Mission Systems
TaskProof Mesh
A mission-file lifecycle architecture for preserving authority, modification history, transfer state, and audit evidence across disrupted communications.
- Architecture Development
- Submitted for Government Evaluation
Program index / 2026
Two research domains. One operating thesis.
Mimetic organizes related work under persistent program lines instead of presenting each solicitation response as a new company identity.
Current public architecture: Mission Systems and Human Performance / Biomedical.
Domain A
Mission Systems
Research focused on authority, transfer, custody, and evidence when communications or records become incomplete.
Mission Systems
Serialized Custody Systems
Research into keeping a serialized physical item, its transfer events, and its digital custody record reconcilable when communications are incomplete or delayed.
- Exploratory Program
Domain B
Human Performance / Biomedical
Preclinical research into enteral approaches for physiological stress and austere-care constraints.
Human Performance / Biomedical
Mimetic Duo-Gel
A preclinical enteral-gel research program exploring hydration and intestinal-support hypotheses for heat stress and austere-care conditions.
- Preclinical Research
Both domains study a failure of continuity: digital systems lose agreement across disrupted transfers, while biomedical interventions can lose reliability under physiological stress. The technologies differ; the development discipline does not.