OUR VISION
Advancing Maritime Security Through Data-Driven Analysis
WHAT’S NEW
Shipped: Task Build System
Single commands for test/build/dev, checksum-based caching, zero overhead dependency checks
Read MoreShipped: SYSTEM Kind for Plot State Persistence
Plots now preserve your viewport and selection state — temporal windows, map bounds, and selected features all survive save/load.
Read MoreShipped: REP File Import in VS Code
Drag a REP file onto the map. Watch your tracks appear. That simple.
Read MoreShipped: Focused Analysis Environment
VS Code activity bar now shows only what matters for maritime analysis
Read MoreShipped: Epic Support for Large Feature Breakdown
AI-assisted breakdown of large features into deliverable backlog items with full traceability.
Read MoreShipped: REP File Special Comments Parser
REP files now yield their full story — tracks, narratives, search areas, and operator notes all parsed to GeoJSON.
Read MoreShipped: GeoJSON Styling Properties Schemas
Standardized styling schemas enable consistent visual rendering of maritime tracks, waypoints, and annotations across all frontends
Read MoreShipped: Dynamic Blog Component Bundling
Interactive component demos now flow automatically from Storybook to blog posts — the speckit workflow handles bundling and deployment.
Read MoreShipped: Shared React Component Library for Maritime Analysis
We've completed the foundational component library for Future Debrief, delivering reusable React components for maritime tactical analysis visualization.
Read MoreShipped: Debrief VS Code Extension v0.1.0
Maritime tactical analysis directly in VS Code with interactive maps and track visualization.
Read MoreBROUGHT TO YOU BY
Ian Mayo
Ian Mayo (from Deep Blue C Technologies) has been developing and maintaining Debrief since 1995, and helping users perform effective analysis and deliver persuasive results.
He has studied and worked in the Marine Technology environment since 1987, and the defence-specific domain since 1992. Back in 1990 he developed the predecessor to the modern electronic navigational chart as part of his Master of Philosophy Research Degree from the University of Plymouth, UK.
Since then he has worked on surface and submarine command systems, oceanographic support systems, and developed a range of tools related to the development, management and analysis of maritime exercises using both web and desktop technologies.
FREQUENTLY ASKED QUESTIONS
Answers to some of the frequently asked questions about the Common issues