BD
Body Mapping
Whole-body and region-based review for mapped areas that may require targeted sampling, imaging, or follow-up review.
BSSPDS™ • Parasite Detection System
BSSPDS™ Parasite Detection, Organized Into One Platform.
BSSPDS™ is the BSS Parasite Detection System concept: a modular platform designed to support parasite-related screening workflows across biological samples, body-region mapping, food sources, water sources, imaging review, AI-assisted classification, confidence scoring, reporting, validation evidence, and governed deployment planning.
Biological Blood, stool, urine, tissue, skin, swab, and fluid sample pathways.
Environmental Water, food, rinse, facility, field, and source-sample workflows.
Imaging Microscopy, fluorescence, spectral, UV, NIR, and cartridge-based review.
Governed Validation records, audit trail, confidence score, and professional review path.
Built as a detection workflow, not a loose idea.
BSSPDS™ connects sample intake, imaging, AI-assisted review, confidence scoring, reporting, and validation discipline into one organized system path.
Product System
The BSSPDS™ product stack is modular, reviewable, and built for serious environments.
BSSPDS™ is organized around a central scanner, disposable biological sample cartridges, water filtration modules, food tray modules, body-region mapping support, AI-assisted image recognition, confidence scoring, reporting, and controlled evidence records.
The product stack combines device design, sample workflow, image capture, software review, and validation evidence.
Core Mission Statement
BSSPDS™ is designed to support parasite-related screening workflows wherever risk may appear: biological samples, mapped body regions, food supply environments, water sources, field samples, and institutional review settings.
Central Scanner Sealed optical chamber, imaging channels, sample interface, software review, and structured report output.
Sample Modules Cartridges and workflows for blood, stool, urine, tissue, skin, swabs, water, food, and rinse samples.
AI-Assisted Recognition Image comparison, morphology review, spectral pattern review, master library comparison, and confidence scoring.
Evidence + Governance Report image, sample type, module used, confidence level, review status, audit trail, and follow-up path.
Detection Domains
Body, blood, stool, urine, tissue, skin, water, and food.
Every detection domain has a defined route. The goal is to move from source selection to controlled sample handling, imaging review, AI-assisted classification, confidence scoring, and professional confirmation where required.
BL
Blood
Blood smear and cartridge-based review using microscopy, staining, fluorescence, morphology comparison, and optional add-on confirmation.
ST
Stool
Stool cartridge workflow for parasite-like eggs, cysts, oocysts, larvae, fragments, and intestinal parasite indicators.
UR
Urine
Urine sediment, filtration, microscopy, fluorescence, and add-on review for parasite-like structures or related markers.
TS
Tissue
Tissue, wound, lesion, swab, scraping, fluid, aspirate, or smear workflow for tissue-stage and surface-associated indicators.
SK
Skin
Skin surface and near-surface workflow using derm imaging, scraping, swab review, fluorescence, and AI-assisted pattern review.
WA
Water
Water filtration, imaging flow cell, fluorescence, particle tracking, classification, count estimate, and chain-of-custody reporting.
FD
Food
Food tray, seafood, produce, meat, rinse, and swab workflow using imaging, UV, NIR, spectral review, and inspection routing.
Real Deployment Environments
BSSPDS™ is positioned for places where parasite-related risk affects health, water, food, and operations.
The same system logic can support biological sample review, public-health screening, food-safety inspection, water-source monitoring, field workflows, and institutional reporting once properly validated and approved for each use case.
Biological Sample Review
Supports sample intake, cartridge workflow, imaging capture, morphology review, confidence scoring, and report documentation.
Food Supply Screening
Supports produce, seafood, meat, rinse, tray, and facility sample workflows for inspection support and escalation planning.
Water Source Monitoring
Supports field, facility, treatment, drinking-water, source-water, and chain-of-custody screening workflows.
Engineering Build Path
Supports prototype design, cartridge mechanics, imaging channel selection, software interface, testing, and system refinement.
Evidence + Governance
Supports secure reports, role-based access, audit trails, validation evidence, user review, and controlled AI improvement.
Institutional Deployment
Supports stakeholder review, pilot planning, partner discussions, hospital workflows, public-health use cases, and commercial readiness.
Workflow
From source to action: locate, sample, capture, classify, confirm, report.
BSSPDS™ is organized as a complete operating chain. The system does not stop at a label. It connects source identification, sample path, imaging method, AI-assisted review, confidence scoring, confirmation pathway, and structured reporting.
01
Locate
Identify the source: body region, biological sample, food item, water source, facility swab, rinse sample, or field sample.
02
Sample
Load the selected source into the proper cartridge, tray, probe workflow, filtration module, or scan interface.
03
Capture
Use microscopy, fluorescence, spectral imaging, hyperspectral imaging, UV, NIR, or module-specific scan capture.
04
Classify
Compare parasite-like findings against the BSSPDS™ parasite master library using morphology, size, structure, color, and signal pattern.
05
Confirm
Trigger repeat scan, secondary imaging, professional review, certified lab confirmation, regulatory review, or authority escalation when needed.
06
Report
Generate a structured report with sample type, module used, scan image, confidence level, finding class, review note, and action path.
The operating chain keeps the workflow disciplined from sample source to reportable action.
System Architecture
Designed as a complete parasite detection architecture.
The BSSPDS™ core unit is positioned as the central scanner, data engine, AI processor, sample interface, validation record node, and reporting system for multiple parasite-related detection modules.
Hardware, imaging channels, data security, software review, and controlled reporting must work together.
Core Unit Architecture
Controlled Imaging Chamber Sealed optical path for controlled sample imaging and repeatable scan conditions.
Multimodal Imaging Digital microscopy, fluorescence, NIR, UV, spectral, and hyperspectral imaging pathways.
Module Interface Disposable cartridges, water filtration modules, food trays, swabs, and probe-connected workflows.
AI Review Engine Parasite master library, image comparison, morphology review, sample-aware scoring, and review routing.
Secure Reporting Dashboard Structured reports, exportable images, chain-of-custody records, audit trails, and role-based access.
Engineering, Validation & Deployment
Complete pathway from prototype to validated deployment planning.
BSSPDS™ must be engineered through requirements traceability, risk management, sensitivity/specificity testing, contamination controls, sample handling, repeatability, cybersecurity, reporting controls, pilot planning, and applicable regulatory review.
Sensitivity Target
Development target across validated parasite panels and module-specific test conditions.
Specificity Target
Designed to reduce false positives through multimodal evidence and confidence calibration.
Minute Core Workflow
Rapid sample-to-result target for selected cartridge workflows after development validation.
Confidence Score
Structured score for no signal, suspicious signal, strong match, and confirmation path.
Planned Development Frameworks
Design Controls Requirements, intended use, module definitions, traceability matrix, and controlled design history.
Risk + Contamination Controls Sample safety, false positive reduction, false negative analysis, user workflow, and cleaning validation planning.
Analytical Validation Repeatability, limit of detection, image quality, inter-sample performance, confidence calibration, and reference-panel testing.
Deployment Readiness Hospital, public-health, food-safety, water-safety, field, LIMS, EMR, and chain-of-custody pathway planning.
The system path moves from prototype engineering to validation evidence, pilot design, manufacturing planning, and deployment readiness.
Development Notice: This page describes a system architecture and product direction. Clinical, diagnostic, food-safety, water-safety, government, hospital, and field-use claims require validation, regulatory review, quality-system controls, and applicable approvals before commercial deployment. BSSPDS™ does not replace licensed medical evaluation, certified laboratory testing, regulatory inspection, or professional food/water safety authority decisions unless and until cleared for the applicable use case.
Strategic Discussion
BSSPDS™ gives BSS Technologies Inc. a focused parasite detection system pathway.
The system is positioned for engineering development, validation planning, pilot design, public-health alignment, food and water screening pathways, institutional reporting, and partner-ready commercialization planning.