Consulting Services – Ocean Presence Technologies (OPT)
The Needs Assessment & Feasibility Analysis phase establishes the foundation for every underwater imaging or AI‑enhanced monitoring project. It transforms broad scientific or operational goals into a precise, actionable understanding of what the system must achieve and whether the deployment is technically, environmentally, and economically viable. This phase ensures that all subsequent design, engineering, and installation work is grounded in real‑world constraints and aligned with long‑term scientific, conservation, or operational objectives.
1. Stakeholder Engagement & Requirements Gathering
OPT begins with structured interviews and collaborative workshops involving scientists, engineers, conservationists, and operational teams. These conversations surface both functional requirements (e.g., depth rating, resolution, sensor type) and non‑functional requirements (e.g., reliability, ecological impact, data workflows).
This process captures:
- Scientific objectives such as species monitoring, habitat mapping, pollution detection, or deep‑sea exploration.
- Environmental constraints including temperature, salinity, turbidity, currents, and biological activity.
- Operational considerations such as vessel access, power availability, data management systems, and regulatory frameworks.
“Requirements gathering involves conducting in‑depth interviews with stakeholders… to capture both functional and non‑functional needs.”
2. Goal Setting & Success Metrics
Clear, measurable goals are defined to ensure the system can be evaluated objectively and improved over time. These metrics are tailored to the unique challenges of marine environments and may include:
- Image clarity benchmarks under varying turbidity
- Species identification accuracy for AI‑enabled systems
- Data transmission reliability in remote or offshore conditions
- Durability and uptime targets for long‑term deployments
This structured goal‑setting process ensures alignment between scientific ambitions and practical implementation realities.
“Goal setting defines measurable outcomes and success metrics tailored to the unique challenges of marine environments.”
3. Environmental & Operational Feasibility Analysis
A feasibility study evaluates whether the proposed system can perform effectively in the intended environment. This includes:
Environmental Feasibility
- Depth, pressure, and temperature profiles
- Water clarity, turbidity, and light absorption
- Biofouling risk and biological activity
- Ecological sensitivities and habitat protection requirements
Operational Feasibility
- Compatibility with existing infrastructure and workflows
- Vessel access, diver requirements, and field logistics
- Data storage, compression, and transmission pathways
- Regulatory and permitting considerations
“Operational planning evaluates how the proposed underwater imaging solution integrates with existing workflows, infrastructure, and logistical parameters.”
4. Risk Evaluation & Mitigation Strategy
Early identification of risks allows OPT to design systems that are resilient, safe, and ecologically responsible. Risk evaluation includes:
- Technical risks: leaks, sensor drift, power loss, mechanical failure
- Environmental risks: strong currents, sedimentation, low visibility
- Ecological risks: disturbance to sensitive habitats or species
- Regulatory risks: compliance with local, national, and international frameworks
Mitigation strategies may involve redundancy planning, adaptive lighting, protective housings, or alternative deployment methods.
“Risk evaluation identifies potential environmental and technical hazards… and considers ecological sensitivities to avoid unintended impacts.”
5. Output: Technical & Operational Roadmap
The final deliverable of this phase is a clear, structured roadmap that guides the entire project lifecycle. It includes:
- Defined scientific and operational objectives
- Detailed technical requirements
- Environmental and logistical feasibility findings
- Risk mitigation strategies
- Preliminary deployment considerations
- Budgetary implications and cost‑range estimates
This roadmap ensures that all stakeholders share a unified understanding of the project’s scope, constraints, and success criteria before moving into system design and engineering.
“This process ultimately produces a clear technical and operational roadmap that ensures alignment between scientific goals and practical implementation.”
