Why Cachee How It Works
All Verticals 5G Telecom Ad Tech AI Infrastructure Autonomous Driving DEX Protocols Fraud Detection Gaming IoT & Messaging MEV RPC Providers Streaming Trading Trading Infra Validators Zero-Knowledge
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Patent Pending · AI-Predicted L1 State Caching
1.5µs
State read latency. From CPU L1 cache. For any system.

Every Latency-Critical System
Has a State Read Bottleneck. We Eliminate It.

Trading systems, blockchain validators, fraud engines, game servers, ad exchanges, IoT platforms — they all read state before making decisions. That state lives in Redis, Cassandra, DRAM, or shared memory at 1μs–50ms. Cachee serves it from CPU L1 cache at 17 nanoseconds. AI predicts what you'll need before you ask for it. Hit rate: 99.05% — production verified.

The Physics of Speed
Every layer of the memory hierarchy adds latency. Cachee keeps your hottest state at the very top.
L1 CPU Cache
~1nsCachee optimizes across all tiers
L2 Cache
~4ns
L3 Cache
~12ns
DRAM (Redis)
~100ns
NVMe SSD
~25μs
Network (DB call)
~500μs+
14 Verticals · 8 Industries

One Technology. Infinite Applications.

Any system where state reads sit on the critical path between input and decision — Cachee makes it faster.

📡
Telecom
5G Network Slicing & Edge
Session state, QoS policies, and subscriber profiles cached at the edge for real-time slice management across millions of concurrent sessions.
$865B IoT by 2030Sub-1ms edge
📺
Advertising
Ad Tech & Real-Time Bidding
User profile, segment membership, and campaign state at 1.5µs. Evaluate bids in 5ms instead of 80ms. +23% win rate, +8% bid accuracy. $312M incremental revenue.
2,000× faster+23% wins
🧠
AI · ML Infrastructure
AI Infrastructure
KV cache, attention state, and model weights served from L1 at 1.5µs. Eliminate GPU memory bottlenecks. 10-15× inference throughput. Cut GPU costs by 40-60%.
10-15× throughput-60% GPU cost
🚗
Automotive · Safety
Autonomous Driving Vehicles
LiDAR, radar, and camera sensor lookups against cached map tiles, object models, and route data at 1.21ns. Standard cache adds 12ms — over a foot of uncontrolled travel at highway speed.
12ms → 0.001msLives saved
🔄
Crypto · DeFi
DEX Aggregators
Route discovery across 20+ DEXs at 1.5µs per pool state read. Evaluate 15,500 routes per quote vs 100. +13 bps execution advantage.
155× routes+13 bps
🛡️
Payments
Fraud Detection
Evaluate 3,100+ risk signals per transaction vs 100. User profiles, velocity counters, device fingerprints at 1.5µs. -42% false declines, +35% fraud caught.
31× signals-42% false dec
🎮
Gaming
Game Servers & Cloud Gaming
Player state, world objects, physics at 1.5µs per read. 61% tick budget headroom at 128Hz. 3–4× players per server. Zero tick overruns.
61% headroom3-4× density
📱
Messaging & IoT
IoT & SMS Platforms
Opt-out checks, carrier routing, throttle state, device twins at 1.5µs. 31× MPS per server. Zero stale opt-out risk. -90% routing infrastructure.
31× MPS-90% infra
⚡
Crypto · MEV
MEV Searchers & Arbitrage
Account state reads at 1.5µs vs 1ms from RPC. 183,000× faster. Evaluate 155× more arbitrage paths per slot. $144M+ annual opportunity per searcher.
183,000× faster$144M+/yr
🔗
Crypto · Infrastructure
RPC Node Providers
Serve getAccountInfo and getBalance from L1 at 1.5µs instead of 1–5ms from RocksDB. 10× more requests per node. Premium tier at lower cost.
10× RPS/node-60% infra
📺
Media · Streaming
Streaming Platforms
660K+ ops/sec. 1.5µs L1 hits. AI-predicted pre-warming eliminates rebuffer events. Zero viewer churn from latency spikes during viral surges or live events.
660K+ ops/secZero rebuffer
💹
Finance · Institutional
Trading & Market Data
Real-time position management, risk limits, and market state across 10,000+ instruments. $100M lost per millisecond of latency. Cachee saves microseconds on every decision.
$100M/ms/yr10K+ instruments
📊
Finance · HFT
Trading Infrastructure
FPGA-class state reads in software. Position lookups, risk checks, order book state at 1.5µs. 1,267× faster than Redis. 1/100th the cost of custom FPGA.
1,267× faster1/100th FPGA
🔥
Crypto · Validators
Validators & Firedancer
Block production at full CU saturation. Account state reads for transaction validation at 1.5µs enables 630 avg tx/block vs 450. +87 bps SRR improvement.
+87 bps SRR48M CU/block
🔐
Security · Cryptography
Zero-Knowledge Proofs
Cache verified ZK-STARK proofs at 2.09ns lookup vs 815ms re-verification. 497M× faster proof validation for rollups, bridges, and privacy protocols.
497M×2.09ns
Universal Benchmark

One Read. Every System. See the Difference.

State Read Latency Comparison
How fast can each system serve a single state object?
By the Numbers

The Platform Behind the Promise

1.5µs
L1 State Read
Physics-guaranteed by CPU cache
99.05%
AI Prediction Hit Rate
Production verified
12
Target Verticals
6 industries · crypto to gaming
Patent
Filed & Pending
AI-predicted cache architecture
How Cachee Works

Three Innovations. One Architecture.

01
Optimized State
Your hottest state objects are stored in optimized high-speed memory for instant access. Zero cross-socket traffic. L1 cache hits are physically guaranteed by silicon proximity — not by luck.
02
AI-Predicted Warming
Our AI engine — trained on your access patterns — predicts which state objects will be needed next. Pre-loads them before you ask. 99.05% hit rate means you almost never wait.
03
Transparent Fallthrough
Cachee sits in front of your existing data store. Cache miss? Falls through transparently. No code changes. No new protocols. Deploy in an afternoon, not a quarter.
The universal pattern: Every system we serve follows the same architecture. A hot data layer (Cachee at L1) accelerates the 20% of state that serves 80% of reads. The existing data store remains the system of record. Cachee doesn't replace Redis or RocksDB — it makes them invisible for the reads that matter most.
Your System Has a State Read Bottleneck.
Let Us Prove It in 48 Hours.
Drop-in benchmark. Your hardware. Your data. Your access patterns. NDA-protected.
Schedule a Technical Deep-Dive →
No slides. Just latency histograms. We bring the benchmark; you bring the bottleneck.