CRST
Ceanncadha Research Systems
Engineering / Research / Applied Systems
Programs

Public, active, deferred, and internal work.

Programs are shaped by maturity. Public programs can speak directly to their users. Active and deferred programs require enough substance to show seriousness without transferring opportunity before the work is ready.

Public Program

Market Pattern Analyst

MPA is closest to public release because its user problem is immediate and recognizable: uncertainty, hesitation, false confidence, emotional pressure, revenge trading, poor market context, and the need to preserve decision quality when the market appears to invite action.

The mature MPA surface will require its own deeper experience: system explanation, use cases, access model, operating boundaries, service structure, examples, and user orientation. It should feel more direct than most CRST pages because the system is approaching production and must communicate value to a defined user.

Its strongest language should meet the trader before the trade: in the space between signal and impulse, risk and ego, caution and FOMO.

Active Program

Bioactive Oil Program

BOP examines functional topical formulation as more than scent or grooming. Skin, carrier systems, volatile compounds, local tissue environment, and user experience all influence what a topical product can become when designed with biological intent.

As this program matures, its public surface can discuss product lines, formulation principles, use context, and sensory identity without exposing protected formulas.

Active Program

Sole System

The foot is a major interface between human movement and the built environment. CRST’s sole-related work remains internal while mechanical interaction, material behavior, and product protection are evaluated.

Future public language may focus on comfort, shear, load distribution, fatigue, injury reduction, or the relationship between material response and human movement.

Deferred and internal directions

Bioelectric Skin Project

Flexible surfaces, embedded pathways, and body-adjacent materials may eventually change how people interact with prosthetics, rehabilitation tools, sports systems, haptic environments, and human-machine interfaces. BeSP remains deferred while manufacturing architecture and material behavior require further investigation.

The public value of this program may eventually depend less on what the material is and more on what the material allows a person or system to feel, control, assist, or recover.

Deferred Program

Related domain: Adaptive Materials & Interfaces

Neural Entrainment System

From anxiety to sleep disruption, society increasingly relies on prescriptions, stimulants, sedatives, and self-medication to manage state. CRST is investigating whether bioelectric entrainment approaches may provide additional pathways for influencing cognitive and physiological conditions without reducing the problem to chemistry alone.

This project remains early, but the need is familiar: better tools for state, recovery, attention, and rest that do not require every intervention to pass through the same narrow routes.

Deferred Program

Related domain: Cognitive & Neural Systems

Radiant Directional Registers

Radiation, light, and field behavior are often treated as invisible background phenomena, yet they govern sensing, orientation, communication, and measurement. This internal concept family remains connected to directional interpretation and photonic systems research.

The work is retained as an internal direction because the domain is technically rich and may support future measurement or sensing systems.

Internal Program

Related domain: Electromagnetic & Photonic Systems