Protect your client's data without compromise!
InvisiCloud is the all-in-one solution for keeping your clients' sensitive data safe from theft or loss. So private that not even you can access it.
Integrate it into your software-stack as a good old object-storage.
It's easy to install and manage!
Why InvisiCloud is better
Keep your cloud infrastructure as is
Works seamlessly with standard protocols like S3 and providers like AWS.
Keep your client software as is
Users don't have to get used to new software on their PCs and mobile devices.
More security and data sovereignty
Improve your architecture with provider-independent end-to-end encryption.
Manage keys wherever you like
Manage your keys where it's safest and most convenient. On premise or at a trusted partner's site!
The blocker
Don't let your customers' security concerns hold your product back any more
When you sell into health, legal, HR, fintech, govtech, or supply-chain buyers, their security concerns can stall adoption. The questions that hold it up look like this:
“Can your staff access our data?”
“Where are the encryption keys held?”
“How do you handle Schrems II and international transfers?”
Rearchitecting for client-side encryption isn't an option, and today's alternatives don't answer the question:
Client-side encryption
Breaks sharing, presigned links, and other features, and forces you to rearchitect the application.
BYOK / SSE-KMS
Improves key control, but the cloud provider still encrypts the data and can reach the keys, so the provider and vendor stay inside the trust boundary.
Confidential computing
A hardware and attestation project, not a storage answer, and not something you can ship this quarter.
Why InvisiCloud
Built to win deals, not just prevent breaches
Companies buy InvisiCloud to win competitive RFPs and pass security reviews, not mainly for breach protection.
Win the deal
“We are cryptographically unable to read your data” becomes a truthful answer in RFPs and security questionnaires, and it unblocks stalled enterprise and public-sector deals.
No rearchitecting
Works with the standard S3 SDKs (AWS SDK, boto3) and your existing application code. Integration is a DNS change plus one stateless container. No client-side key management.
Sovereignty, built in
Supports GDPR data-protection-by-design and supplementary measures for international transfers. Keep your hyperscaler, but take it, and yourself, out of the plaintext trust boundary.
How it works
Zero-trust storage, split across two independent parties
No single infrastructure operator can decrypt customer objects on its own, whether that's the Gateway, the Key Server, or the storage backend.
Built on the patented TLSHare protocol and Secure Multi-Party Computation. The Key Server holds the keys but never sees payloads. The Gateway processes encrypted payloads but never holds keys. Neither one alone can reconstruct plaintext, so your data stays protected unless both are compromised at once.
Main use case
Confidential customer-document storage for B2B SaaS
Store the files your customers upload, with you and every infrastructure provider locked out of the plaintext. The product keeps behaving exactly as it does today.
User-uploaded documents
Contracts, patient records, HR files, case files. Stored through your existing S3 code path, with you and every infrastructure provider locked out of the plaintext.
Sharing keeps working
Identity-based sharing and presigned links keep working. No second-channel key distribution, no client-side key management.
Revocation keeps working
Revoke access the way you do today. No long-term keys live on client devices.
Multi-backend redundancy
Connect one or two storage backends of your choice. Provider independence and redundancy come built in.
Where this is going: the same two-party model extends toward confidential analytics (Apache Iceberg, PyIceberg) and confidential compute. These are on the roadmap, not available today.
The CISO questions
What a security team will ask
What we're honest about
InvisiCloud is early access, and it's technical infrastructure, not a replacement for legal assessment, IAM, or organizational controls. Straight answers on the edges:
- Metadata stays visible: object names, sizes, access timing, IPs.
- Authorized users or compromised credentials can still exfiltrate data they are allowed to access.
- The Key Server is security-critical for availability and access control, even though its compromise alone does not expose plaintext.
- No external cryptographic audit or academic review yet, and performance testing is ongoing.