Aiva data ownership

Own the work. Control the route.

Aiva is built around a simple rule: your complete workspace stays on hardware you control. Local inference is the default path, and any network or T.R.E.E* route is explicit, optional, and limited to the task you choose.

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A secure private AI infrastructure room with a warm glass data vault, local compute modules, and an optional protected compute path. — Aiva is designed as a controlled environment around your work, with local intelligence at the center and optional private compute beyond it.

Aiva control plane

The local path remains the primary path.

Policy defined

Your complete workspace

Aiva local inference

Private network access

Private T.R.E.E inference* TREE coming soon

Workspace and local inference remain together.Private routes open only when permitted.Private T.R.E.E capacity stays optional.

Three privacy levels

Local first. Extend only when the work calls for it.

Choose how tightly Aiva can connect for the work in front of you. Local inference stays as the foundation, then optional T.R.E.E compute or narrowly defined encrypted internet access can be added for selected tasks.

Level 1

Offline and isolated

Local boundary

Workspace data boundary

Private data

Your complete workspace

Files, conversations, datasets, and project context.

Local path

Always available

Aiva local inference

Capable models run where the work and data already live.

Local path

Stays local

Results and context

Outputs return to the workspace inside your boundary.

Outside access is closed

No internet, VPC, private network, or remote inference connection.

The entire operating path is local. Aiva remains useful even when the environment permits no network connection.

Level 2

Private routes only

Local boundary

Workspace data boundary

Private data

Your complete workspace

Files, conversations, datasets, and project context.

Local path

Always available

Aiva local inference

Capable models run where the work and data already live.

Local path

Stays local

Results and context

Outputs return to the workspace inside your boundary.

Optional encrypted task and result

Private network or VPC

Policy controlled

Optional

Private T.R.E.E inference

Powerful or private models run inside infrastructure you control.

Local inference remains active. T.R.E.E is an optional extension to compute you control inside the private network or VPC.

Level 3

Controlled encrypted routes

Local boundary

Workspace data boundary

Private data

Your complete workspace

Files, conversations, datasets, and project context.

Local path

Always available

Aiva local inference

Capable models run where the work and data already live.

Local path

Stays local

Results and context

Outputs return to the workspace inside your boundary.

Optional encrypted connections

Authorized external services

Policy controlled

Optional

Private T.R.E.E inference

T.R.E.E runs inside your private infrastructure or VPC and receives selected tasks through an encrypted channel.

On demand

Internet data and services

Aiva can request current information through encrypted connections.

Local inference remains active. T.R.E.E stays inside controlled infrastructure, and approved internet services use separate encrypted routes. The complete workspace stays on hardware you control.

Connection posture

Privacy is an architecture decision, not a user preference.

Each level defines a clear network boundary. Choose the posture that matches the sensitivity of the work and the infrastructure available.

Level 1

Complete lockdown

Aiva works with the data on the computer and does not connect to external networks. Models, files, task context, and results remain inside the local boundary.

T.R.E.E remote inference is disabled.

Aiva local inference

Outside access is closed

Offline and isolated

One contained path. No external route is available.

Level 2

Private network access

Aiva can reach approved data and services inside a private network or VPC. There is no broad internet access, and local inference continues to handle work on the device.

Optional T.R.E.E inference runs on powerful or private models inside infrastructure you control.

Aiva local inference

Private T.R.E.E inference

Private routes only

Local inference stays active while an approved private compute route adds capacity.

Level 3

Controlled internet access

Aiva still runs locally, while approved tasks can query internet data and services through encrypted connections. Your complete workspace remains on the hardware you control.

Optional T.R.E.E inference runs in private infrastructure or a VPC you control, while approved internet services use separate encrypted routes.

Aiva local inference

Private T.R.E.E inference

Internet data and services

Connected services extend selected tasks, not the complete workspace.

For privacy evaluation

What changes. What never does.

The network envelope can expand, but local inference and controlled T.R.E.E keep the ownership model consistent.

Ownership model

Controls stay legible

Local path stays available

Private routes are deliberate

Compute target remains yours

A comparison of controls across Aiva's three privacy levels
Control	01Complete lockdown	02Private network access	03Controlled internet access
Local inference	Always available	Always available	Always available
Complete workspace	Stays on the computer	Stays on controlled hardware	Stays on controlled hardware
Internet access	None	None	Encrypted, task-specific
Private T.R.E.E inference	Disabled	Optional	Optional
Remote compute target	Not available	Private network or VPC	Private infrastructure or VPC

Advanced AI under your control

Capability can scale without moving the ownership boundary.

Start with local intelligence. Add T.R.E.E inside your private infrastructure or VPC only where your security posture allows it.

Scale path

Ownership preserved

Local

Models on the device

Private infrastructure

Compute you control

Optional T.R.E.E

Private capacity for selected tasks

Capability expands through explicit routes. The complete workspace remains inside your boundary.

Review the architecture Explore private scale