Proving a record is gone is just as important as deleting it. SAIHM erasure goes beyond flags and metadata, mathematically rendering data unreadable with a publicly verifiable receipt.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#AIprivacy

AI memory shouldn't be trapped in one app. SAIHM lets memory follow you between tools, so you don't have to rebuild it for each one, and you stay in control of what's remembered.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#AIagents

Unlike traditional memory tools, SAIHM keeps encryption keys with the user, not the service operator. This means the operator can't read what it can't decrypt, giving users ultimate control over their AI memories.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#dataprivacy

Sharing a memory doesn't have to mean permanent access. SAIHM allows you to share a single record with time and use limits, and revoke access in one step, keeping you in control.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#dataprivacy

SAIHM breaks memory free from single apps, letting your AI assistant recall across tools, with you in control of what's remembered.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#AIagents

SAIHM keeps encryption keys with the user, not the operator, ensuring only you control what's remembered or forgotten.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#dataprivacy

When sharing knowledge, blanket access isn't necessary. SAIHM lets you share a specific record with temporary permissions, giving you control over who can see it, when, and how, and allowing revocation in one step.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#dataprivacy

SAIHM unifies memory in one encrypted unit, streamlining encryption and audits, and letting you control what's remembered or forgotten.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#AIagents

Deleting a record isn't the same as proving it's gone. SAIHM destroys encryption keys, making data mathematically unreadable, and provides a verifiable receipt, keeping you in control.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#AIprivacy

Most AI memory tools rely on the service provider for encryption, giving them access to sensitive data. SAIHM keeps encryption keys with the user, ensuring they - not the operator - control access to their memories.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#dataprivacy

When sharing memories, users shouldn't surrender control. SAIHM lets you share a single record with time and use limits, revoking access in one step - no permanent handover. Your memories, your rules.

What makes SAIHM different: built for compliance, not bolted on

Compliance designed in, not bolted on — the controls a CISO asks for are the architecture. Plus your keys not the vendor

#dataprivacy