Deep dives on offline-first ship communication, Augmented Communication, maritime software trends and operational best practices.
A look at the features and improvements planned for the Shipwize platform in the second half of 2026, including AI-assisted incident summaries, API v2, and extended alarm integrations.
Superyacht communication has strict guest privacy requirements and high crew professionalism standards that standard maritime platforms don't address. Here's what purpose-built yacht communication infrastructure looks like.
License cost is one line in the TCO calculation. This guide covers the full cost picture for maritime communication platform procurement, from infrastructure to training to 5-year evolution.
Not every maritime communication project goes to plan. Here are five common deployment failure patterns, the root causes, and how to avoid them in your next project.
Engine room communication has specific constraints: high ambient noise, restricted device use, and safety-critical response time requirements. Here's how purpose-built maritime platforms address them.
A three-way comparison of modern maritime communication approaches for cruise ships. We compare capability, total cost, deployment complexity, and compliance evidence quality.
Cloud-first architecture dominates enterprise software. For maritime communication, it's the wrong choice. Here's the technical and operational argument for vessel-local infrastructure.
Digital muster management is replacing paper headcount procedures on modern vessels. Here's how role-based push notifications and real-time muster confirmation work — and what the compliance record looks like.
The BIMCO/ICS Maritime Cyber Security guidelines provide a framework for cyber risk management. Here's what they mean specifically for communication platform security on vessels.
Deploying a modern communication platform on a vessel built in 2005 has specific challenges. This project guide covers the planning, deployment, and crew transition steps for legacy retrofit projects.
Poor communication tools increase crew turnover. The connection between communication UX, crew satisfaction, and retention has a quantifiable financial impact that most fleet operators haven't measured.
Cisco Jabber is widely deployed in enterprise environments. This analysis looks at where it falls short for maritime use — and what the practical comparison reveals for fleet operators.
Fleet operators who select proprietary communication platforms often discover the true cost of vendor lock-in years later. Here's how to evaluate and mitigate lock-in risk in maritime software procurement.
Managing crew identity across multiple vessel applications is a significant operational overhead. Here's how Keycloak provides unified SSO for maritime software stacks — and why it matters.
Medical incidents are the most time-sensitive crew communication scenario on cruise ships. Here's how a structured Augmented Communication workflow handles them — and what the compliance record looks like.
A communication system that fails during an incident is worse than no system at all. Here's how to architect high availability for maritime communication infrastructure on a vessel.
Cargo and tanker operations have specific communication requirements shaped by long passages, small crew sizes, and watch-keeping rotation. Here's what the right communication infrastructure looks like.
WebRTC enables real-time video calls between crew members and shore-side experts without cloud infrastructure. Here's how it works in a maritime context and what the deployment requirements are.
Procurement teams evaluating maritime communication platforms often ask the wrong questions. Here are the 12 questions that reveal what a platform actually does — and doesn't — support.
River cruise operations have communication constraints that differ from ocean-going vessels: variable shore connectivity, small crew sizes, and multi-port logistics. Here's what the right platform looks like.
Matrix is the open standard powering the next generation of maritime communication platforms. Here's a technical overview written for maritime IT decision-makers.
Ferries operating on 45-minute runs and short coastal routes have radically different communication requirements than deep-sea vessels. Here's what ferry-specific communication infrastructure looks like.
Should your vessel run open-source communication infrastructure or buy a proprietary platform? This framework walks through the trade-offs for different fleet types and operational contexts.
Even technically capable maritime software is often abandoned because crew members find it unusable. Here's the UX research behind why maritime communication tools fail — and what good design looks like.
Offshore oil and gas platforms have specific communication requirements that differ from merchant vessels. Emergency roles, contractor access, and muster management all require dedicated handling.
IMO resolutions and flag state requirements increasingly touch on digital crew communication and incident records. Here's what maritime operators need to know about compliance in 2026.
Modern cruise ships and cargo vessels are replacing aging PBX telephone systems with SIP-based unified communication. Here's how the integration works, what it requires, and what to avoid.
Delivering push notifications to ship crew devices without FCM or APNs is technically challenging but operationally essential. Here's how Progressive Web Apps solve it for maritime environments.
Many cruise operators use WhatsApp as a default crew communication tool. Here's why that creates serious problems — and what maritime-specific alternatives look like.
Augmented Communication is more than AI-assisted messaging. It's a role-based, position-aware communication approach that transforms how maritime crews handle incidents. Here's the full picture.
Most maritime communication breakdowns happen not because of hardware failure but because the software wasn't designed for the ocean. Here's why legacy systems struggle and what offline-first architecture changes.
