Initiative #165
AIMMS (Artificial Intelligence for Marine Mammals in Survey imagery)
Listed in the registry Development Original language : English Unclassified
Value score 15 %
Weighted average of impact area coverage (40%) and strategic alignment (60%).
Feasibility score 13 %
Share of feasibility criteria checked in the form.
AI Strategic Operating Model (AI-SOM) Phase B — AI Discovery · Upcoming
- Completed : Concept Case
- Completed : Statement of Sensitivity (SoS)
- Not started : Outcome-Based Roadmap
- Not started : High-level Architecture
- Not started : ATIP Assessment
- Not started : Cyber Assessments (SoS, SA&A, SIP, Audits)
- Not started : DERAI — Pilot Assess
- Not started : RISK — Cost, People, Technology
- Not started : DERAI — Pilot Address
- Not started : DERAI — Production Assess
- Not started : AI Production Assessment (AIR — final/approved)
- Not started : Production readiness assessment
- Not started : DERAI Monitoring plan / monitoring configuration
- Not started : Operational support and ownership documentation
- Not started : Approval records (e.g., CDOS CAB decision), if required
About the initiative
Description of the initiative
The AIMMS project develops a platform to automate and accelerate the interpretation of aerial imagery for marine mammal population assessments. By streamlining annotation and review, and enabling scientists to develop custom machine-learning models without advanced coding skills, the AIMMS workflow significantly reduce processing time, accelerate delivery of science advice, and lower operational costs.
Problem statement
DFO Science must provide timely science advice on the population size of harvested and at-risk species using aerial imagery. Increasing volumes of high-resolution imagery now exceed current human resources and internal capacity for manual annotation. As a result, data processing is delayed, science advice for priority species is slowed, and financial costs are rising. DFO currently lacks a scientific tool that efficiently analyzes survey imagery and provides estimates of marine mammal abundance.
Expected outcome if AI is selected
Success means implementing an automated workflow for image annotation and analysis using an open-source, user-friendly machine-learning platform, freely available across DFO. Fully operational models, where predictions are accepted as final, could reduce aerial imagery analysis time by an estimated 72% compared to manual annotation. This would allow experts to focus on higher-value work, clear processing backlog, and accelerate delivery of science advice for priority species.
Risks
Delays in software development and integration may arise if technical challenges occur while enhancing Label Studio’s features and usability. Furthermore, limited personnel with the necessary expertise or unexpected staff turnover could affect critical workflows, including annotation and model development. Adoption also poses a risk; if key DFO science teams are slow to engage or face challenges with training, the impact and deployment of the enhanced platform may be reduced. To mitigate issues related to software development and integration, the team will collaborate with experts from CDOS and/or OCDS, with regular check-ins to track progress and address issues promptly. Frequent testing and an open feedback loop with developers and users will ensure challenges are quickly identified and resolved, keeping the project on schedule. To reduce the risk of not having enough skilled staff or people leaving the project, we will make sure team members are trained in multiple areas and maintain easy-to-follow instructions and guides. Moreover, we already have an established project team that is ready to continue the work with the expertise that they have gained over the course of the project.
Strategic alignment
- Improved scientific advice for fisheries
Areas of impact
- Time
Feasibility
- Data is available and usable
AI family
- AI capability
- General Cross-cutting Analytical Tools
Bucket rationale Not translated
Annotation et interprétation d’imagerie biologique aérienne via IA, perception numérique.
Lifecycle
-
Ideation
Stage status : Completed
June 1, 2025
-
Assessment
Stage status : Completed
-
Approved
Stage status : Completed
-
Development
Stage status : In progress
-
Pilot
Stage status : Upcoming
-
Production
Stage status : Upcoming
-
Archived
Stage status : Upcoming
Schedule for this initiative
- Completed
- In progress
- Planned
- Not applicable
- Today
- Ideation
A similar need?
Nobody has come forward yet. If your team faces the same problem, say so: it helps bring initiatives together and share a solution.
Contacts
- Requester
- Smith, Melannie
- Sector contact
- Smith, Melannie
- Subject matter expert
- Mosnier, Arnaud
- Smith, Melannie
- Technical lead
- Levy, Joshua
- Approver (DG)
- Vigneault, Bernard
Data and tools
- Sector
- Fisheries Management
- Region
- National Capital Region
- Data classification
- Unclassified
- Could this initiative be shared with the Treasury Board Secretariat?
- Yes
- Submitted on
- June 1, 2025
Data type
- Spreadsheets
Tools in use
- Data pipelines and platforms (e.g. Databricks, Data Factory, MS Fabric)