SS RANK LEADERBOARD

Ranking blockchains by evolutionary replication fitness & social scalability (SS) — not hype, not market cap, but the actual efficiency of propagating and storing chain state. High TPS means nothing if only a datacenter can run a node.

Long-term Hosting Costs

The more expensive it is to run a full-node, the harder it is to sovereignly verify the blockchain.

Projected chain size after 10 years at maximum block capacity. Cost to verify the chain locally without other parties.

Rank ▲ Name ▼ Chain Size (10YR) ▼ Tx Number (10YR) ▼ TX Size ▼

PoW Propagation Efficiency

Larger the block size, longer the timeout. Longer the timeout, higher potential for delay attacks.

Smaller blocks propagate faster across the network. Large blocks increase delay attack surface and bandwidth burden.

Rank ▲ Name ▼ Block Size ▼ Limit Type ▼ Orphan Rate ▼

Attack Costs

51% Attack Cost (per day & per 10yr)

Cost to 51% attack the network. Higher = more secure.

Rank ▲ Name ▼ Cost (10YR) ▼ Cost (per day) ▼

WTPS Score

WTPS = TPS / (Max Block Size × Block Time × 10yr Chain Size)

Throughput weighted by storage burden. High TPS with large blocks/chains scores lower. Rewards efficient designs that maximize transactions without bloating storage.

Rank ▲ Name ▼ WTPS Score ▲ Raw TPS ▼ Block Time ▼

Fungible Privacy

Strength of Cryptographic Privacy

Ranking native privacy built-in to the base layer of a coin, not 3rd party services.

Rank ▲ Name ▼ Technology Privacy Type Vulnerability