel comes in 10, 20, 30, 40 or 50 segments, and this verifier starts at 50. Make sure to enter the same number of segments as shown on the wheel you played to get accurate verification results.

Why doesn't my verification result match?

Common reasons for mismatched results:

  • Using hashed server seed: You need the unhashed (revealed) server seed, not the hashed version.
  • Wrong nonce: Each bet has a unique nonce - verify you're using the exact nonce for that bet.
  • Incorrect segment count: Make sure the segment number matches the wheel configuration you played.
  • Seed pair mismatch: The seeds must be the pair that was active when the bet was placed.
Is my bet data safe when using this tool?

Absolutely. All verification happens 100% client-side in your browser using JavaScript. Your seeds, nonces, and bet data never leave your device - we don't collect, store, or transmit any information to our servers.

Can I verify other BC.Game games?

Yes! We offer free verifiers for all BC.Game original games including Dice, Crash, Limbo, and more. Each game uses the same provably fair system but with different result calculation methods.