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Alpha Compute — Confidential Compute

Not even we can read this.

Alpha Compute runs frontier AI inside hardware enclaves attested down to the silicon. Your prompts, your weights, your outputs — encrypted in memory, invisible to the host, the hypervisor, and to us. Privacy by proof, not by policy.

Request a briefingSee the attestation
Enclave-01 · LiveIntel TDXNVIDIA Confidential ComputingB200 × 496+
Enclave-01 · LiveAMD SEV-SNP  ·  Intel TDX  ·  NVIDIA CC-On  ·  B200 ×496
Free compute
100%

Sealed session · 0 bytes logged · nothing leaves the boundary

0

Plaintext bytes visible to anyone but you

Always on

Silicon-enforced memory encryption

100%

Of sessions proved before the first byte

496+

NVIDIA B200 GPUs · live now

01 — Overview

Your most valuable data is the data you are not allowed to use.

Material non-public information. Patient records. Classified material. Privileged filings. The workloads with the highest value are exactly the ones every compliance team has blocked from touching a shared model.

Alpha Enclave removes the reason for the block. The hardware — not a contract, not a policy — makes the data unreadable to everyone except you, for the length of the session and not one moment longer.

Host OS

Sees ciphertext

Hypervisor

Sees ciphertext

Cloud operator

Sees ciphertext

Alpha Compute

Sees ciphertext

02 — How it works

Attest. Seal. Forget.

Three steps, enforced by hardware rather than policy, on every single request.

01

Attest

Before your session begins, the hardware signs a measurement of exactly what's running — firmware, kernel, model. You verify that signature against the silicon vendor's roots before sending a single byte.

02

Seal

Your prompt, the model weights, and every intermediate value stay encrypted in memory for the life of the session. The keys live inside the chip and never leave it — not to the host OS, not to us.

03

Forget

When the session ends, the enclave is torn down and the keys are destroyed with it. There is no plaintext left anywhere to hand over, subpoena, or leak.

01Before the first byte→
02Signed hardware measurement→
03You verify→
04Then you talk

03 — Attestation

The machine proves itself before you say a word.

The enclave signs a report of exactly what runs inside it. You check it against Intel and NVIDIA roots of trust. Fail one check and your key never leaves your device.

Live attestation report — enclave-01
report_type—
tee_type—
vendor—
gpu_arch—
workload_measurement—
keyset_digest—
signing_address—
tls_binding—
quote—
What you check
✓

Report signature valid

Signed by the chip's own key, chained to the vendor root of trust

✓

Launch measurement present

Identifies exactly what workload is running inside

✓

GPU confidential mode active

NVIDIA CC-On confirmed for the attached accelerator

✓

TLS bound to this session

Certificate pinned to the enclave's own keyset, not a shared cert

Verifying… keys withheld until every check passes

One changed bit anywhere in the measured image and the proof fails. The session never starts.

04 — Who it serves

Built for work that cannot leak.

Banks · Funds · Insurers

Financial services

Diligence, research, and client analysis on material non-public information — none of it leaving your control.

Providers · Pharma

Healthcare & life sciences

Patient and trial data at full fidelity, with a signed record behind every request.

Agencies · Primes

Government & defense

Sensitive workloads run with data and keys sealed in hardware we operate, never exposed to an operator.

Firms · Advisors

Legal & professional

Privileged material reviewed at speed, with privilege intact.

05 — The platform

Silicon to session. Nothing to trust.

No custom cryptography, no proprietary black box. Every layer below is a published standard from Intel, AMD, or NVIDIA — you can verify each one against the vendor's own attestation roots.

CPU enclave — Intel TDX

Per-VM keys in silicon

GPU enclave — NVIDIA Confidential Computing

Blackwell B200 × 496+

Attestation — verified against vendor roots of trust

Before keys are released

Session keys — ephemeral, held only inside the enclave

Destroyed at teardown

Reports are signed by the CPU and GPU themselves and checked against vendor roots of trust. Traffic between CPU and GPU enclaves is encrypted in transit. The boundary holds across the whole path.

06 — Control

Total control. Your data, your models, your borders.

Your data

Encrypted on your device to a key only the enclave holds. Never readable by us. Never retained. Never used to train anything.

Your models

Open-weight models run inside the enclave, and your fine-tuned weights are protected exactly as your data is. Nothing about the model leaves the boundary.

Your jurisdiction

Protection comes from the silicon, not the postcode. Enclave-01 runs in our facilities, and the same guarantees hold for data-residency requirements inside your jurisdiction.

07 — Get in touch

The rest happens under NDA.

Bring the workload you cannot send anywhere else. We will bring the attestation report.

Request a private enclave →Talk to the enclave

Powering the century with confidential compute, AI‑native applications and data ownership infrastructure.

© 2026 Alpha Compute Corp.

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