Inside the controlled environment
Email Priya Nordin at priya.nordin@example.invalid about account AC-4827 and the Leuven delivery.
Roadmap direction
Useful AI needs business context. It rarely needs every real name, address, account reference, or personal detail attached to that context. Our edge-privacy direction places a transformation boundary before external model processors.
The customer problem
Agents may need to understand who is involved, which records belong together, what changed, and what action follows. Sending every source value to an external processor gives the model more identity than the task may require.
The planned boundary will replace eligible identifying details inside the controlled environment while preserving the relationships the model needs to do the work. The external processor receives a minimised working version. Authorised results return to the same local boundary for restoration.
Planned data flow
The design treats privacy as a request-and-response route, with the mapping held apart from the model-provider payload.
01
The agent assembles the approved prompt, conversation, and tool context inside the controlled environment.
02
Policy and detection layers identify eligible names, contact details, account references, locations, and contextual identifiers.
03
Real values become consistent synthetic references. The protected mapping and restoration authority stay local.
04
OpenAI, Anthropic, or another approved processor receives the transformed context needed for the task.
05
The response comes back with the synthetic references still in place and no restoration map attached.
06
The local boundary restores recognised references in the result, then hands the useful output back to the authorised workflow.
Synthetic example
Inside the controlled environment
Email Priya Nordin at priya.nordin@example.invalid about account AC-4827 and the Leuven delivery.
External processor view
Email Elena Vos at elena.vos@example.invalid about account AC-7314 and the Mechelen delivery.
Authorised local result
Draft prepared for Priya Nordin about account AC-4827 and the Leuven delivery.
Every person and organisation in this example is fictional.
Intended benefits
01
Transform eligible identifiers before the provider request while retaining the context needed for the task.
02
Keep repeated people, records, and references consistent so the model can reason across the working context.
03
Separate the mapping from the provider payload and restore recognised values only inside the authorised environment.
The whole route
The roadmap covers each place sensitive context can travel, from the working request to returned results, tools, files, operational traces, and memory.
01
Dynamic prompts, conversation history, summaries, and memory passed into a request.
02
Tool arguments, returned records, connector payloads, and structured fields.
03
Streamed text, structured output, and model-generated tool calls on the way back.
04
Document text, images, handwriting, faces, QR codes, hidden objects, and file metadata.
05
Logs, caches, retries, telemetry, error paths, backups, and evaluation records.
06
Search indexes, embeddings, vector stores, long-term memory, and linked source material.
What the terms mean
When PitchAI retains a protected mapping that can restore a value, the transformed data remains pseudonymised personal data within that trust boundary. Replacing a name or address alone does not make a record anonymous. Narrative details, rare combinations, and other available information can still single someone out or link records together.
For a recipient, identifiability depends on the complete payload and the means that recipient or connected parties could realistically use to identify someone. That assessment is specific to the processor, purpose, access, and surrounding controls. The technical boundary is one part of a complete privacy programme alongside lawful purpose, access, retention, contracts, and governance.
Edge privacy
This capability is an established PitchAI roadmap direction, now in design and validation. Bring us the sensitive workflow, its systems, and the result people need. We will map the right boundary from the start.
Discuss a sensitive workflow