AIS Data in Maritime Archaeology
AIS serves as a monitoring tool for marine vessels within traffic services (VTS). Ships are equipped with transceivers that regularly send information to satellite- and land-based receiver systems. The details transmitted include the vessel’s unique ID, position, heading, speed, and some other information about the navigation. Initially designed for safety and collision avoidance, AIS information […]
The Impact of 5G on AIS Systems
How 5G Will Improve the Signal Transfers of the AIS The main issue with current AIS systems is interference and congestion due to the density of signals, particularly in busy maritime zones. 5G is intended to overcome these issues with its high frequency and low latency attributes. This ensures that the vessels can enjoy a […]
AIS Data Analysis Tools and Techniques
Tools for Analyzing AIS Data MarineTraffic provides monitoring, allowing users to see live updates of vessel positions. This capability is important for maintaining situational awareness and preventing collisions. MarineTraffic offers historical data retrieval, which is beneficial for analyzing past vessel movements and detecting patterns. The platform includes an analytics dashboard that visualizes vessel traffic, port […]
Building a DIY AIS Receiver
Necessary Components for Your DIY AIS Receiver A VHF antenna’s main function is to capture the AIS signals transmitted by nearby ships. These antennas are designed to operate within the Very High-Frequency range, specifically around 162 MHz, which is the frequency AIS operates on. Selecting a marine VHF antenna is vital because they are optimized […]
AIS and the Internet of Things (IoT)
The Automatic Identification System (AIS) is a tracking system used on ships and by vessel traffic services (VTS) for identifying and locating vessels. AIS works through transceivers installed on ships that transmit data like vessel name, position, speed, course, and destination. This information helps in preventing collisions, improving navigation, and supporting search and rescue operations. […]
Navigating Dense Shipping Lanes with AIS
Gathering AIS Data AIS systems use VHF radio signals to transmit information between vessels and shore stations. Ensuring that AIS equipment is correctly maintained involves regular checks and updates to transponders, antennas, and other related hardware to keep the system in peak operating condition. Proper positioning of high-quality VHF antennas on the vessel is importantl. […]
Other Applications of AIS
AIS was developed to prevent ship collisions and enhance navigation safety. It works using transceivers on ships and extends to satellite systems to provide a comprehensive view of navigation. Ships equipped with AIS transmit vital information, which is received and displayed on monitoring systems. This data aids in traffic management, search and rescue operations, and […]
The Economic Impact of AIS on Maritime Operations
Boosting Efficiency in Maritime Routes Before the advent of AIS, ship captains, and navigational officers relied heavily on traditional methods such as radar contact and manual plotting for route planning. These methods often could not account for sudden changes in maritime conditions or traffic scenarios. AIS changes this dynamic by providing continuous data regarding the […]
AIS Data Sharing
The function of AIS centers on two main types of equipment: Class A transceivers, which are mandatory for all large ships under the International Maritime Organization (IMO) regulations, and Class B transceivers, used by smaller vessels that are not required to carry the system. These devices exchange data with other nearby ships and AIS base […]
The Intersection of AIS and Marine Insurance
Risk Assessment with AIS Data AIS equips insurers with a comprehensive view of navigational patterns by constantly transmitting necessary data such as location, speed, and vessel type. This influx of granular, data stands in contrast to older methods that often relied on broader, less timely information. Insurers can now observe whether a ship is adhering […]