Homicide files, held to the highest standard
A homicide file will be examined more closely than almost any other document set an investigator produces — by defence counsel, by a Crown prosecutor, and possibly by a commission of inquiry years later.
That scrutiny sets the standard for the tools used on the file. An answer is only useful if the investigator can see where it came from, and a summary that cannot be traced to a source is worse than no summary at all — because it looks like knowledge while being unverifiable.
The same applies to anything the system decides not to show. Volume means some material inevitably gets less attention than the rest, and the question at disclosure is not whether an investigator read everything, but whether the process was complete and accountable.
So the design constraint here is not speed. It is that every output can be checked, and that the record of what the system did survives independent examination.
What the platform does here
Homicide Investigation
Citations on every answer
Responses are grounded only in the evidence in the file, with source citations giving document name and page number — so a claim can be opened and read in its original context rather than taken on trust.
Tamper-evident audit trail
Every query, analysis, and ingestion is recorded in a hash-chained audit log with a built-in integrity check. Verification runs locally, with no third party involved.
Disclosure support
The audit record supports R v. Stinchcombe disclosure obligations — showing exactly what was examined, when, and by whom.
Human decision, always
Findings are surfaced for investigator review and marked as AI-generated and investigator-reviewed. The platform is built to assist reasoning, not to reach conclusions.
Nothing leaves the building: the platform runs on a single appliance inside your facility and makes no external calls.
Other use cases
See it on a case file like yours.
A demonstration runs on a synthetic case in under an hour — ingest, ask hard questions, and verify every citation yourself.