Binance Pool Is Shutting Down: The End of an Era

On November 10, 2026, Binance Pool will permanently cease Bitcoin mining operations after six years of service. The announcement marks the exit of one of the largest cryptocurrency exchanges from the mining pool business, removing a significant source of hashrate from the network and forcing thousands of miners to find new pool partners before the deadline.

For hosted miners and colocation operators, this shutdown is not just a logistical inconvenience. It represents a structural shift in how Bitcoin’s mining hashrate is distributed, with serious implications for network decentralization, payout reliability, and long-term mining strategy.

What Happened and Why It Matters

Binance launched its mining pool in 2020, quickly growing to become one of the top-ten hashrate contributors to the Bitcoin network. At its peak, Binance Pool accounted for a meaningful share of global blocks, offering miners competitive fee structures and the convenience of direct integration with the Binance exchange ecosystem.

The decision to shut down aligns with broader strategic shifts at Binance, which has been streamlining its product offerings amid evolving regulatory pressure across multiple jurisdictions. For Binance, the mining pool was a complementary service rather than a core revenue driver. For miners who relied on it, the closure creates an immediate need to redirect hashrate to alternative pools.

The timing is notable. October 2026 has been one of the strongest months for mining economics since January, with hashprice climbing back above $40 and network difficulty sitting at 125.81 trillion, roughly 15% below its all-time high. Bitcoin’s price near $83,300 means that well-positioned miners are running healthy margins. Disrupting pool arrangements during a profitable period adds unnecessary operational risk if migration is not handled proactively.

The Centralization Problem: Three Pools, Majority Hashrate

The most consequential aspect of the Binance Pool shutdown is not the closure itself but where the displaced hashrate will go. As of mid-October 2026, three mining pools already control the majority of Bitcoin’s network hashrate:

• Foundry USA — the dominant North American pool, consistently mining the largest share of blocks
• AntPool — operated by Bitmain, the world’s largest ASIC manufacturer
• ViaBTC — a long-standing pool with strong presence in Asia and globally

Together with F2Pool, these four entities now produce approximately 70% of all Bitcoin blocks. When Binance Pool’s hashrate redistributes, most of it will likely flow to these already-dominant pools, further concentrating control over block production.

This matters for several reasons:

• 51% attack threshold: While no single pool approaches 51%, the coordination required to reach that threshold decreases as fewer entities control more hashrate. The theoretical risk increases even if the practical likelihood remains low.
• Transaction censorship potential: Concentrated pool operators could, in theory, choose which transactions to include or exclude from blocks. Greater concentration means fewer independent decision-makers in the transaction ordering process.
• MEV and ordering influence: As Bitcoin’s fee market matures and potential MEV (Miner Extractable Value) opportunities develop, concentrated pools have outsized influence over transaction ordering and fee extraction strategies.
• Regulatory surface area: Fewer, larger pools present clearer targets for government regulation or intervention. If a jurisdiction pressures a dominant pool, the impact on the network is proportionally larger.

Migration Guide: How to Transition Off Binance Pool

Miners currently pointing hashrate at Binance Pool should begin migration immediately rather than waiting for the November 10 deadline. Here is a structured approach to making the transition smoothly.

Step 1: Audit Your Current Configuration

Before changing anything, document your current setup:

• Total hashrate directed to Binance Pool
• Current payout method and threshold
• Worker naming conventions
• Any Binance-specific firmware or configuration settings
• Historical payout records for tax and accounting purposes

Step 2: Evaluate Alternative Pools

When selecting a new pool, weigh these factors against your operational priorities:

• Fee structure: Most major pools charge between 1% and 2.5% on FPPS (Full Pay Per Share) or PPS+ models. PPLNS pools may charge lower fees but introduce payout variance.
• Payout model: FPPS provides predictable, steady payouts regardless of block luck. PPS+ includes transaction fee revenue sharing. PPLNS ties payouts directly to block-finding success, which can be more profitable over long periods but introduces short-term volatility.
• Minimum payout threshold: Lower thresholds mean faster access to earned Bitcoin, which matters for cash flow management.
• Geographic proximity: Latency between your miners and the pool’s stratum servers affects stale share rates. Choose a pool with servers near your hosting facility.
• Transparency and reporting: Look for pools that publish proof-of-reserves, real-time hashrate dashboards, and detailed payout breakdowns.
• Decentralization contribution: Consider directing at least a portion of your hashrate to smaller pools to support network health.

Step 3: Test Before Full Migration

Point a small percentage of your hashrate (5-10%) to the new pool for 48-72 hours before committing your full fleet. Monitor:

• Actual vs. expected hashrate reported by the pool
• Stale and rejected share rates
• Payout accuracy relative to the pool’s stated model
• Dashboard and API reliability

Step 4: Execute the Migration

Once testing confirms acceptable performance, migrate your remaining hashrate in batches rather than all at once. This minimizes downtime and allows you to catch configuration errors before they affect your entire operation. Update your ASIC firmware or management software with the new stratum URLs, worker credentials, and any pool-specific settings.

Step 5: Withdraw Remaining Binance Pool Balance

Ensure all earned Bitcoin is withdrawn from your Binance Pool account before the shutdown date. Set calendar reminders for at least one week before November 10 to verify that final payouts have been processed and funds are in your custody.

Pool Comparison: Where Miners Are Going

Here is an overview of the major alternative pools available to miners migrating from Binance Pool in late 2026:

Foundry USA

The largest pool by hashrate, Foundry USA is the default choice for many North American mining operations. It offers competitive FPPS fees, institutional-grade reporting, and deep integration with Foundry’s broader mining services ecosystem. The concern: directing more hashrate here further concentrates an already dominant pool.

AntPool

Operated by Bitmain, AntPool benefits from deep hardware-level integration and competitive fee structures. It supports multiple payout models including FPPS and PPLNS. Miners should consider the potential conflict of interest inherent in a pool operated by the dominant hardware manufacturer.

ViaBTC

A globally distributed pool with a strong track record, ViaBTC offers PPS+, PPLNS, and solo mining options. Its geographic server distribution makes it a solid choice for operations in multiple regions.

F2Pool

One of the oldest Bitcoin mining pools, F2Pool has a reputation for reliability and transparency. It supports a wide range of cryptocurrencies and offers competitive BTC mining fees.

Ocean Mining (formerly OCEAN)

For miners prioritizing decentralization, Ocean Mining uses a non-custodial payout model where miners receive block rewards directly to their own wallets. This eliminates counterparty risk and aligns with Bitcoin’s decentralization ethos, though it may come with slightly higher fee variance.

Braiins Pool (formerly Slush Pool)

The original Bitcoin mining pool, Braiins Pool offers tight integration with Braiins OS firmware for Antminer hardware. Its scoring-based payout system rewards consistent miners and reduces pool-hopping incentives.

Supporting Network Decentralization: What Individual Miners Can Do

The Binance Pool shutdown is an opportunity for the mining community to actively address centralization rather than passively reinforcing it. Here are concrete steps individual operators can take:

• Split hashrate across multiple pools: Rather than directing 100% of your hashrate to a single pool, consider a 70/30 or 60/40 split between a major pool and a smaller, decentralization-focused alternative.
• Evaluate Stratum V2 pools: Stratum V2 gives miners more control over transaction selection, reducing the pool operator’s influence over block content. Pools supporting Stratum V2 represent a meaningful step toward decentralized block construction.
• Consider non-custodial options: Pools like Ocean Mining that pay directly to your wallet eliminate the counterparty risk of having earned Bitcoin held by a pool operator.
• Support emerging pools: New and smaller pools need hashrate to produce consistent blocks and attract more miners. Directing even a small portion of your hashrate to these pools contributes to overall network health.

What This Means for Hosted Miners

If your ASICs are deployed in a colocation facility, pool migration requires coordination with your hosting provider. Most managed hosting operations will handle the stratum configuration change on your behalf, but you should confirm the timeline, verify the new pool selection, and ensure that payout addresses are correctly configured for the replacement pool.

Rax Mining hosted clients can contact the operations team for guidance on pool migration. Our technical staff can assist with evaluating pool options, configuring stratum endpoints across your fleet, and testing the new configuration before the Binance Pool deadline.

For self-managed hosted miners, remember that remote access to your ASIC management interface is essential for making pool changes. Verify that your remote management tools are functioning and that you have current credentials before the shutdown date.

The Bigger Picture: Mining Pool Market Dynamics in Late 2026

The Binance Pool exit is part of a larger trend of consolidation and specialization in the mining services industry. Several factors are shaping the pool landscape heading into 2027:

• AI and HPC competition for power: As data center capacity shifts toward AI workloads, mining operations are competing for hosting slots and power allocations. Pools affiliated with hosting providers may offer preferential terms.
• Post-halving economics: With the 2024 halving now two years past, mining operations have fully adjusted to the reduced block subsidy. Transaction fees are an increasingly important component of mining revenue, and pools with sophisticated fee optimization (MEV-aware block construction) may deliver higher per-terahash returns.
• Regulatory divergence: Different jurisdictions are taking increasingly divergent approaches to mining regulation. Pool selection may be influenced by where a pool is domiciled and how it handles compliance requirements like KYC for large payouts.

With Bitcoin difficulty at 125.81 trillion and hashprice above $40, the mining industry remains economically healthy. Miners who treat the Binance Pool shutdown as an opportunity to optimize their pool strategy and contribute to network decentralization will be better positioned for the cycles ahead.

Key Takeaways

• Binance Pool closes November 10, 2026. Begin migration now, not at the deadline.
• Three pools (Foundry USA, AntPool, ViaBTC) already control majority hashrate. Displaced Binance Pool hashrate will likely worsen this concentration.
• Miners should evaluate pools on fees, payout models, latency, transparency, and decentralization impact.
• Test new pool configurations with a small hashrate sample before full migration.
• Consider splitting hashrate across multiple pools and exploring Stratum V2 or non-custodial options to support network health.
• Hosted miners should coordinate with their colocation provider to ensure a smooth transition.