Storage encryption alone
Protects stored bytes; authorized queries, exports, recipients and backups still need their own rules.
Follow the data through computation and exchange, not just the encrypted file.
Security, privacy & governance
Encryption protects the data. Permissions determine who may use it. Recovery, erasure and algorithm changes determine whether that protection holds up over time. Evaluate them together.
01 / The practical advantage
8DB’s native protection is most useful when the trust boundary is explicit: who holds authority, who sees plaintext, which copies exist and what happens when that authority changes.
Understand the protected record and exchange paths, the selected algorithms and the scope of the published evidence.
Explore post-quantum security →02Explore proofs and selective disclosure: the information a recipient needs to verify, and the information they do not need to receive.
Explore proofs →03Review how programmable transactions express operations and conditions. Confirm enforcement at each boundary in your application.
Explore execution →02 / The alternative and the difference
Protects stored bytes; authorized queries, exports, recipients and backups still need their own rules.
Follow the data through computation and exchange, not just the encrypted file.
Helps change cryptography; old copies, readers, rollout order and rollback still require coordination.
Evaluate the migration lifecycle, compatibility and retained data as well as algorithm selection.
03 / Scope and evidence
For this website’s analytics policy, see Website privacy. An application or deployment needs its own data-handling and compliance assessment.
Open the evidence library →Identify the key material, derivation inputs, recovery authority and backup responsibilities in the selected profile. “No external KMS required” is not a claim that recovery needs no secrets or operational controls.
Specify who can read, modify or receive data. Test changes against offline and restored devices. Revoking future access cannot retract plaintext a recipient already copied.
Our erasure research examines how a system can preserve necessary history while retiring access to protected content. Define the data, copies, legal retention and recovery boundaries before treating an erasure operation as complete.
Read the erasure article →The published encryption reference covers migration evidence and constraints. Ask how algorithm identifiers, older data, compatibility, rollback and resource limits are handled in your selected release.
Inspect migration evidence →Algorithm choices, tested implementation, validated cryptographic modules and regulatory approval are different kinds of evidence. Agree on the assurance your organization needs; this page does not claim a compliance certification.
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