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# ELNAV.AI

Future Ships Will Steer Themselves. Today’s Still Need Us.

## Sitemaps

- [XML Sitemap](https://elnav.ai/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Blog](https://elnav.ai/blog/) - Analysis and updates on maritime AI, active watchkeeping, bridge human factors, navigation safety, resilient PNT and marine pollution monitoring.
- [ELNAV.AI: Artificial intelligence should assist the bridge, not audit it](https://elnav.ai/elnav-ai-artificial-intelligence-should-assist-the-bridge-not-audit-it/) - Shipping should use AI where it improves safety and reduces harm. But we should resist designs that quietly turn professional seafarers into data sources for remote scoring and post-event blame. The principle I keep coming back to is simple: assist the bridge, don’t audit it
- [ELNAV.AI Is Building an Early-Warning System for Oil Pollution in the Adriatic](https://elnav.ai/early-warningsystem-for-oil-pollutionin-the-adriatic/) - Combining AI, maritime robotics, and operational experience at sea to build products that are usable in real conditions - not only in research settings.
- [Grounding of MV Flash](https://elnav.ai/grounding-of-mv-flash/) - A watchkeeper fell asleep, the ship grounded off Tunisia, and a quiet bridge lapse became a major casualty.
- [Karen Danielsen Allision](https://elnav.ai/karen-danielsen-collision/) - A bridge strike tore away the wheelhouse and deck gear, showing how little margin remains once a vessel departs from its intended track.
- [Grounding of MV Atlantic](https://elnav.ai/grounding-of-mv-atlantic/) - Fatigue, no lookout, and disabled alarms removed the last safety barriers before grounding.
- [Grounding of MV Beaumont](https://elnav.ai/grounding-of-mv-beaumont/) - An exhausted officer and weak bridge vigilance pushed a dry cargo ship onto the Spanish coast.
- [Grounding of MV Danio](https://elnav.ai/grounding-of-mv-danio/) - A sleeping watchkeeper, disabled safeguards, and chronic fatigue ended in a grounding inside a protected area.
- [Grounding of MV Kaami](https://elnav.ai/grounding-of-mv-kaami/) - Poor voyage planning and ECDIS misuse caused a total loss, showing that watchkeeping risk is not only sleep but also screen over-trust.
- [Grounding of MV Tundra](https://elnav.ai/grounding-of-mv-tundra/) - Pilot fatigue and weak bridge communication led to a missed correction and a St. Lawrence grounding.
- [Collision of MV Flevodijk](https://elnav.ai/collision-of-mv-flevodijk/) - A sole, fatigued watchkeeper turned a routine transit into a collision with shore infrastructure.
- [Grounding of MV Vera Su](https://elnav.ai/grounding-of-mv-vera-su/) - Fatigue and failed safeguards ended in a grounding with environmental, legal, and commercial consequences.
- [Grounding of MV Horizon](https://elnav.ai/grounding-of-mv-horizon/) - Bridge resource management broke down, the ship grounded, and the team lost the navigational picture too early.
- [Grounding of MV Priscilla](https://elnav.ai/grounding-of-mv-priscilla/) - Distraction on watch and disabled safeguards led to a grounding in the Pentland area, proving that being present is not the same as being alert.
- [Grounding of MV BBC Marmara](https://elnav.ai/grounding-of-mv-bbc-marmara/) - Alcohol, no lookout, and disabled alarms combined into a grounding that should never have been allowed to develop.
- [Grounding of MV Antari](https://elnav.ai/grounding-of-mv-antari/) - Fatigue and weak bridge vigilance led to a grounding off Northern Ireland, showing how quickly risk builds on an under-protected watch.
- [Grounding of Ince Inebolu](https://elnav.ai/grounding-of-ince-inebolu/) - Fatigue and poor bridge management led to a grounding off Greece, showing how repeated human-factor weaknesses can align into a serious casualty.
- [Grounding of the bulk carrier Shen Neng 1](https://elnav.ai/grounding-of-the-bulk-carrier-shen-neng-1/) - A bridge failure on a bulk carrier became a reef grounding, environmental event, and reputational loss.
- [Grounding and subsequent sinking of an articulated tug-barge](https://elnav.ai/grounding-and-subsequent-sinking-articulated-tug-barge/) - A missed course alteration and probable fatigue turned a routine transit into a grounding, sinking, and pollution event.
- [Grounding of cargo ship Jambo](https://elnav.ai/grounding-of-cargo-ship-jambo/) - A grounding in Loch Broom escalated into a sinking and pollution concern, turning a navigation failure into a full-loss event.
- [Grounding of ferry Alfred](https://elnav.ai/grounding-of-ferry-alfred/) - A brief bridge lapse and limited sea room escalated into injuries, vessel damage, schedule disruption, and claims.
- [Ship-to-shore “AI CCTV” at sea: safety tool, or governance trap?](https://elnav.ai/ship-to-shore-ai-cctv-at-sea-safety-tool-or-governance-trap/) - Ship-to-shore AI CCTV promises unprecedented visibility: engines leaking oil miles away, a drowsy watchkeeper, a parted mooring line—all flagged in real-time to the office. But is this a safety revolution, or a governance trap where the Master’s authority erodes under constant remote scrutiny?
- [AI Lookouts on the Bridge - Assistance, Authority, and the Mental Model](https://elnav.ai/ai-lookouts-on-the-bridge-assistance-authority-and-the-mental-model/) - Vigilance on watch is not just 'staring at screens.' It is an active, continuous process of building and updating a mental model of the ship’s situation: What traffic is likely to appear? How are wind and current affecting us? What can our ship and crew do right now? What 'smells wrong' in the pattern of lights and echoes outside?
- [Meet the Digital Kraken: Why Coastal Autonomy Doesn’t Mean Crewless Deep-Sea Shipping Is Imminent](https://elnav.ai/meet-the-digital-kraken-why-coastal-autonomy-doesnt-mean-crewless-deep-sea-shipping-is-imminent/) - Autonomous ships exist. But 'crewless, commercially routine, transoceanic shipping' is a different species of problem. Once you’re out of sight of the coast, a kind of digital Kraken waits for anyone who thinks autonomy is 'software + sensors.' Not a monster in the mythological sense — a monster in the engineering sense: rare failures, degraded modes, and long stretches where the ship must survive without help.
- [A Day of Celebration on the Awards Stage at Europort!](https://elnav.ai/a-day-of-celebration-on-the-awards-stage-at-europort/) - The spotlight turned to Europort’s Rising Stars, where ELNAV.AI received the Rising Star Award, including a €10,000 media package from HANSA.
- [Croatian start-up makes maritime sector safer with their Helm Order Monitor](https://elnav.ai/croatian-start-up-makes-maritime-sector-safer-with-their-helm-order-monitor/) - ELNAV aims to make navigation at sea safer. I spent thirty years in the merchant marine. During that time, I noticed that there was still a lot to be gained when it came to safety at sea. That is why I founded Elnav, which is part of the ICT Županija ecosystem.
- [Greater safety through better communication at sea - Automatic voice monitoring for the ship’s bridge](https://elnav.ai/greater-safety-through-better-communication-at-sea-automatic-voice-monitoring-for-the-ships-bridge/) - Many accidents at sea are due to errors in communication between seafarers. An automatic voice monitoring system for the ship’s bridge will ensure greater safety. With the speech recognition system and support from Fraunhofer IDMT in Oldenburg, Germany, ELNAV, a start-up company based in Split, Croatia, is developing what it calls a »Helm Order Monitor«.
- [Grounding of MV Crimson Mars](https://elnav.ai/grounding-of-mv-crimson-mars/) - Discover the causes and consequences of the MV Crimson Mars grounding in Tasmania’s River Tamar on May 1, 2006. This in-depth case study examines the navigational error, bridge management failures, and key safety lessons for maritime professionals.
- [Grounding of MV Francoise Gilot](https://elnav.ai/grounding-of-mv-francoise-gilot/) - Learn about the grounding of the MV Francoise Gilot in Port Phillip, Victoria, on May 9, 2008. Explore the navigational errors, helmsman mistakes, and safety lessons from this significant maritime incident.
- [Grounding of MV Sparna](https://elnav.ai/grounding-of-mv-sparna/) - Discover the details behind the grounding of the bulk carrier MV Sparna in the Columbia River on March 20, 2016. Learn about the navigational errors, bridge team response, and the significant damage caused by this maritime incident.
- [Collision of MV Yochow with ATB](https://elnav.ai/collision-of-mv-yochow-with-atb/) - Explore the causes and consequences of the collision between the bulk carrier MV Yochow and the articulated tug and barge (ATB) OSG Independence/OSG 243 in the Houston Ship Channel on June 13, 2018. Learn how helm error and poor bridge resource management led to significant vessel and facility damage.
- [Grounding of MV Bosphorus](https://elnav.ai/grounding-of-mv-bosphorus/) - Learn about the grounding of the MV Bosphorus in the Brisbane River on October 29, 2013. Explore how helm order errors led to the incident and the critical lessons for bridge resource management and maritime safety.
- [Grounding of Ferry Amadeo I](https://elnav.ai/grounding-of-ferry-amadeo-i/) - Learn about the 2014 grounding of the ferry Amadeo I in Chile’s Kirke Canal. Discover the causes, emergency response, oil spill impact, and environmental lessons from this significant maritime incident.
- [Grounding of MV Tauranga Chief](https://elnav.ai/grounding-of-mv-tauranga-chief/) - Read about the grounding of the MV Tauranga Chief in New Zealand: discover the circumstances, contributing factors, and lessons for maritime safety from this significant shipping incident.
- [Grounding of MV Exxon Valdez](https://elnav.ai/grounding-of-mv-exxon-valdez/) - Explore the grounding of the Exxon Valdez oil tanker on March 24, 1989, in Alaska’s Prince William Sound. Learn how this disaster spilled over 10 million gallons of crude oil, devastated marine life, and led to sweeping changes in U.S. oil spill prevention and response.
- [Cosco Busan Bridge Allision](https://elnav.ai/cosco-busan-bridge-allision/) - 7 Nov 2007, San Francisco Bay – The 901-ft Cosco Busan veered off track in heavy fog and hit the Delta tower of the San Francisco–Oakland Bay Bridge after the pilot mistook two channel buoys for the span’s centreline.
- [The loss of HMNZS MANAWANUI](https://elnav.ai/the-loss-of-hmnzs-manawanui/) - On Saturday 5 October 2024, the Ship was conducting survey operations on the southern side of Upolu, Samoa, in support of the upcoming CHOGM. The wind was from a direction of 120° at 20 -25 kts with a high sea state 3, and visibility at greater than 10 nm.
- [Collision between US John S McCain and Alnic MC](https://elnav.ai/collision-between-us-john-s-mccain-and-alnic-mc/) - On 21 Aug 2017, the US destroyer John S. McCain, overtaking the Liberian tanker Alnic MC in the westbound Middle Channel of the Singapore Strait, lost steering, veered port into Alnic’s path, and collided at 0524.
- [Grounding of MV Ever Given](https://elnav.ai/grounding-of-mv-ever-given/) - In the early hours of Tuesday, 23 March 2021, the 20,000 TEU containership M/V EVER GIVEN grounded whilst transiting northbound through the Suez Canal. The grounding occurred in an area where traffic cannot pass in both directions, having as a result the closure of the Canal and an increasing backlog of ships waiting to transit.
- [ELNAV.AI is a finalist for the 2025 SMART4SEA EUROPORT Smart Shipping Award!](https://elnav.ai/elnav-ai-is-a-finalist-for-the-2025-smart4sea-europort-smart-shipping-award/) - We’re thrilled to announce that ELNAV.AI has been shortlisted for the prestigious Smarter, Safer Shipping Award! We stand alongside five other innovative companies—Bachmann, Datum Electronics, Kaiko Systems, Pole Star Global, and Zelim—all united by a single vision: making shipping smarter and safer for everyone.
- [Why Seafarers' Fatigue Is Unique and More Dangerous Than in Other Transport Sectors](https://elnav.ai/why-seafarers-fatigue-is-unique-and-more-dangerous-than-in-other-transport-sectors/) - Fatigue in the transportation industry is a well-known issue, but seafarers face unique and far more dangerous challenges. The combination of prolonged work hours, isolated environments, irregular sleep patterns, and physical and psychological stress make fatigue among seafarers particularly hazardous. Multiple studies show that 43% of seafarers suffer from fatigue due to the working conditions onboard​. Unlike other transport sectors, fatigue at sea often results in catastrophic accidents that could have been prevented with better regulations and industry-wide acknowledgment of this critical issue.
- [Language Barrier](https://elnav.ai/language-barrier/) - In a study conducted by Transport Canada, when pilots were asked whether language barriers make it challenging to communicate orders to the helmsman on foreign-registered vessels, some 60% replied that language barriers “sometimes” affect communication with the helmsman. In comparison, 20% reported that it “often” resulted in difficulty communicating.
- [Digital Dalmatia: Helm Order Monitor](https://elnav.ai/digital-dalmatia-helm-order-monitor/) - Helm Order Monitor je prvo tehnološko rješenje problema nedovoljnog nadzora naredbi za kormilarenje između kormilara i pilota ili navigatora. Trenutno ne postoji sustav koji se bavi tom problematikom, stoga će to biti nova tehnologija koja pridonosi povećanju sigurnosti pomorskog prometa.
- [Disastrous discharge of oily wastewater continues despite monitoring](https://elnav.ai/disastrous-discharge-of-oily-wastewater-continues-despite-monitoring/) - Europe’s Black Seas investigation exposes a chronic, large-scale problem of illegal oily wastewater discharges that evade existing surveillance and enforcement mechanisms. Despite millions spent on the EU’s CleanSeaNet satellite and radar system, only 1.5% of potential spills are checked within the three-hour window needed for evidence collection. Vessels routinely bypass onboard treatment, falsify records, and dump under the cover of night or disabled AIS signals, ensuring most incidents go unpunished.
- [Costa Concordia Disaster](https://elnav.ai/costa-concordia-disaster/) - Discover the critical role human error played in the Costa Concordia disaster and how innovative AI-driven solutions like the Helm Order Monitor are transforming maritime safety. Learn about the last moments before the tragedy, the impact of helmsman mistakes, and the future of safer navigation at sea.

## Pages

- [ELNAV.AI](https://elnav.ai/) - ELNAV.AI develops maritime AI for active watchkeeping, helm-order verification, emergency training and resilient navigation for commercial ship bridges.
- [RouteShield-PNT](https://elnav.ai/routeshield-pnt/) - RouteShield-PNT is a funded development project for cross-checking GNSS position and time against independent shipboard evidence for ship bridges.
- [Helm Order Monitor – Stage 1](https://elnav.ai/helm-order-monitor/) - Advisory helm-order verification Helm Order Monitor Keep the order, read-back and rudder response aligned. On-board speech recognition and available steering data support the bridge team during manual steering, without taking control of the vessel. DISCUSS A SHIPBOARD EVALUATION SHIPBOARD TEST VIDEO The verification loop Order. Read-back. Response. HOM follows one operational chain and checks the
- [Helm Order Monitor](https://elnav.ai/helm-order-monitor-old/) - Helm Order Monitor is in development to use on-device speech recognition and ship sensor context for helm-order read-back and execution checks.
- [Downloads And References](https://elnav.ai/aware-mate/downloads-and-references/) - Downloads and references Eight selected documents for evaluating active watchkeeping support, bridge human-factor risk, fatigue, distraction, alarm burden and privacy-by-design. EU AI Act & GDPR Compliance Overview Non-binding overview of Aware Mate’s regulatory position, privacy safeguards and deployment responsibilities. MAIB Study Independent bridge-watchkeeping evidence on fatigue, attention, and loss of vigilance. Active Watchkeeping Pilot Scope
- [Aware Mate](https://elnav.ai/aware-mate/) - Aware Mate provides on-board active watchkeeping support with local graded prompts and privacy-bounded operational review for ship bridges.
- [Project Sentinel](https://elnav.ai/sentinel/) - Project Sentinel explores AI-enabled underwater gliders and in-situ sensing for earlier detection and reporting of marine pollution events.
- [Aware Mate Case Studies](https://elnav.ai/aware-mate-case-studies/) - Public bridge incident analyses on fatigue, distraction, loss of vigilance and watchkeeping failure, with practical lessons for maritime safety teams.
- [Contact](https://elnav.ai/contact/) - Contact ELNAV.AI in Split to discuss active watchkeeping pilots, bridge AI integration, maritime safety training and research collaboration.
- [Team](https://elnav.ai/team/) - Meet the ELNAV.AI team combining master-mariner experience, computer science, AI research and product engineering for practical maritime safety systems.
- [Helm Order Monitor EU Project](https://elnav.ai/helm-order-monitor-eu-project/) - Početak provedbe projekta 21.08.2023. Dana 21.07.2023. započeli smo provedbu projekta „Helm Order Monitor“. U nastavku dostavljamo osnovne informacije o projektu: NAZIV PROJEKTA: Helm Order Monitor OZNAKA PROJEKTA: NPOO.C1.1.2.R2-I3.02.0074 NAZIV POZIVA: Bespovratne potpore za novoosnovana poduzeća UKUPNA VRIJEDNOST PROJEKTA: 176.263,37 € UKUPNI PRIHVATLJIVI TROŠKOVI: 153.873,34 € IZNOS SUFINANCIRANJA: 130.792,33 € RAZDOBLJE PROVEDBE: 21.7.2023. – 21.2.2026. CILJEVI
- [Aware Mate EU Project](https://elnav.ai/aware-mate-eu-project/) - Početak provedbe projekta 03.05.2025. Dana 11.04.2024. započeli smo provedbu projekta „Aware Mate“. U nastavku dostavljamo osnovne informacije o projektu: NAZIV PROJEKTA: Aware Mate OZNAKA PROJEKTA: NPOO.C3.2.R3-I1.01.0311 NAZIV POZIVA: Dokazivanje inovativnog koncepta UKUPNA VRIJEDNOST PROJEKTA: 91.798,54 € UKUPNI PRIHVATLJIVI TROŠKOVI: 88.823,54 € IZNOS SUFINANCIRANJA: 59.796,47 € RAZDOBLJE PROVEDBE: 11.4.2024. – 11.7.2025. CILJEVI PROJEKTA: Cilj projekta je
- [Frequently Asked Questions](https://elnav.ai/helm-order-monitor-faq/) - Answers on Helm Order Monitor speech recognition, helm-order verification, ship sensor context, bridge integration and development status.
- [Case Studies](https://elnav.ai/helm-order-monitor-cs/) - Public marine incident case studies involving misunderstood, omitted or incorrectly executed helm orders, with lessons for bridge teams and training.
- [Frequently Asked Questions Aware Mate](https://elnav.ai/aware-mate-faq/) - Answers on Aware Mate deployment, privacy, on-board processing, local alerts, crew trust, integration and active watchkeeping pilot design.
- [Pools](https://elnav.ai/polls/) - Discover and vote on future features for Helm Order Monitor and Aware Mate. Your input shapes the next wave of maritime safety innovations.

## Categories

- [Blog Posts](https://elnav.ai/category/post/) - Explore ELNAV.AI articles on maritime AI, bridge operations, navigation safety, watchkeeping support and developments across current projects.
- [Case Studies](https://elnav.ai/category/case-studies/) - The Case Studies category presents a curated collection of third-party, public case studies documenting real incidents in the maritime industry. Each entry features an in-depth report-often available as a downloadable PDF-produced by independent investigators, maritime authorities, or reputable organizations. These studies cover a wide range of events, including collisions, groundings, onboard accidents, environmental incidents, and operational challenges.
- [Press Coverage](https://elnav.ai/category/press-coverage/) - The Press Coverage category features articles and stories about our organization as reported by external media outlets. Here, you’ll find news articles, interviews, reviews, and mentions from newspapers, magazines, online publications, TV, and radio. This section highlights how our work, achievements, and events are recognized by the press, offering an independent perspective on our impact and reputation. Explore this category to see how our story is being shared in the wider world.
- [Newsletter](https://elnav.ai/category/newsletter/) - Read ELNAV.AI newsletters covering maritime AI, bridge safety, active watchkeeping, navigation support and company project updates.

## Tags

- [Helm Order Monitor](https://elnav.ai/tag/helm-order-monitor/) - Explore ELNAV.AI articles about helm-order monitoring, command verification and bridge support designed to reduce navigation and communication errors.
- [Aware Mate](https://elnav.ai/tag/aware-mate/) - Explore ELNAV.AI articles and updates about Aware Mate, active watchkeeping support, bridge vigilance and privacy-bounded maritime safety operations.
- [Project Sentinel](https://elnav.ai/tag/project-sentinel/) - Explore ELNAV.AI articles and updates about Project Sentinel, maritime situational awareness, decision support and safer commercial ship operations.