MEV is a latency game measured in nanoseconds. Cachee gives searchers, block builders, and validators 17ns access to mempool state, price feeds, and bundle simulations — 59,000x faster than Redis.
Start Free Trial →MEV extraction is a zero-sum race. Two searchers find the same arbitrage. Two builders simulate the same bundle. The one who reads state faster, simulates faster, and submits faster captures the value. The loser gets nothing. The margin between winning and losing is measured in microseconds — and your cache layer is burning millions of them.
Cachee accelerates the state-read layer that every MEV strategy depends on. Whether you are searching, building, or validating — the hot path runs through cache.
Cache pool reserves, token prices, and routing tables across Uniswap, Curve, Balancer, and 50+ venues. Detect cross-DEX mispricings at 17ns instead of 1ms per pool read.
Pre-cache account state, nonces, and storage slots for simulation inputs. Reduce the state-loading phase from milliseconds to nanoseconds so the simulator starts immediately.
Cache transaction bundles, gas prices, and builder bids in-process. Block builders evaluating thousands of bundle combinations per slot need memory-speed access to candidate state.
Cache health factors, collateral ratios, and oracle prices for lending protocols. Detect liquidation opportunities the instant a position becomes undercollateralized.
Cache pending transactions, gas estimates, and transaction graphs in L1. Pattern detection on mempool state requires thousands of reads per block — Redis cannot sustain this at competitive speed.
Protocols building anti-MEV solutions need nanosecond access to transaction ordering state. Cachee enables real-time reordering detection and private mempool management at the speed required to protect users.
Cachee deploys as an in-process L1 cache in front of your existing state layer. It intercepts every state read — pool reserves, account balances, oracle prices, pending transactions — and serves them from memory before they ever hit Redis or your node's RPC layer.
| Layer | Source | Latency | Role |
|---|---|---|---|
| L1 — Cachee | In-process memory | 17 ns | Hot state (reserves, prices, nonces) |
| L2 — Redis / Valkey | Network cache | ~1 ms | Warm state, cross-process sharing |
| L3 — RPC Node | Execution client | ~5-50 ms | Chain state, historical lookups |
| L4 — Archive Node | Full history | ~50-500 ms | Historical state, trace data |
In MEV, your total pipeline latency determines whether you capture value or lose to a faster competitor. Here is where the microseconds go — and where Cachee eliminates them.
| Pipeline Stage | State Reads | Without Cachee | With Cachee |
|---|---|---|---|
| Mempool scan & filter | 5-10 | 5-10 ms | 85-170 ns |
| Opportunity detection | 10-20 | 10-20 ms | 170-340 ns |
| State prefetch for simulation | 20-50 | 20-50 ms | 340-850 ns |
| Bundle simulation | — | ~50 μs | ~50 μs |
| Profit validation | 3-5 | 3-5 ms | 51-85 ns |
| Total (excl. simulation) | 38-85 | 38-85 ms | 646-1,445 ns |
MEV is not Ethereum-only. Cachee accelerates state reads on every chain where value is extracted.
Mainnet MEV: DEX arb, liquidations, sandwich, backrunning. 12-second block times mean every millisecond of the slot matters.
400ms slot times with continuous block production. MEV on Solana is even more latency-sensitive — Cachee's 17ns puts you at the front of the queue.
Arbitrum, Optimism, Base, zkSync — L2 MEV is growing fast. Sequencer-aware caching keeps your state reads ahead of the next batch.
Custom appchain MEV with ABCI++ and block-space auctions. Cache validator state, bid history, and cross-chain IBC data at memory speed.
Competitive searchers running arbitrage, liquidation, and backrun strategies. State-read latency directly determines win rate. Every Redis round-trip is a lost opportunity.
Builders evaluating thousands of bundle combinations per slot. Memory-speed access to transaction data, gas prices, and simulation results means more bundles evaluated per block.
DEX, lending, and oracle protocols building MEV-aware systems. Cachee enables real-time transaction monitoring and reordering protection at competitive speed.
Validators running MEV-Boost or PBS infrastructure. Faster state access means higher-value blocks, more efficient proposal duties, and better MEV revenue share.
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