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Major Bitcoin mining pools (and why serious hashrate builds its own pool)

Big public pools make onboarding easy: point your ASIC at a Stratum URL, pick a payout method, and you’re live. But once you operate meaningful hashrate (or manage miners for clients), the trade-off changes. A private mining pool can reduce stale shares, improve visibility, and give you tighter control over fees and payout operations. The main advantage of building your own pool is control—custom programming, fee logic, payout rules, and security configuration that large BTC mining farms usually need.

What counts as a “major” Bitcoin mining pool?

A “major” pool is usually defined by consistent hashrate, reliable infrastructure, and a mature operations team. Hashrate distribution changes over time, but miners typically recognize names that have:

  • Reliable Stratum endpoints (often in multiple regions)
  • Clear payout accounting (PPLNS, SOLO, FPPS/PPS variants, etc.)
  • Strong uptime and quick incident response
  • Basic trust signals (transparent fees, reporting, and support channels)

Examples of widely recognized operators include Foundry, AntPool, F2Pool, ViaBTC, Braiins Pool, Luxor, and other region-focused pools. (Exact rankings and market share shift; always verify current stats if you’re comparing.)

Important nuance

This page isn’t a “best pool” list. It’s a buyer’s guide for ASIC farms and hosted mining operators who are deciding whether to keep using third‑party pools or build a pool they control. If you’re a beginner, start with Best Bitcoin mining pool for beginners.

Why miners use big pools in the first place

Large pools solve real problems:

  • Smoother payouts: pooling reduces variance compared to solo mining.
  • Simple setup: predictable worker formats, dashboards, and documented Stratum URLs.
  • Infrastructure investment: DDoS protections, monitoring, and fast failover endpoints.
  • Network effects: strong brand recognition, tools, and integrations (firmware, dashboards, and APIs).

If you have one small set of machines, those conveniences can be worth the fee. If you’re operating a farm, the hidden costs show up elsewhere: latency, policy risk, reporting gaps, and limited control over payout rules.

Why ASIC farms run their own pool

A well-designed private pool is less about “beating” major pools and more about optimizing your own operation. Here are the most common reasons farms move away from third‑party pools:

1) Keep more of your gross revenue

Pool fees look small until you multiply them by farm scale. Running a private pool doesn’t magically remove costs, but it lets you control where money goes: infrastructure that reduces stales, better monitoring, and payout automation that fits your accounting.

2) Lower stale shares with regional Stratum gateways

Stales are the quiet killer of revenue. With your own pool, you can deploy multi-region Stratum gateways close to your miners, tune vardiff, and build explicit failover behavior. See: Multi-region Stratum & DDoS-ready architecture.

3) Own your telemetry and reconcile payouts like a business

Major pools provide dashboards, but farms often need deeper visibility: per‑rack reporting, per‑site variance, firmware changes, downtime attribution, and payout reconciliation that matches real operations. A private pool gives you:

  • Clean APIs for hashrate, shares, stales, rejects, and miner connectivity
  • Alerts aligned to your runbooks (not generic pool alarms)
  • Custom reports for accounting and investor updates

4) Safer custody and payout controls

If you pay yourself (or clients) from your own system, you can design a safer wallet model: cold storage separation, rate-limited hot wallets, payout allowlists, and tested backup restores. This is core to our hardening checklist: Mining pool security hardening.

5) Productize your mining operation (hosted mining, white-label pool, brand)

Hosted mining providers often want a “sticky” user experience: branded dashboards, transparent payout rules, and clear uptime guarantees. Your own pool becomes part of the product—especially if you’re onboarding external miners.

A simple way to think about it

Third‑party pools optimize for their business model. A private pool optimizes for yours: uptime in your regions, reporting in your format, and payout rules aligned to your risk tolerance.

Who should build a private pool (quick checklist)

Consider building your own pool if any of these are true:

  • You operate multiple sites and want one control plane for all miners.
  • You care about stale share reduction (latency, routing, or congested endpoints are hurting revenue).
  • You manage miners for clients and need transparent reporting and clean payout reconciliation.
  • You want to offer private endpoints, SOLO ports, or custom payout rules.
  • You’re planning a public pool and want an architecture that survives real traffic and DDoS attempts.
Cloud miners and hashpower renters?

If your workflow includes buying/selling hashpower on marketplaces, you’ll usually get better control by running your own pool endpoints. See the dedicated guide: NiceHash & MiningRigRentals alternatives.

A production-ready private pool blueprint

A real pool is more than “install software.” A stable build typically includes:

  • Node layer: hardened Bitcoin Core (or BCHN/SV/etc), RPC allowlists, monitoring, safe wallet strategy. Start with Bitcoin node setup.
  • Stratum layer: gateways close to miners, DDoS protections, strict rate limits, and tested failover behavior.
  • Share processing + accounting: clean DB design, payout safety rails, and dry‑run testing.
  • Payout model selection: SOLO, PPLNS, PROP, or custom variants—see payout model guide.
  • Dashboards + runbooks: operational views that match your team (NOC style), plus incident playbooks.

This is why “free pool software” is rarely the hard part. The hard part is the production engineering: reliability, monitoring, and payout security. If you want a realistic overview of components, read Bitcoin mining pool software overview.

We install and harden pools (private or public)

We provide turnkey builds for Bitcoin and SHA256d mining pools. Depending on your goals, we can deploy Miningcore, Yiimp, NOMP, or a custom gateway-first architecture. Delivery typically includes setup, hardening, monitoring, and clear handover documentation.

Private pool (farm-only)

Regional gateways + payout automation for your own miners.

  • Low-stale Stratum routing
  • Payout controls + reporting
  • Monitoring + runbooks
See services

Public pool (growth)

Launch-ready website, onboarding docs, and survivable infra.

  • DDoS-ready edge
  • Miner-friendly payout model
  • Scaling strategy
Our process

Security & ops

Payout safety, incident response, and operational hardening.

  • Wallet segregation
  • Backup/restore drills
  • Alerts + on-call routines
Hardening checklist
Want a recommendation based on your farm?

Send your rough hashrate, regions, ASIC models, and whether you want a private pool or a public pool. We’ll suggest an architecture and a rollout plan. Contact us.

FAQ

Will my private pool “earn more” than a major pool?

Expected returns are similar for honest pools over long horizons. The private-pool advantage is operational: reduced stales, better telemetry, customized payout controls, and lower business risk from third-party policy changes.

Can you run a pool that only my miners can access?

Yes. Many clients run private Stratum endpoints behind allowlists/VPNs while keeping an optional public endpoint for external miners. We can help design safe access controls and tested failover.

Which software stack do you recommend?

It depends on your goals. Miningcore is engine-first and clean for production ops. Yiimp can be a good fit for portal-heavy builds. NOMP is a Node-based portal. We’ll recommend based on your scale, team comfort, and desired payout model.

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