Unrecoverable by design
When an entry is deleted, what it leaves behind becomes permanently unreadable once the keys from that period are destroyed. Not recoverable later, by anyone, from any backup.
Stored data that gives an observer nothing to work with.
Ghost Tables is the storage layer underneath Ghostables. Live records, deleted records and the residue of normal use look identical from outside, so studying the database reveals nothing about what matters.
What an observer sees
Conventional encryption hides what a record says, but not that it exists, when it changed or whether it was deleted. That pattern alone can reveal a great deal.
In a Ghost Table, nothing marks an entry as live or deleted, recent or old, important or routine. Switch views to compare what the key holder sees with what anyone else sees.
Document store
e-7c21Board minutes, OctoberSealed entryLive
e-31a9Salary review 2026Sealed entryLive
e-90feUnreadable entrySealed entryDeleted, unrecoverable
e-4b12Client file: OkaforSealed entryLive
e-d803Unreadable entrySealed entryDeleted, unrecoverable
e-5e67Incident report 0412Sealed entryLive
e-a2c4Unreadable entrySealed entryDeleted, unrecoverable
e-18bdDue diligence packSealed entryLive
With the right keys, live entries open normally. Deleted entries are gone for good, including for you.
Deletion that stays deleted
No tell-tale gaps
Deleted entries do not leave holes or markers. The stored data looks the same before and after, so deletion itself gives nothing away.
Nothing to sort by
Without the keys there is no way to separate live entries from retired ones, and no way to rank them by importance or age.
Patent-pending
The Ghost Tables architecture and the passive noise layer that supports it are each the subject of a UK patent application filed in October 2025.
Sealed file storage
Documents and files get the same treatment. Names and contents are sealed before upload, the platform cannot read either, and only the people allowed to see a file can search for it.
- File names sealed as well as contents
- Search limited to the people allowed to see the file
- Files stay sealed at every stage, from upload to deletion
Continue exploring the platform
Integrity and tamper evidence
Every protected write is sealed, chained and checked, so nobody can quietly rewrite the past.
Zero-knowledge encryption
Data is sealed on the user’s side, so your infrastructure stores it without ever being able to read it.
Access governance
Many people working on the same sealed records, each with exactly the access they were given.
Independent proof
Integrity evidence built to be checked outside your organisation.
Deployment
Runs inside your applications and databases, in your cloud and your region.
Find out where sealed data fits in your systems
Our engineers will map your sensitive data and show you which protections apply, before you commit to anything.