Stake Slide Verifier

Verify crash multipliers in your Stake.com and Stake.us Slide game results

Bet Information

Understanding Stake Slide

Game Statistics

Return to Player 98%
House Edge 2%
Min Multiplier 1.00x
Max Multiplier ~4,294x

How It Works

1 HMAC-SHA256 hash generated from game hash and server seed
2 First 8 hex characters extracted and converted to decimal
3 Multiplier calculated: 2^32 / (n + 1) × 0.98

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 Stake Slide Results

Step 1: Get the Game Hash and Server Seed

After a Slide round ends on Stake.com or Stake.us, click on the game result to view details. The game hash is displayed for each round, and the server seed becomes available after the round completes. Unlike other games, Slide uses a game hash system similar to Crash.

Step 2: Enter Both Values

Copy the game hash and server seed (unhashed) into the form above. The game hash is unique to each round and is combined with the server seed to generate the crash multiplier. Make sure to copy both values exactly as shown.

Step 3: Compare the Crash Multiplier

The verifier will calculate the crash multiplier using HMAC-SHA256 and display the result. The formula takes the first 8 hex characters, converts to decimal, and applies: 2^32 / (n + 1) x 0.98. Compare this with the actual game result to confirm fairness.

Frequently Asked Questions

How does Stake Slide calculate the crash multiplier?

Stake Slide generates an HMAC-SHA256 hash using the server seed as the key and game hash as the message. The first 8 hex characters (4 bytes) are converted to a decimal number. The final multiplier is calculated as: 2^32 / (decimal + 1) x 0.98, where the 0.98 factor represents the 2% house edge.

What is the difference between Slide and Crash?

Slide and Crash use the same provably fair algorithm and game mechanics. Both are multiplier-based games where you try to cash out before the multiplier crashes. The main difference is visual presentation and theme. Both games have a 98% RTP and use identical HMAC-SHA256 verification with game hash and server seed.

Why does Slide use a game hash instead of client seed?

Slide is a multiplayer game where all players share the same round result. Using a game hash ensures every player sees the same crash multiplier. The game hash is pre-committed and published before the round starts, making it impossible for Stake to manipulate results after bets are placed.

Does this verifier work for both Stake.com and Stake.us?

Yes, both Stake.com (crypto casino) and Stake.us (sweepstakes casino) use identical provably fair algorithms for the Slide game. This verifier works with seeds from either platform since the underlying HMAC-SHA256 implementation is the same.

What is the maximum possible multiplier in Slide?

The theoretical maximum multiplier is approximately 4,294x, which would occur when the first 8 hex characters of the hash are all zeros (00000000). However, this is extremely rare. Most rounds crash between 1x and 10x, with occasional higher multipliers. The minimum is always 1.00x.

Is my seed data safe with this verifier?

Absolutely. This verifier runs entirely in your browser using JavaScript. Your game hash and server seed are never transmitted to any server. All cryptographic calculations happen locally on your device, ensuring complete privacy. You can even use this tool offline after loading the page.