SBN Tech

 In the dynamic world of maritime operations, ensuring the availability of critical spare parts at the right time and location is vital to a vessel's uptime, performance, and compliance. Yet, for many fleet managers and ship operators, the procurement of spare parts remains a complex and fragmented process—often plagued by delays, miscommunication, overstocking, or worse, stockouts. Modern fleet operations demand an integrated and intelligent approach to ship spares procurement and inventory management , one that reduces operational costs, improves transparency, and ensures the vessel is always equipped for smooth sailing. That’s where smart software solutions like SBN Technologics’ Spare Parts Procurement and Inventory Management System come in. This article explores how you can streamline the procurement process, reduce cost leakages, and optimize shipboard inventory through digital tools like SBN Tech's Store & Procurement Management . The Importance of Efficient Spar...

 Maintenance is the backbone of safe and efficient ship operations. In the high-stakes world of maritime logistics, equipment failure, unplanned downtime, or non-compliance with class regulations can result in significant losses—both financial and operational. To avoid these risks and maintain vessel health, the shipping industry increasingly relies on Planned Maintenance Systems (PMS) . A planned maintenance system on ship provides a structured approach to manage, monitor, and automate all maintenance activities based on predefined schedules and manufacturer recommendations. When implemented correctly, a PMS can dramatically reduce unplanned failures, improve safety, and increase the overall lifecycle of marine assets. This guide explores the step-by-step process of implementing a Planned Maintenance System onboard and highlights how digital platforms like SBN Technologics can simplify and streamline the process. What Is a Planned Maintenance System (PMS)? A Planned Maintenance ...

 The global maritime industry is facing increasing scrutiny when it comes to safety, environmental protection, and regulatory compliance. With ships operating across multiple jurisdictions and an ever-growing list of standards set by bodies like the International Maritime Organization (IMO) , maintaining maritime safety compliance is no longer straightforward. Shipowners and operators must now navigate a complex web of evolving regulations, technical constraints, and operational risks. In this high-stakes environment, understanding the current challenges in maritime safety compliance —and how to strategically overcome them—is essential for maintaining safe operations, avoiding penalties, and ensuring long-term fleet sustainability. The Evolving Landscape of Maritime Safety Compliance Maritime safety compliance refers to a vessel’s adherence to international, national, and company-specific regulations designed to protect human life, marine assets, and the environment. These include ...

 The global maritime industry is the lifeblood of international trade, responsible for moving over 80% of the world’s goods. Yet with this critical role comes increasing exposure to threats—ranging from piracy and terrorism to cyberattacks and unauthorized access. To mitigate such risks, maritime authorities across the globe require vessels to adopt and implement a Ship Security Plan (SSP) as part of the International Ship and Port Facility Security (ISPS) Code. A well-structured SSP is not just a regulatory requirement—it’s a crucial defense layer that protects vessels, cargo, and crew from harm. In an age where security threats are evolving rapidly, having a robust ship security plan is more vital than ever. What Is a Ship Security Plan (SSP)? A Ship Security Plan (SSP) is a formal document developed for a specific ship that outlines the policies, procedures, and actions to detect and deter security threats. It includes preventive measures, emergency response protocols, an...

 The global shipping industry is navigating a challenging yet transformative period—one that demands operational excellence, cost optimization, and environmental accountability. Rising fuel prices, stricter decarbonization mandates, and the increasing complexity of fleet management make performance monitoring a strategic necessity rather than a luxury. At the heart of this evolution lies a critical digital solution: the Vessel Performance Monitoring System . Designed to provide real-time insights into a vessel’s operational behavior, fuel consumption, and voyage efficiency, a vessel performance monitoring system is an essential tool for ship owners, operators, and fleet managers who seek to improve profitability while aligning with environmental regulations. What is a Vessel Performance Monitoring System? A vessel performance monitoring system (VPMS) is a software-driven solution that collects, analyzes, and visualizes data from various shipboard sensors and systems. These includ...

 In today's highly regulated and fast-paced maritime environment, ensuring the safety of vessels, crew, cargo, and the environment is more important than ever. The complexity of marine operations—from navigation and engine room activities to cargo handling and crew management—demands a structured and proactive approach to identifying and mitigating risks. This is where marine operations risk assessment becomes not just important, but absolutely essential. Understanding Marine Operations Risk Assessment Marine operations risk assessment is the systematic process of identifying hazards, analyzing their impact, and implementing control measures to minimize risk in shipboard and shore-based activities. It encompasses every operational aspect—from routine maintenance and emergency preparedness to navigation through hazardous waters and cargo transfer procedures. This assessment is not a one-time activity. It is a continuous cycle of monitoring, analyzing, and improving safety protocols...