BodyRepair.app | Systems Engineering
Pre-Onboarding Strategic Framework
Intent Selection and Algorithmic Branching Logic
I. Primary Intent Selection
The user journey begins with a non-clinical intent screener, which serves to filter the individual into one of four distinct developmental pathways. This preliminary stage ensures that the subsequent clinical data collection is highly targeted, reducing user friction while maximising the diagnostic value of the onboarding process.
Branch A: General Wellness
Selection Criteria: Maintenance of existing health markers without specific physical or metabolic goals.
Outcome: Direct transition to the standard dashboard. Clinical treatment plans are bypassed to prioritise user autonomy.
Branch B: Bodybuilding and Muscular Hypertrophy
Selection Criteria: Pursuit of significant lean muscle mass generation and aesthetic structural change.
Outcome: Mandatory transition to the Hypertrophy Goal Screen for volume and load calibration.
Branch C: Anatomical Repair
Selection Criteria: Recovery from specific injury, post-operative rehabilitation, or chronic mobility restriction.
Outcome: Direct transition to the Clinical Treatment Plan interface for injury mapping.
Branch D: Weight Management
Selection Criteria: Significant reduction in body fat percentage and metabolic restoration.
Outcome: Mandatory Clinical Suitability Screening prior to protocol activation.
II. Weight Management: Clinical Suitability
Individuals opting for the weight management pathway are subjected to a rigorous screening process, mirroring the safety protocols required for metabolic pharmaceutical interventions. This ensures the client is physically and metabolically prepared for the dietary shifts and the botanical protocols included in the Complete tier.
Diagnostic Screening Parameters
01. Current Body Mass Index [BMI] and waist-to-hip ratio.
02. History of endocrine function, specifically thyroid and pancreatic health.
03. Current pharmacological load, identifying any insulin-sensitising or glucose-modifying medications.
04. Renal and hepatic function history to ensure clearance of metabolic waste products.
05. Evaluation of dietary history, specifically looking for disordered eating patterns or nutrient deficiencies.
III. Weight Management Outcomes
Successful completion of the suitability screening leads to the generation of a high-fidelity monthly plan. This plan integrates light physical activity with a precise botanical and nutritional schedule designed to support metabolic restoration without causing systemic fatigue.
Integrated Recovery Plan
- MBI-Alpha Infusion: Scheduled twice daily to manage metabolic desire and insulin response.
- Low-Impact Exercise: Focus on sitting or standing mobility flows to preserve joint integrity during weight loss.
- Nutritional Blocks: High-protein, calorie-conscious meals tuned to the individual’s metabolic rate.
IV. Bodybuilding: Goal Calibration
The hypertrophy pathway requires the user to define their current structural baseline and their specific aesthetic objectives. This data allows the algorithm to calculate the necessary caloric surplus and protein requirements to support muscle protein synthesis.
Hypertrophy Input Variables
Current lean mass percentage and skeletal muscle baseline.
Target muscular groups for prioritised loading sessions.
Available equipment profiles [Machine vs. Free Weight].
Tolerance for high-volume systemic fatigue.
The resulting plan integrates heavy sensor-based monitoring with meal suggestions that prioritisation bioavailability of amino acids. Herbal infusions are utilised here specifically for their circulatory benefits, ensuring nutrient transport to the hypertrophic sites is optimised during the recovery phase.
V. Anatomical Repair: Treatment Architecture
The repair pathway bypasses general fitness metrics to focus exclusively on the anatomical dysfunction. The user identifies their injury site on the body map, which triggers a series of mobility and stability assessments.
Repair Pathway Progression
The focus here is on non-linear recovery, where the application monitors inflammatory responses and structural integrity through real-time sensor feedback. Nutrition is tuned to anti-inflammatory protocols, with herbal teas selected for their systemic antioxidant properties.
VI. Institutional Governance
All pre-onboarding logic and subsequent data categorisation are the intellectual property of Native-Treatment.com. This framework ensures that every client, regardless of their starting point, receives a clinically validated experience that prioritises long-term physiological safety and structural strength.
Onboarding Logic Verified
Clinical Branching Archive: 449A3EBC-90A6-4190-AF9E-75E5EC849FC6