Highrise Vault

Provable trust infrastructure for the modern enterprise

powered by
SOC 2 TYPE II
INDEPENDENTLY AUDITED
3-LAYER ENCRYPTION
AT REST · IN TRANSIT · IN USE
ZERO IMPLICIT TRUST
EVERY CLAIM VERIFIABLE

[ Confidential Compute ]

The cloud requires you to trust that nobody is reading your data — not the provider, not the admins, not anyone.
Highrise Vault doesn't ask you to trust. It makes looking impossible: your data stays encrypted even while it's being used.
[ THE PROOF ]

Three guarantees, 
enforced by hardware

Protection starts in the hardware itself. Network isolation, access controls, and audit logging sit on top — but even if every one of those fails, the hardware layer holds.

01

Hardware-Enforced Isolation

Every workload runs completely sealed off — from other customers, from the software running the cloud, and from the people who operate it. Isolation is enforced by the hardware itself.

02

Cryptographically Verifiable Trust

Nothing here runs on trust alone. Every claim about how an environment is configured comes with cryptographic proof customers can verify independently.

03

Zero-Knowledge Operations

Customer data and encryption keys are never accessible to Highrise — a limit enforced by hardware.

[ ARCHITECTURE ]

Every component must prove itself

Four parts. None of them is trusted by default — each must attest its integrity before it is given a key or a byte of data.

01

Control Plane

The portal and API for creating, configuring, and managing services. It holds no secrets and cannot independently access them - untrustedby default.

02

Vault Agent

A lightweight application on your machine, acting as your personal root of trust. It attests Vault components and signs configurations. Nothing sensitive happens without it.

03

Vault Trust Center

Attests every Vault component before it receives keys or certificates. Trust is transitive and verified at each step.

04

Confidential VMs

Hardware-isolated environments hosting the full OS and application stack. Data sits on encrypted partitions; the decryption key derives only after successful attestation.

AES-256
AT REST & IN USE
TLS 1.3
IN TRANSIT
RSA-2048 / ECDSA
SIGNATURES & ATTESTATION
SHA-256 / 384
HASHING
SOC 2 TYPE 2
AICPA — REPORT ON REQUEST
[ DEPLOYMENT ]

Deploy where you need to

All three models carry identical confidentiality and attestation guarantees. The choice is yours to make on operational, cost, and regulatory grounds — not security ones.

Customer-Hosted

For organizations with existing cloud infrastructure or strict data residency requirements.

Deployed in your own cloud or on-premises data centre

Sensitive data never leaves your perimeter

Vault-Hosted Data Center

For organizations seeking a fully managed experience with no worries.

Deployed in Vault's cloud, in regions of your choice

Inaccessible to Highrise and the underlying cloud provider

Vault-Hosted Data Center

For organizations requiring dedicated 
physical infrastructure.

Deployed with a Highrise data center partner

Invisible to datacenter operators and to Highrise

[ WHO IT'S FOR ]

Financial Services

Client data, proprietary trading models, controls regulators can see.

Healthcare & Life Sciences

Patient records and diagnostic AI. HIPAA and GDPR satisfied.

Legal & Professional

Privileged communications and M&A documentation.

AI & Machine Learning

Proprietary training data and protected model IP.

Government & Public Sector

Full data sovereignty, no foreign operator dependency.

Multi-Party Collaboration

Data clean rooms and privacy-preserving analytics.

FAQ

Does confidential computing slow things down?

What if Highrise is compromised, or served a subpoena?

Can our own auditors verify Vault independently?

Which processors and cloud providers are supported?

How do we migrate existing workloads?

How is Vault priced?

[ get started ]

Ready to deploy provable trust?

Vault is available today — whether you're evaluating your first confidential workload, preparing for a compliance audit, or planning a full migration.