Serialized Custody Systems
A synthetic workflow demonstrator for serialized-item custody when devices disconnect, operators create competing events, and a human must determine the authoritative result.
Mimetic Applied Sciences
Custody and mission-state evidence that remains reconstructable after communications fail.
Mimetic develops Mission Systems research around offline events, conflicting records, reconciliation, and audit reconstruction. A separate biomedical program explores enteral-formulation questions under heat-stress-relevant conditions.
Demonstrated workflow
A complete custody lifecycle, including the part that breaks after reconnect.
The demonstrator does more than display an item record. It carries a synthetic item through disconnected activity, a competing event, reconciliation, authoritative state, and audit reconstruction.
- 01Register
- 02Issue
- 03Disconnect
- 04Capture offline
- 05Competing event
- 06Reconnect
- 07Reconcile
- 08Reconstruct
Current programs
Three programs, with different artifacts and different maturity.
Mission Systems is the current public emphasis. The biomedical line remains a separate exploratory program rather than a shared technology platform.
View program
TaskProof Mesh
An architecture for recording who authorized a mission object, which version is current, what changed, and what evidence remains after interrupted transfer.
Mimetic Duo-Gel
An exploratory enteral-formulation program defining in vitro questions related to dosing format, transport under stress-relevant conditions, and intestinal-support hypotheses.
Mission Systems relationship
Related methods. Separate programs.
TaskProof Mesh focuses on digital mission-object authority and lifecycle. Serialized Custody Systems focuses on physical-item state and custody. They share event, evidence, and reconciliation methods, but the current custody demonstrator does not implement TaskProof Mesh and neither program depends on a completed integration with the other.
Technical and research inquiries