FINANCIAL SERVICES
Move banking to the cloud.
Keep the data confidential.
KYC, AML, payments, trading, and AI workloads stay encrypted while they run — even cloud providers, vendors, and admins can't see the data.
KYC
AML
PAYMENTS
TRADING
CUSTODY
AI
PROTECTED WORKLOADS
LIVE
KYC Processing
ATTESTED
Payment Signing
ATTESTED
AML Scoring
ATTESTED
Risk Analytics
KEY PENDING
Attestation failures: 0
Admin plaintext paths: None
AVALAIBLE ON EVERY MAJOR CLOUD AND CHIP VENDOR
AWS
AZURE
GOOGLE CLOUD
INTEL
AMD
NVIDIA
RED HAT
SUSE
TD SYNNEX
STACKIT
HOW IT WORKS
How an encrypted workload runs — from the moment it boots to the moment
it gets your data.
1. Workload starts
The workload is encrypted in memory by a hardware-isolated enclave the moment it boots.
2. Identity is proven
The workload must prove it's the right code (unchanged) before data is unlocked.
3. Keys release
Data unlocks only for that verified code inside the enclave. No human or machine can ever see it.
WHAT YOU'D SEE DAY ONE
Live runtime evidence across every cloud.
Every workload attested, every key release logged, every audit query answered with proof —
automatically.
PROTECTED WORKLOADS
4 environments active
KYC Processing Pipeline
ATTESTED
AWS eu-west-1
AML Transaction Scoring
ATTESTED
Azure westeurope
Payment Signing Service
ATTESTED
Private Cloud
Risk Analytics Engine
ATTESTED
GCP europe-west3
Key releases today
2,847
Attestation failures
0
Evidence artifacts
DORA-ready
Admin plaintext paths
None
WHY NOW
The data your software is using is exposed.
And that's not all. Banks face pressure from multiple angles and have to rethink how they run sensitive workloads. Confidential Computing is the answer.
Data is exposed while being used
KYC, payment, and transaction data sits unencrypted in memory while it is being processed.
Regulators want proof
DORA, GDPR, and PCI DSS demand verifiable evidence — not policies or screenshots.
Privileged access vulnerabilities
Cloud admins, vendors, and support teams can access your most sensitive systems.
Concentration risks
Shared KYC, AML, and payment providers turn vendor risk into systemic risk.
Evidence is collected manually
Audit reviews ask for automatic proof your current stack cannot produce.
Delayed launches in an agile market
New applications and AI solutions remain in security review for months at a time.
THE DIFFERENCE
Same workload. Different access surface.
The code doesn't change. Who can see the data does.
Without enclaive
With enclaive
Data in memory
Decrypted
Encrypted by hardware
Cloud admin sees data
No
Yes
Vendor or SI sees data
No
Yes
Unapproved code can run
No
Yes
Audit evidence
Policies + screenshots
Cryptographic attestation
Code changes required
----
None
USE CASES
One control pattern for every sensitive workflow.
Whatever you need to protect, verify, or prove — it runs on the same confidential foundation.
01
Protect data in use
Payments & tokenization
Bind execution, signing, and key use to verified code.
Confidential AI
Protect prompts, documents, and decisions while models run.
Secure data rooms
Govern M&A, tax, legal, and audit access without copying records.
02
Verify workloads & vendors
KYC & AML processing
Run onboarding and screening without exposing customer records to vendors.
Fraud & analytics
Correlate signals across institutions without pooling raw data.
Custody & digital assets
Keep signing policy and key custody enforceable end-to-end.
03
Prove compliance
Core banking & trading migration
Move settlement, post-trade, and core workloads with no plaintext paths.
Regulatory & supervisory access
Turn audit and supervisory workflows into cryptographic evidence.
WHERE TO START
Start with the outcome your team needs to unlock.
Whichever seat you sit in on the buying committee, there's a clear first move.
CEO / Business owner
Market confidence
Launch trusted digital finance faster, with protected workloads customers and partners can trust.
CISO
Close privileged-access risk
Cut runtime exposure paths with controls you can prove, not just describe.
CFO / Procurement
Cut audit & control cost
Reduce duplicated controls, audit effort, and lock-in across cloud and core platforms.
CIO / Product
Ship regulated workloads
Move sensitive workloads to production with one reusable control pattern.
CTO / Platform
Secure modernization
Add confidential VMs and Kubernetes baselines with no rewrites or platform lock-in.
GRC / Audit
Continuous evidence
Replace manual evidence with runtime proof mapped to DORA, NIS2, and internal controls.
BOOK A WORKLOAD ASSESSMENT
Validate your first regulatory-grade workload.
Bring one NPI workload, C5 question, AI use case, cloud constraint, or open privacy review.
Leave with a practical pilot path for confidential computing,
customer-held keys, and automated evidence.
MT
Your financial services contact:
Anastasios Papakostas
Anastasios Papakostas
VP Business Development FSS
DEEPEN YOUR KNOWLEDGE
Go deeper on confidential finance, DORA,
and key control.
Selected whitepapers and articles for financial services teams evaluating confidential cloud,
sovereign key management, platform rollout, and audit-ready encryption controls.
Understanding DORA: What It Means for Financial Institutions and How enclaive Helps
Discover how enclaive’s Confidential Computing solutions and Multi-Cloud Platform (emcp) help financial institutions achieve DORA compliance. Ensure data security with 3D encryption, protect workloads with Remote Attestation, and enhance operational resilience across hybrid and multi-cloud environments. Simplify regulatory compliance while safeguarding sensitive data during processing, storage, and transit."
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Learn how GYOK, BYOK, and HYOK redefine cloud key management and help you balance data security, control, and flexibility.
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Protect your sensitive workloads with maximum security and confidentiality – at the push of a button.
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