18
Self-guided lesson
A governed step-by-step lesson may be completed independently inside its stated limits.
Browse these Power records →Authority before symmetry
Every Power has a governed record.
Every Power is individually navigable, but not every record permits a follow-along exercise. These eight treatments determine what Titan may teach, explain, route externally, research or hold.
Eight current treatments
3
Bounded guided lesson
A governed exercise is available only in the declared configuration, dose and stopping rules.
Browse these Power records →1
Qualified-supervision lesson
The lesson is actionable only with the declared qualified supervision.
Browse these Power records →102
Full low-stakes tutorial
Titan teaches a concrete low-stakes method step by step while keeping evidence and transfer claims bounded.
Browse these Power records →99
Full supervised tutorial
Titan teaches the complete method; a qualified person controls the parts that require supervision, clearance, specialist equipment, load, dose or progression.
Browse these Power records →24
Full research tutorial
Titan teaches a complete Power-specific research method because operational capability practice is not currently justified.
Browse these Power records →8
Full safety and decision tutorial
Titan teaches recognition, prevention, safe response and accountable routing without teaching the prohibited act.
Browse these Power records →1
Status-only hold
Only the controlling status notice is published; no explainer or practical instruction is authorised.
Browse these Power records →Forty retained external routes
These Powers remain individually navigable, but their specialist or external route is retained rather than being presented as a direct Gold pathway unit.
| Power | Title | Treatment | Retained route |
|---|---|---|---|
| PWR-009 | Acceleration | Full supervised tutorial | SP-HUB-001 |
| PWR-010 | Maximum locomotor speed | Full supervised tutorial | SP-HUB-001 |
| PWR-011 | Jumping power | Full supervised tutorial | SP-HUB-001 |
| PWR-012 | Throwing and striking power | Full supervised tutorial | SP-HUB-001 |
| PWR-013 | Reactive strength | Full supervised tutorial | SP-HUB-001 |
| PWR-014 | Deceleration and braking | Full supervised tutorial | SP-HUB-001 |
| PWR-015 | Change of direction | Full supervised tutorial | SP-HUB-001 |
| PWR-016 | Rapid force sequencing | Full supervised tutorial | SP-HUB-001 |
| PWR-033 | Tendon adaptation | Full supervised tutorial | SP-HUB-002 |
| PWR-034 | Bone adaptation | Full supervised tutorial | SP-HUB-002 |
| PWR-035 | Muscle hypertrophy and atrophy resistance | Full supervised tutorial | SP-HUB-002 |
| PWR-036 | Connective-tissue resilience | Full supervised tutorial | SP-HUB-002 |
| PWR-037 | Wound and tissue recovery | Full safety and decision tutorial | SP-HUB-002 |
| PWR-038 | Inflammation resolution and recovery | Full safety and decision tutorial | SP-HUB-002 |
| PWR-039 | Capability preservation during unloading | Full supervised tutorial | SP-HUB-002 |
| PWR-040 | Reacquisition after detraining | Full supervised tutorial | SP-HUB-002 |
| PWR-057 | Motor recovery | Full supervised tutorial | SP-HUB-003 |
| PWR-058 | Sensory recovery and retraining | Full supervised tutorial | SP-HUB-003 |
| PWR-059 | Pain self-management | Full supervised tutorial | SP-HUB-003 |
| PWR-060 | Energy conservation and pacing | Full supervised tutorial | SP-HUB-003 |
| PWR-061 | Communication recovery | Full supervised tutorial | SP-HUB-003 |
| PWR-062 | Cognitive rehabilitation | Full supervised tutorial | SP-HUB-003 |
| PWR-063 | Prosthetic embodiment | Full supervised tutorial | SP-HUB-003 |
| PWR-064 | Adaptive self-care independence | Full supervised tutorial | SP-HUB-003 |
| PWR-173 | Trust calibration | Full low-stakes tutorial | SP-HUB-RESEARCH |
| PWR-201 | Augmentative and alternative communication | Full supervised tutorial | SP-HUB-004 |
| PWR-202 | Sensory substitution | Full supervised tutorial | SP-HUB-004 |
| PWR-203 | Prosthetic control | Full supervised tutorial | SP-HUB-004 |
| PWR-204 | Exoskeleton-assisted mobility | Full supervised tutorial | SP-HUB-004 |
| PWR-205 | Neurofeedback | Full research tutorial | SP-HUB-004 |
| PWR-206 | Wearable navigation | Full supervised tutorial | SP-HUB-004 |
| PWR-207 | Environmental control systems | Full supervised tutorial | SP-HUB-004 |
| PWR-209 | Brain–computer communication | Full supervised tutorial | SP-HUB-004 |
| PWR-210 | Brain-controlled prostheses | Full supervised tutorial | SP-HUB-004 |
| PWR-211 | Neural sensory feedback | Full supervised tutorial | SP-HUB-004 |
| PWR-212 | Robotic strength augmentation | Full supervised tutorial | SP-HUB-004 |
| PWR-213 | Fine-motor teleoperation | Full supervised tutorial | SP-HUB-004 |
| PWR-214 | Shared autonomy | Full supervised tutorial | SP-HUB-004 |
| PWR-215 | Autonomous mobility assistance | Full supervised tutorial | SP-HUB-004 |
| PWR-216 | Biohybrid human–machine control | Full research tutorial | SP-HUB-004 |