Board Prospectus

[GOVERNANCE: ADVISORY_BRAIN_TRUST]

UNIT: ACTIVE_OVERSIGHT // ROLE: PROTOTYPE_TO_REGIONAL_STANDARD

[FISCAL_MODEL: SOCIAL_ENTERPRISE]

UNIT: CIRCULAR_RESEARCH_FUND // SUSTAINABILITY_PROTOCOL

• 12% Royalty: Our commercial arm fuels the mission by returning a royalty on all hardware sales back to the research fund.
• Public Good: The Nonprofit retains 100% ownership of IP to ensure open-access water intelligence.

[TARGET_ZONE: SEACOAST_WATERSHED]

GRID: GREAT_BAY_&_PISCATAQUA_CONFLUENCE // CROSS-BORDER_REGIONAL_IMPACT

Our pilot implementation covers the high-stakes confluence of the Great Bay and Piscataqua River.

• Tributary Audit: High-resolution monitoring of the Five Rivers (Bellamy, Oyster, Lamprey, Squamscott, and Winnicut).
• Cross-Border Operations: Expanding coverage to Kittery, ME, and the Salmon Falls/Cochecho confluence to facilitate interstate regional grant qualification.
• Strategic Alignment: Data flow and telemetry optimized for seamless integration with PREP and Great Bay Stewards reporting.

[INTEL_SCALING: CITIZEN_SCIENCE_LMS]

OBJECTIVE: ACCREDITED_FIRST_RESPONDER_NETWORK

• TIER_01: Watershed Literacy & Forensic Basics.
• TIER_02: Field Instrumentation & Sensor Calibration.
• TIER_03: Data Advocacy & Municipal Reporting Protocols.

[SYSTEMS_DIRECTIVE: OPERATIONAL_EDGE]

ARCHITECTURE: MODULAR_MSU // RISK_PROFILE: LOW-CAPITAL_HIGH-RECOVERY

By utilizing a modular architecture, we provide 4K visual evidence and chemical ‘ground truth’ at a fraction of the capital risk. This allows HMS Stewards to navigate high-debris forensic hotspots—areas physically and financially inaccessible to high-liability industrial equipment.

[SYSTEM_ARCHITECTURE: HMS_GHOST_V1]

OS: CIRCUITPYTHON_M4 // PROTOCOL: I2C_ISOLATED_STACK // POWER: 4S_LIFEPO4_SMART_BMS

[STRATEGIC_DIRECTIVE: LEAN_SCIENCE_SCALING]

CAPEX_TARGET: <$2,500_USD // DISRUPTION_RATIO: 6:1_VS_INDUSTRIAL_SONDES

The HMS Advantage: To de-risk our strategy, we are building agency-grade Mobile Sensing Units (MSU) for under $2,500—proving our model can scale into high-risk areas where $15,000 industrial sondes cannot be risked.

[DEPLOYMENT_MODES: DUAL_PLATFORM_VERSATILITY]

FLEET_ID: BUTTERCUP_&_GHOST // ENVIRONMENTS: ESTUARY_TO_URBAN_POND

• Vessel-Mounted: For “Source-to-Sea” transects via the R/V HMS Buttercup, focusing on high-volume, deep-channel estuary profiles where engine power and stability are required for heavy-current deployment.
  • Sustainable Resilience: The Whaly 380 R/V is engineered from 100% recyclable, high-impact HDPE, providing a near-indestructible platform for forensic auditing. Paired with the Tohatsu MFS30D, which delivers best-in-class fuel economy and ultra-low emissions, minimizes the mission’s environmental footprint.
• RC-Skiff (“The HMS ‘Ghost’ MSU”): A 6″ PVC shallow-draft catamaran engineered for forensic mapping in inaccessible urban zones (e.g., North Mill Pond). This unit is the primary asset for documenting illegal runoff and snow-dumping with surgical precision in waters where standard vessels cannot navigate.
  • Tactical Versatility: The ‘Ghost’ MSU micro-catamaran offers a dual-mode deployment strategy—seamlessly transitioning between a stable hip-tow for high-speed transit and independent remote operations for precision sampling in sensitive “Forensic Hotspots.”

[DATA_LOGIC: ADVANCED_ANALYTE_MODELING]

METHOD: HIGH-FIDELITY_PROXIES // VALIDATION: NHDES_CURVE_MAPPING

Instead of expensive, high-drift hardware, HMS utilizes a Scout-and-Sample protocol to hunt for pollution signatures:

• Chloride (Road Salt): Derived via Specific Conductance mapped against NHDES-validated curves.
• Nutrients (Nitrates/Phosphates): HMS uses Turbidity and Dissolved Oxygen (DO) as “Scout” parameters.
• Trigger Protocol: Detected anomalies initiate an automated Targeted Grab-Sampling protocol for certified lab analysis.

[MILESTONE: SYNCHRONIZED_DATA_PACKAGE_ARCHIVING]

OBJECTIVE: SINGLE_SOURCE_OF_TRUTH // PROTOCOL: UTC_CROSS-REFERENCE

• Activity Focus: Every mission generates a “Data Package” where 4K optical evidence is hard-linked to chemical telemetry via UTC timestamps.
• Result: Researchers can instantly correlate a localized nitrate spike to the exact visual frame—providing a “Single Source of Truth” for municipal reporting and state-level advocacy.

[DIRECTIVE: OPERATIONAL_MILESTONES]

UNIT: STRATEGIC_TIMELINE // STATUS: ON-SCHEDULE

Phase	Milestone	Activity Focus	Risk Profile
Q1 2026 DONE	Entity Formation	Federal 501(c)(3), NH State filings, Trademarking; $18,000 Founder-Funding for R&D and pilot hardware	De-Risked / Completed
Q2 2026 DONE	Governance	Formalize Board & D&O Insurance	Administrative
Q3 2026	The Bench Build	Hardware Procurement & Winch Assembly	R&D (Internal)
Q4 2026	System Calibration	Sensor tuning and hardware-in-the-loop testing; drafting of the MSU Assembly & Technical Manuals.	R&D (Internal)
Winter 26-27	LMS Authoring	Development of Citizen Science Curriculum; water quality & data literacy modules	Instructional Design
Q1 2027	Capitalization	Launching “Stewards Network” monthly giving; submitting EPA/NHDES regional grants	Financial/Strategic
Q2 2027	Field Trials	Controlled deployment in Seacoast tributaries; tidal current stress-testing	Operational R&D
Spring 2027	Public Launch	LMS Live deployment; HMS Ghost begins official time-series data collection	MISSION_ACTIVE

AI Concept: [UNIT: HMS_GHOST // CONFIG: DUAL-PONTOON_ASV // STATUS: PROTOTYPE_01]

OP_ADVANTAGE: Zero-submergence drive system allows for forensic auditing in high-debris and sensitive eelgrass habitats where traditional propellers and deep-draft vessels fail.

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