Cost-efficient private AI inference
Coordwave routes encrypted requests to hardware-verified Apple Silicon providers, delivering comparable model performance at about 50% lower cost than typical API providers. Prompts stay hidden from operators, and Mac owners earn from compute they already own.
01 — What You Get
Private inference without a new SDK
Change the base URL and keep your existing OpenAI client. Requests are encrypted before they leave your app and routed to verified Apple Silicon providers.
Open Console ↗Turn idle Apple Silicon into earnings
Run a provider on hardware you already own. Coordwave matches your Mac with inference demand, and operators keep 100% of inference revenue during the public alpha.
Start Earning ↗02 — Why It Costs Less
Most inference pricing includes several layers between silicon and the developer. Capacity is bought, rented, repackaged, and metered before it reaches an API call. Each layer adds margin. Coordwave routes demand to idle Apple Silicon instead, where the hardware is already paid for and the marginal cost is mostly electricity.
Typical API supply chain
Apple has shipped over 100 million machines with serious ML hardware: unified memory, high bandwidth, Neural Engines, and enough RAM in high-end systems to serve large MoE models. Most of that capacity sits idle for long stretches every day.
Coordwave turns that idle capacity into a private inference market.
Developers get lower prices without changing SDKs. Mac owners earn from machines they already own. The coordinator matches demand to providers, but prompts stay encrypted and hidden from the operator.
100M+
Apple Silicon machines shipped since 2020
50%
lower cost at comparable model performance
18hrs
average daily idle time per machine
100%
of inference revenue goes to the hardware owner
03 — The Privacy Problem
Routing to idle machines is only useful if the operator cannot read the request. Prompts can contain customer conversations, internal plans, source code, and other sensitive context. A marketplace promise is not enough when inference runs on hardware you do not own.
Coordwave is designed around a stricter guarantee: the coordinator can route requests, the provider can serve them, but neither should get a usable view of the prompt.
Private inference requires privacy that can be verified, not just promised.
04 — Privacy Architecture
Operator-blind by design
Coordwave removes the practical software paths an operator could use to observe inference data. Four layers work together, with hardware identity verified privately by the coordinator.
Encrypted end-to-end
Requests are encrypted before transmission. The coordinator routes ciphertext, and only the matched provider's hardware-bound key can decrypt the request.
Hardware-verified
Each provider uses a key generated inside Apple's tamper-resistant secure hardware. The attestation chain traces back to Apple's root certificate authority.
Hardened runtime
The inference process is locked down at the OS level. Debugger attachment and memory inspection are blocked so the operator cannot inspect a running request.
Traceable to hardware
Responses carry the verified trust state of the machine that produced them. The coordinator validates Apple's chain and publishes a privacy-redacted verdict without exposing device identifiers.
E2E Encryption
encrypted before it leaves your device
OS Integrity
SIP enforced · signed system volume · binary self-hash
Memory Isolation
Hypervisor.framework · Stage 2 page tables
Hardened Process
debugger blocked · no shell access
Your inference data — prompts · responses · model state
operator is here — every path inward is eliminated
The operator contributes compute, not visibility.
05 — Developer Experience
OpenAI-compatible API
Keep your SDK, request shape, and streaming code. Point the client at Coordwave and start routing private inference.
from openai import OpenAI
client = OpenAI(
base_url="https://api.coordwave.ai/v1",
api_key="your-api-key"
)
response = client.chat.completions.create(
model="gemma-4-26b",
messages=[{"role": "user", "content": "Hello!"}],
stream=True
)
for chunk in response:
print(chunk.choices[0].delta.content, end="")
06 — Pricing
50% lower cost, comparable performance
Idle Apple Silicon keeps the cost structure simple. Pay per token with no subscription or minimum, with selected model prices set around 50% below typical API-provider rates for comparable models.
| Model | Input | Output | Typical API | vs typical API |
|---|---|---|---|---|
Gemma 4 26B MoE · 128K context | $0.03 | $0.165 | $0.33 | 50% lower |
GPT-OSS 20B MoE · 128K context | $0.015 | $0.07 | $0.14 | 50% lower |
Prices per million tokens. Typical API means published list rates for comparable models from major API providers.
07 — Earn
Earn from your Mac
Install the provider, choose when your Mac is available, and earn from inference jobs matched by the network. During the public alpha, operators keep 100% of inference revenue.
100%
of inference revenue goes to you
Low
marginal cost on Apple Silicon
Install via Terminal
Downloads the provider binary and configures a background launchd service.
$ curl -fsSL https://api.coordwave.ai/install.sh | bash
Native macOS Menu Bar App — In Development
A guided setup flow for non-terminal users. The CLI is the supported path during the public alpha.
Earnings estimate
Chip family
M3 Ultra
Unified memory
96 GB
Estimated daily earning
$1.24/day
Gemma 4 26B · 5%
Models your Mac can run
Models are ranked by estimated daily earning at the selected duty cycle.
- Gemma 4 26B$1.24/day
- Qwen3 32B$1.05/day
- GPT-OSS 20B$0.53/day
How this estimate is calculated
The estimate assumes bandwidth-limited, single-stream decoding, with duty cycle as the only adjustable input.
More Macs Support Coming Soon
We're starting with Macs that have 48 GB or more
Register your Mac ↗Smaller models aren't supported yet. Register on the console, and we'll email you when this Mac can start earning.
Notify me when smaller models launch ↗07 — Earn
Read the technical paper
Architecture, threat model, security analysis, and economic model for private inference on distributed Apple Silicon.