Cryptography secures your data, your software, your identities, and your machines. GaraTrust unifies it all — protecting every private key in a hardware security module while authorized users and systems keep working at full speed.
Public-key cryptography secures data in transit and at rest, authenticates users and machines, and proves the integrity of your software. That makes private keys the enterprise's most valuable — and most exposed — asset.
Keys left in software on endpoints are easy to steal — creating breach exposure, audit gaps, and compliance failures.
Security can't slow the business. Keys must stay protected while keeping pace with high-frequency operations and CI/CD.
Move keys into an HSM and integration breaks — most tools and platforms aren't natively supported, forcing custom work.
Deployed between your HSM and your clients, GaraTrust restricts every client to proxied access. Keys remain secured and non-exportable — users never touch the HSM directly.
Because clients authenticate to GaraTrust, you can enforce MFA, device authentication, approval workflows, just-in-time access, and notifications — per key or per user, without modifying applications or servers.
Clients hash data locally and send only the hash over the network. The result is HSM-backed security at signing speeds that rival local keys — regardless of artifact size.
Run on-premises, in the cloud, or hybrid. Use multiple HSMs and key managers from different vendors at once — Thales, Entrust, HashiCorp Vault, AWS, Azure, and Google Cloud.
Start with the use case you need today and expand across the platform — one integration layer, one investment, multiple security initiatives.
Discover, issue, renew, and revoke every certificate from one interface. Automated lifecycle management eliminates outages — backed by your own private CA.
Learn moreHSM-backed code signing across all major formats, plus Git commit signing, SBOM signing, and verified reproducible builds — at CI/CD speed.
Learn moreReplace passwords and shared credentials with cryptographic identity for SSH, TLS/mTLS, cloud API access, and machine-to-machine workloads.
Learn moreApplication-level encryption protects files, databases, email, and backups in motion and at rest — with keys controlled centrally, not scattered across apps.
Learn moreExtend cryptographic identity and policy enforcement to AI agents and non-human identities — so autonomous systems operate under the same controls as people.
Learn moreDeploy GaraTrust for one pillar and add the rest with no rip-and-replace. The architecture is already there.
See it in actionConsolidate point solutions into a single modular layer — and expand from one use case to many.
Native client integrations mean no custom development and no rip-and-replace. Most deployments finish in days.
Private keys are generated and stay non-exportable in the HSM. Garantir never has access to your keys or data.
Founded by engineers with backgrounds in government-grade encryption, PKI, and embedded systems.
Enterprise support and migration assistance from the team that builds the platform — not a call center.
A host of native client integrations means existing processes keep running — no new software on endpoints, no custom development.
No. Keys are generated and remain non-exportable inside the HSM or key manager. Clients make requests through GaraTrust, which authenticates and authorizes them, performs the operation, and returns only the finalized cryptographic result.
Both. GaraTrust deploys on customer-managed infrastructure and runs on-premises, in the cloud, or in a hybrid environment. All infrastructure types are supported.
No. GaraTrust is licensed to you and deployed on fully customer-managed infrastructure, so the Garantir team never has access to your HSM private keys or your data.
GaraTrust integrates with Thales Luna and Entrust nShield HSMs, HashiCorp Vault, AWS KMS, AWS CloudHSM, Google Cloud KMS, and Azure Key Vault — and supports multiple HSMs from different vendors simultaneously. New integrations are added regularly, so reach out if yours isn't listed.
Through client-side hashing and enveloped encryption. Clients compute the hash locally and send only that hash to GaraTrust, which applies the key in the HSM. Data sent over the network stays minimal regardless of file size, so signing performance rivals local keys.
It's technically possible, but routing through GaraTrust adds three things a raw HSM can't easily provide: native integrations to the tools you already use, so deployment needs no custom development; granular controls like MFA, device authentication, and approval workflows enforced per key or per user; and fine-grained access to individual keys — where many HSMs grant all-or-nothing access to a slot.
Technically an HSM can secure any key; the challenge is using those keys at speed and scale from existing workflows without exporting them. Because GaraTrust supplies the native client integrations and the performance to make that practical, you can protect keys for use cases the HSM isn't normally used for — like SSH access to production servers — without exporting keys or building custom integrations.
All GaraTrust nodes deploy in a high-availability cluster. Strong redundancy and minimal data sent over the network deliver high uptime assurances, and customers who want "break-glass" capabilities can configure them at deployment.
Yes. GaraTrust has a documented threat model — contact the Garantir team to request a copy.
Yes — issuance, renewal, revocation, CSR generation, automated discovery, and more, available to every customer who deploys GaraTrust for at least one use case.
Walk through your cryptographic operations with a GaraTrust expert and see how centralized, policy-enforced key access strengthens security without slowing your business.
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