Identity without ordinary account exposure.
Ameeba uses aliases and QR based access so people can connect without beginning with a phone number, email address, or password based identity.
Authentication and sync →Understand what Ameeba protects.
Explore the security layers behind your identity, access, conversations, AI, and shared computing power.
Core protections
Security from identity to compute.
Each layer protects a different part of the system. Open the deeper guides for the parts you want to understand in detail.
Access begins with a trusted device.
QR based authentication connects access to the device and session rather than asking you to reuse a conventional password.
How authentication works →Protect conversations in motion.
End to end encryption protects conversation content between participants while access remains tied to the collaboration and its membership.
Explore encryption →Keep intelligence close when you choose.
Pseudopod can run Max on local hardware, keeping local AI processing and workspace tools close to a machine you control.
Explore Pseudopod →Authorization
Access follows the collaboration.
Membership is an access boundary.
Workspace and shared compute access should be authorized against current membership rather than possession of a room identifier alone.
Sharing stays explicit.
Joining a conversation does not automatically contribute hardware. Compute sharing is something a contributor turns on.
Shared compute
Know where inference runs.
Local Pseudopod
When Max runs locally, inference happens on hardware you control.
Remote PseudopodWhen another device performs inference, that host processes the workload.
Encrypted transportEncryption can protect traffic between devices. It does not by itself make a remote execution environment confidential.
Open Compute Center →Learn more
Go deeper into the security model.
Authentication and sync
See how Ameeba connects access across devices.
Open guide →End to end encryption
Understand how protected conversations move between participants.
Open guide →Compute security
Understand local and remote inference and the trust boundary between them.
Open Compute Center →