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We scored Litecoin's decentralization with actual numbers: pool hashrate shares, node counts, rich-list data, and a Nakamoto coefficient that should make you slightly uncomfortable.
Every coin claims to be decentralized. Almost none of them publish the receipts. So I pulled the numbers for Litecoin, axis by axis: pool hashrate shares, reachable node counts, rich-list data, developer activity. Then I scored it the way you'd audit anything else, with the ugly parts left in.
A warning on method before anything else. Every figure below is an estimate, snapshotted from public trackers around mid-2026, and every one of them moves. Pool shares swing week to week. Node crawlers disagree with each other by hundreds. Rich lists can't tell you who actually owns an address. Treat this as a rough map, not a land survey.
Start with the number that matters most. Based on a mid-2026 snapshot of MiningPoolStats data, the visible Scrypt pool landscape looks roughly like this: F2Pool around 945 TH/s, ViaBTC around 660 TH/s, AntPool around 385 TH/s, with Litecoinpool.org and EMCD each in the 120 to 135 TH/s range, against total tracked hashrate near 2.5 PH/s. Convert to shares and you get F2Pool at roughly 38%, ViaBTC near 26%, AntPool around 15%. Estimates, all of them, and they wobble constantly. The shape doesn't.
That shape gives Litecoin a mining Nakamoto coefficient of about two. Two pools, F2Pool and ViaBTC, sum to somewhere near 64% of visible hashrate at that snapshot. Two entities agreeing to misbehave is a very short conspiracy. For reference, Bitcoin's pool-level coefficient has hovered around two as well in recent years, so this isn't a uniquely Litecoin disease. It's still a disease.
Now the softener, because it's real. Pools are coordinators, not owners. The hashrate belongs to thousands of independent ASIC operators who point their machines at a stratum endpoint and can repoint them in minutes. Bitcoin miners demonstrated this in 2014 when GHash.io flirted with 51% and miners fled. Pool concentration is a short-term censorship and reorg risk, not permanent capture. But short-term is exactly when attacks happen, and miners historically react after something breaks, not before.
Merged mining adds a wrinkle most analyses skip. Since Dogecoin adopted auxiliary proof of work in 2014, most Scrypt hashrate mines LTC and DOGE simultaneously, and it's overwhelmingly the same pools coordinating both. Whoever concentrates Litecoin's block production concentrates Dogecoin's too. One pool operator compromise, two chains affected. Efficiency and fragility, bundled.
Reachable Litecoin node counts sit in the order of hundreds to roughly 1,500 depending on which crawler you trust, with common estimates around 1,200 as of mid-2026. Crawler counts only see listening nodes. Machines behind NAT, home firewalls, or Tor don't show up, so the true full-node population is higher by some unknowable multiple. Still, compare Bitcoin's reachable counts, which land in the high thousands to twenty-thousand-plus depending on methodology, and Litecoin's network is thin.
Geographic spread follows the usual pattern: heavy in the US and Germany, meaningful clusters in France, the Netherlands, and East Asia. The less comfortable estimate is hosting. A substantial fraction of reachable nodes, plausibly a third or more based on typical crawler ASN data, run inside a handful of clouds and budget hosts like Hetzner, OVH, and AWS. A policy change at two or three companies could dent the reachable network overnight. It wouldn't kill it. It would embarrass it.
The genuinely good news: running a Litecoin node is cheap. The chain is a fraction of Bitcoin's size, sync takes hours not days, and nobody's permission is required. The barrier is interest, not cost. Whether that's reassuring depends on how you feel about a network secured partly by apathy.
Litecoin has essentially one maintained full-node implementation: Litecoin Core, a fork of Bitcoin Core. There's no meaningful alternative client with independent consensus code. If a consensus bug ships, the whole network ships it together, and there's no second implementation to disagree and expose the divergence.
Bitcoin has the same monoculture, with Core at something like 98% of nodes, so this isn't a point of Bitcoin superiority in structure. The difference is the review bench. Bitcoin Core gets hundreds of contributors and multiple well-funded security review teams per year. Litecoin Core inherits most of that work secondhand, with a lag: the current lineage still traces to Bitcoin Core's 0.21 era, meaning upstream fixes and features arrive years late, filtered through a much smaller local team. Inherited security with a delay is still security. It's just not the same thing as having your own immune system.
Rich-list data (bitinfocharts-style, recent snapshots, changes slowly) puts the top 100 Litecoin addresses at roughly 37 to 38% of supply, with the top ten holding around 13%. That sounds alarming and is less alarming than it sounds. The biggest addresses are mostly exchange cold wallets, meaning coins owned by millions of customers and merely custodied in one place. Custodial concentration is a real risk, just a different one than a hundred whales colluding.
One holder is worth naming because it's fully visible: Lite Strategy (NASDAQ: LITS) holds 929,548 LTC as of its late-2025 disclosures, the first US-listed company running Litecoin as a treasury reserve, with Charlie Lee on the board. That's roughly 1.2% of the circulating supply of about 77 million, held by a single corporate entity. Not a controlling stake by any stretch, but a new category of concentration Litecoin didn't have two years ago.
The historical ledger is cleaner. Litecoin launched in 2011 with a publicly announced start, no premine, no allocation to insiders. And Lee famously sold his LTC in December 2017, taking abuse for it ever since, which means Litecoin is one of the few majors with no founder whale sitting over the market. Bitcoin's top-100 share, for comparison, sits around 13 to 14%, though the same exchange caveat applies there.
This is Litecoin's weakest axis and it isn't close. Active, consistent Litecoin Core contributors number in the single digits by most reasonable counts of recent commit activity. The MWEB privacy upgrade, the biggest protocol change in Litecoin's history, was substantially the work of one funded developer, David Burkett. That shipped, which is impressive. It's also a textbook bus factor.
Funding is similarly narrow. The Litecoin Foundation, a Singapore nonprofit, runs on donations and partnership revenue with a budget that is, by any estimate, a rounding error next to the ecosystems funding Bitcoin development across Chaincode, Brink, Spiral, and various exchanges. A protocol securing billions in market value, maintained by a handful of people on a shoestring, has worked so far. That sentence should end with "so far" every time it's written.
Labels are blunt on purpose. All statuses are estimates as of mid-2026.
| Axis | LTC status | Verdict |
|---|---|---|
| Pool hashrate | Top two pools around 60 to 65% of visible hashrate; Nakamoto coefficient roughly 2 | Concentrated |
| Mining hardware | Thousands of independent Scrypt ASIC operators who can switch pools in minutes | Distributed |
| Node permissionlessness | Anyone can run a node cheaply; roughly 1,200 reachable, more hidden | Distributed |
| Node hosting | Sizeable fraction of reachable nodes in a few clouds and hosting providers | Concentrated |
| Client software | One implementation (Litecoin Core), years behind upstream Bitcoin Core | Concentrated |
| Supply | Top 100 addresses near 38%, but heavily exchange custody; one 1.2% corporate holder | Leans concentrated |
| Launch and founder | No premine, fair 2011 launch, founder sold in 2017 | Distributed |
| Development | Single-digit active maintainers, thin funding | Concentrated |
Read the table and a pattern falls out. Litecoin is decentralized wherever participation is cheap: buying an ASIC, running a node, holding coins, forking the code. It's concentrated wherever participation is expensive: coordinating hashrate at scale, maintaining consensus software, funding development. That's not a Litecoin quirk, it's economic gravity, and Bitcoin fights the same pull. Bitcoin just fights it with vastly more people and money on the cheap-to-expensive frontier.
Against Bitcoin directly: comparable on pool concentration (both around a coefficient of two), comparable on client monoculture in structure but far weaker on review depth, weaker on node count by an order of magnitude, arguably cleaner on founder distribution, and much weaker on developer redundancy. Anyone selling you "Litecoin is decentralized" as a flat statement is compressing eight axes into one word, and the compression is doing a lot of dishonest work.
The practical takeaways are narrow and useful. Watch pool shares, because two entities near two-thirds of hashrate deserves monitoring even if miners can flee. Discount rich-list panic, because most of it is exchange custody. And if you care about Litecoin surviving another decade, its scarcest resource isn't hashrate or nodes. It's maintainers.
Partially, and the honest answer depends on the axis. Mining hardware ownership, node access, and supply history (no premine, no founder whale) are genuinely distributed. Pool coordination, client software, and development are concentrated, with roughly two pools controlling most visible hashrate and single-digit active maintainers. It's more decentralized than most altcoins and less than Bitcoin on most axes.
For mining pools, roughly 2 as of mid-2026 snapshots: F2Pool and ViaBTC together sum to somewhere around 64% of visible hashrate. The figure shifts with pool shares, and it measures pool coordinators rather than hardware owners, so it overstates capture risk somewhat. It's still the standard worst-case metric, and two is a low number.
Technically, two large pools colluding could briefly censor transactions or attempt reorgs. Practically, the attack destroys the pools' business, miners can repoint hashrate within minutes, and historically miners have abandoned pools that approached majority control. The risk is real but self-limiting. Sustained capture would require the hardware owners' cooperation, not just the coordinators'.
Crawler estimates put reachable nodes in the hundreds to roughly 1,500, commonly around 1,200 as of mid-2026. That undercounts reality because nodes behind firewalls, NAT, or Tor don't appear to crawlers. It's still roughly an order of magnitude below Bitcoin's reachable counts, and a meaningful share sits in a few hosting providers.
On most axes, no. Bitcoin has far more nodes, vastly deeper developer redundancy, and bigger security review resources, while sharing similar pool concentration and client monoculture. Litecoin arguably wins on one axis: founder distribution, since Charlie Lee sold his holdings in 2017 while Satoshi's estimated million-plus BTC still sits dormant as a permanent overhang.
