Our Time and the Digital Boat Vision

A boater is retrofitting a 1994 Monterey named Our Time with a Garmin chart-plotter, an NMEA 2000 backbone, a Raspberry Pi running OpenPlotter with a PICAN-M hat, and a CX5106 converter that digitizes analogue gauges, as the proving ground for a broader project called Digital Boat. The five-phase roadmap moves from logging trips and building a personal catch database to AI-driven predictions of fishing spots, speeds and lure performance, then to a privacy-preserving shared community database and an automated first mate that monitors engine, battery and bilge health.

When I bought Our Time , I knew she was more than just a 1994 Monterey with good bones. She was going to be my platform — the boat where I could experiment, learn, and prove out a bigger idea. That idea is Digital Boat . On Our Time , every upgrade is a step toward the future: A Garmin chart-plotter replacing the old Lowrance An NMEA 2000 backbone tying electronics together OpenPlotter running on a Raspberry Pi with a PICAN-M hat The CX5106 converter turning analogue gauges into digital data These aren’t just gadgets. They’re building blocks. Each one adds to the story of how a boat can evolve from analogue to digital without losing its soul. Digital Boat takes what I’m building on Our Time and scales it into a shared system for all boaters. The vision is simple: Centralized Database: Every Garmin log, every OpenPlotter track, every catch waypoint feeds into a common structure. AI Integration: Artificial intelligence analyzes the data — spotting patterns, predicting conditions, and offering smarter recommendations. Shared Insights: Boaters contribute what they choose, and in return, gain access to collective knowledge. No one’s secret spot is exposed, but the fleet as a whole gets smarter. On Our Time , I’ll start by mapping catches — turning way-points and trolling paths into heatmaps that show where walleye hit, by season, depth, and lure. Digital Boat takes that further: Predictive Fishing: AI suggests starting points based on weather, water temp, and historical catches. Automated First Mate: The system monitors engine health, battery status, and bilge activity, alerting you before problems happen. Trip Prep & Power Management: Digital Boat generates checklists, balances loads, and ensures you’re ready before you even leave the dock. Our Time is my proving ground. Digital Boat is the collective vision — a community intelligence system that blends analogue reliability, digital dashboards, and AI‑driven insights. Every trip I take adds to the database. Every boater who joins makes the system smarter. Together, we’re not just upgrading boats — we’re redefining what it means to be on the water. Digital Boat Road-map: From Our Time to a Smarter Boating Community Phase 1: Prove It on Our Time Install and connect the core gear: Garmin, NMEA 2000 backbone, Raspberry Pi with OpenPlotter, CX5106 converter. Start logging every trip: way-points, trolling paths, catches, engine data, and power usage. Build the first dashboards: speed, depth, RPM, voltage, and catch notes. Goal: Show that one boat can collect, organize, and use its own data to fish smarter and boat safer. Phase 2: Build the Personal Fishing Database Export Garmin logs and OpenPlotter data into a simple, structured format. Organize catches by date, depth, lure, speed, and conditions. Create maps and heat zones that show where fish were caught and under what circumstances. Goal: Turn raw trip logs into a personal playbook that improves with every outing. Phase 3: Add AI Insights Best depths by season. Most productive trolling speeds in different weather. Lure performance over time. AI begins to suggest starting points, speeds, and setups before each trip. Goal: Move from “recording history” to “predicting success.” Phase 4: Share the Knowledge Digital Boat Community Database Create a central database where boaters can choose to share their logs. Protect privacy: no one’s exact fishing spot is revealed, but patterns like depth, speed, lure type are shared. Contributors get access to collective insights — the more data, the smarter the system. Goal: Build a trusted knowledge base that grows with every boater who joins. Phase 5: Automate the First Mate AI watches engine temp, battery health, and bilge pump activity. Sends alerts before problems become breakdowns. Generates trip prep checklists based on planned outings. Manages power automatically switching between solar, alternator, and shore . Goal: Digital Boat becomes a true “digital first mate” — always watching, always learning, always helping. Phase 6: Scale and Evolve Add more sensors and integration radar, weather, autopilot . Build a simple app or web dashboard so any boater can access Digital Boat. Grow the community — more data, more insights, more value. Goal: Digital Boat becomes the go‑to platform for smarter, safer, and more enjoyable boating.