01 · REPORTING GAP
Community reports are often disconnected
Residents may see plastic waste, oil pollution, abandoned fishing gear or other coastal problems but may not have one clear place to report and track them.
Building technology for a sustainable ocean future
Meet OceanGuard
OceanGuard is an integrated web-based environmental platform designed to bring community pollution reporting, incident verification, biodiversity monitoring, coastal cleanup coordination, research data and Sustainable Development Goal 14 reporting together in one place.
Why OceanGuard?
A connected approach to marine and coastal problems.
OceanGuard is based on a simple idea: useful environmental information should be easier to report, verify, understand and act on. The proposed platform connects community observations with environmental management, cleanup activities and research.
02 · INFORMATION GAP
Environmental information is spread across sources
Pollution reports, biodiversity observations and ocean data can be held in different systems. Bringing relevant information together can make it easier to understand local conditions.
03 · ACTION GAP
Reports should lead to practical action
A verified pollution incident can become a cleanup campaign, while validated information can contribute to monitoring, research and SDG reporting.
How it works
From community observation to environmental action.
The proposed workflow connects the major stages of environmental incident management.
01 · Report
A community member submits an issue with a location, category, description and photo evidence.
02 · Verify
An environmental officer reviews the report and checks whether the information is credible.
03 · Prioritise
The incident can be assessed according to severity, location and environmental importance.
04 · Act
Verified incidents can support warnings, follow-up actions and community cleanup campaigns.
05 · Learn
Validated information can contribute to biodiversity monitoring, research and SDG reporting.
Core capabilities
What OceanGuard is designed to provide.
The initial system is organised around practical functions that support community participation, environmental management and research.
01
Community Reporting
Report marine pollution and coastal issues using descriptions, categories, locations and photographs.
02
Incident Verification
Allow authorised environmental officers to review, verify, reject and prioritise submitted incidents.
03
Biodiversity Monitoring
Record species observations and support validation and monitoring of marine biodiversity.
04
Cleanup Coordination
Turn verified pollution incidents into organised cleanup campaigns with volunteer participation.
05
Research & SDG Data
Provide validated information for research, analysis, environmental dashboards and SDG reporting.
Planned modules
A practical system structure.
The project proposal identifies ten major modules for the planned platform. These modules will be developed progressively rather than all being implemented at once.
01
Authentication & Roles
User registration, login, role-based access and profile management.
02
Pollution Reporting
Incident submission with categories, location, description and photo evidence.
03
Incident Verification
Officer review, validation, rejection and priority assessment.
04
Coastal Map & GIS
Map-based viewing of incidents, observations, campaigns and environmental information.
05
Biodiversity Monitoring
Species observations, validation and biodiversity-related records.
06
Ocean Conditions
Environmental observations and external marine datasets where available.
07
Cleanup Campaigns
Campaign creation, volunteer registration and cleanup activity tracking.
08
Research & Data
Validated datasets, filtering, summaries and research-oriented information access.
09
Alerts & Warnings
Environmental warnings and important notifications for relevant users.
10
SDG 14 Reporting
Indicators, summaries and exports that support reporting against Life Below Water objectives.
14
SDG
Sustainable Development Goal
SDG 14 — Life Below Water
OceanGuard is aligned with Sustainable Development Goal 14 and is intended to support marine pollution reduction, protection of marine and coastal ecosystems, sustainable coastal activity, scientific knowledge and community participation.
Stakeholders
Who OceanGuard is designed for.
Different users have different responsibilities. The proposed role structure keeps those responsibilities clear.
Technology direction
Built with accessible technologies.
The project is planned as a zero-cost student-developed system using common web technologies, open-source software and publicly available environmental data sources where appropriate.
HTML5 / CSS3Web interface and responsive layout
JavaScriptClient-side interaction and visualisation
PHPServer-side application logic
MySQLCore relational data storage
PythonData processing and planned AI features
Leaflet / OpenStreetMapInteractive mapping
Chart.jsCharts and environmental dashboards
GitHubVersion control and team collaboration
Project team
EcoVision Software
OceanGuard is being developed as a team project by four students as part of the MIT223 ICT Engaged Project.
Hrishikesh Patel
987844
Ruzhi Deng
987809
Ganesh Khatri
988094
Shailesh Shrestha
982752
Project Remarks
This homepage represents the current concept and project direction. The menus and system functions are intentionally not connected yet. The next stages of development will progressively connect the actual reporting, verification, mapping, biodiversity, cleanup, dashboard and data-integration modules. The homepage is intended to explain the purpose of OceanGuard clearly before users enter those functional areas.