HubSecure Trust Layer: post-quantum encryption (HydraShield ML-KEM-768), E2EE across all communication, tenant data isolation, European data residency and zero-trust architecture.
HubSecure is designed for regulated teams that need encryption, tenant isolation, RBAC, audit logs, secure document handling, DPA coverage, EU SCCs and clear subprocessors. Current hosting is in Singapore, with EU infrastructure planned for Q3 2026.
Certification wording matters: HubSecure lists GDPR-aligned controls, ISO 27001-ready controls and a SOC 2 Type II roadmap. Do not treat planned certifications as completed certifications.
You don't need to understand encryption algorithms to know your business is protected. Here's what HubSecure's security layer means in plain terms.
Every file, email and record is encrypted. Even if someone broke into the servers, they'd only find scrambled data they can't use.
Role-based permissions mean each team member only accesses the data relevant to their job. No accidental leaks, no oversharing.
Who opened what, when, and what they did. A complete audit trail means you can answer any compliance question without manual searching.
Each business's data is completely isolated. There's no way for one client's records to mix with another's — by design, not just policy.
HydraShield is HubSecure's proprietary cipher suite — a Rust-native security layer that wraps every module with post-quantum key encapsulation and authenticated encryption. Not a roadmap item. Live today.
Use this as the buyer-facing trust summary: what is live today, what is contractually available, and what is on the certification roadmap.
DPA, SCCs, subprocessor list, acceptable use, privacy policy and data export commitments.
Encryption model, tenant isolation, RBAC, audit logging, incident response and roadmap posture.
Migration plan, access roles, first workflow, admin ownership and evidence expectations.
HydraShield combines practical encryption controls across transport, storage, Vault files, backups and key management, with post-quantum key encapsulation planned for the Secure Mail path.
Quantum computers will eventually break today's RSA and ECDH key exchanges — a threat known as "harvest now, decrypt later". HubSecure's Secure Mail path is planned around ML-KEM-768 (NIST FIPS 203, standardised 2024), the post-quantum key encapsulation mechanism designed for both classical and quantum adversaries.
Regulated firms in finance, law and healthcare handling long-lived confidential data — think M&A documents, patient records, privileged advice — are most exposed to harvest-now attacks. The roadmap is designed around that risk.
| Layer | Algorithm | Where applied | Standard |
|---|---|---|---|
| Transport | TLS 1.3 |
All browser, API, and service-to-service traffic. TLS 1.2 disabled. HSTS enforced. | RFC 8446 |
| Data at rest | AES-256-GCM |
All tenant data in the database. Each tenant has an isolated Data Encryption Key (DEK). | NIST SP 800-38D |
| Key management | Envelope encryption + HSM |
Tenant DEKs wrapped by an HSM-held Key Encryption Key (KEK). KEKs never leave the HSM. | FIPS 140-2 L3 |
| Secure Mail | ML-KEM-768 + AES-256-GCM |
Secure Mail path with ML-KEM-768 key exchange planned for sensitive client communication. | NIST FIPS 203 |
| Secure Vault | AES-256-GCM |
Each document encrypted with a per-file key, itself wrapped by the tenant DEK. Vault keys rotate on access revocation. | NIST SP 800-38D |
| Backups | AES-256-GCM |
All backup snapshots encrypted at rest with a separate backup key. Cross-region replication over TLS 1.3. | NIST SP 800-38D |
Your data is encrypted by a Data Encryption Key (DEK) unique to your tenant. That DEK is itself encrypted by a Key Encryption Key (KEK) stored in a hardware security module (HSM).
This means: if our database were somehow exfiltrated, it would contain only ciphertext. Without the HSM-held KEK — which never leaves hardware — the data is unreadable.
Nation-state actors already archive encrypted traffic today, planning to decrypt it once quantum computers mature — a timeline many security agencies now put at 5–10 years.
For regulated firms handling M&A advice, patient records, or privileged legal correspondence, the confidentiality window needs to exceed that horizon. That is why the Secure Mail roadmap includes ML-KEM-768.
No shared databases. No shared keys. Every tenant gets its own schema and its own envelope-encryption key wrapped by an HSM master key. Every request passes through gateway signature verification before any data is touched.
HubSecure stores your data in the EU by default. We do not use US-jurisdiction infrastructure for EU customer data. You control where your data lives, moves and is processed.
European infrastructure is the default for all regulated EU customers — no opt-in required. EU data does not leave EU infrastructure.
No US-headquartered cloud provider holds your tenant data. No CLOUD Act compulsion risk. Your clients' data is not subject to US government access requests.
Enterprise plans include single-region deployment options for healthcare, finance and legal. EU and Nordic region options available.
Full data export in standard formats. GDPR Article 20 portability included on all plans. No lock-in, no extraction fees.
Book a security-led workflow demo and see how permissions, files, AML decisions, incidents and AI actions produce evidence as the work happens.
Singapore-hosted · EU infrastructure planned Q3 2026 · GDPR-aligned · ISO 27001-ready controls · SOC 2-ready architecture
Trust pages should connect security claims to legal documents, subprocessors, permissions and regulated workflows.
These external references help buyers validate the regulatory and security concepts behind the workflow. HubSecure does not provide legal advice; teams should map these references to their own obligations.
Last reviewed 2026-05-14. HubSecure content is reviewed for practical accuracy, responsible security and compliance language, internal consistency and clear implementation guidance. It is not legal advice.
Use official sources for legal, security and assurance context. HubSecure content is workflow guidance, not legal advice.
These hub pages tell buyers and search engines how this page fits into the wider HubSecure information architecture.
The next page should move the buyer from information to comparison, workflow review, template use or private rollout readiness.
HubSecure content is written for workflow evaluation, not legal advice. Use these official sources to verify regulatory and assurance context.