iXlive

How Seapix 3D multibeam sonar supports selective tuna catching decision?

When approaching a tuna schoal, whether it is a "free" shoal or an aggregated bank under FAD, the tuna vessel bases its catch decision on several complex criteria such as concentration, quantity, homogeneity, depth and dynamics of the bank, in order to reduce its by-catches and target the species in accordance with the regulations.

SeapiX multibeam 3D sonar provides the skipper with an innovative and precise answer during this crucial phase of analysis before releasing and purse seining, leading to significant time and efficiency gains by avoiding unnecessary seine hauls through the application of a true catch selectivity strategy..

Using unmanned systems for stand-off MCM: How to avoid obstacles

Relying on unmanned technologies to assess underwater threats, Navies have to make sure their autonomous system have optimum navigation capabilities in order to avoid obstacles and operate safely. Discover how ECA Group’s drones-based system UMIS chosen by Belgian and the Royal Netherlands Navies, and that integrates the latest iXblue avoidance sonars, can support you in conducting safe missions at sea.

Enhancing resilient positioning and navigation awareness

To enhance navigation awareness and crews short-time decision-making, iXblue has developed an advanced e-navigation solution relying on artificial intelligence. Through sensors redundancy and the augmented reality display of all key navigation information (routes, shallow waters, buoys, AIS…), Cetos Suite allows ensures a resilient and safe navigation. Join one of our two sessions to learn how our Cetos Suite will provide resilient positioning and enhance your situation awareness

Ensuring undisrupted navigation within GNSS-denied environments

From the manufacturing of advanced sensors and navigation data distribution and computation systems, to navigation software, iXblue covers the full value chain of navigation. By detecting GNSS spoofing and/or jamming, as well as identifying and counteracting potential cybersecurity threats, iXblue products and solutions provide resilient navigation information in all conditions. Join one of our two sessions to learn more about how our naval solution will ensure an undisrupted navigation.

Boosting geophysical survey efficiency with Delph Geo software series

Delph Geo is a modular software solution for geophysical data acquisition, processing and interpretation. Operating with side-scan sonars, seismic systems, sub-bottom profilers and magnetometers, Delph Geo software is a major leap forward in providing geologists, geophysicists and hydrographers with a highly optimized workflow. It offers greater flexibility, a major boost in productivity, and top-level multi-sensor data integration, quality control - QC - and interpretation capabilities, all in a smart and intuitive software environment. Interfacing with most industry leading sensors and data formats and tailored for the most challenging survey needs, Delph Geo results from the key user input and the strong experience of iXblue Sonar Systems Division engineers.

SeapiX-F: how to balance efficiency and by-catch rules with advanced fishery acoustics

SeapiX-F is the first compact civilian system comprising a dual Steerable Mills Cross multi-beam sonar transducer. Its transducer generates several simultaneous multibeam transmissions and acoustic processes to yield quantitatively and qualitatively impressive measurements of the marine environment. SeapiX-F revolutionizes fishing techniques by providing optimally calibrated information and unparalleled surveillance of a designated underwater spatial volume. It answers some of the toughest demands placed on skippers, offering total visibility over the underwater environment so that informed, strategic fishing decisions can be made in real time thanks to realistic quantitative and qualitative  distribution of biomass.

Echoes Series: how to optimize sub-bottom profiling data?

Benefitting from 30 years of field proven technology and expertise in designing transducers, the Echoes Series provides high-resolution sub-bottom profiling solutions for sediment structure characterization. Through extensive practice and cumulative return on experience in close collaboration with the French Navy and international Oceanographic Institutes, the Echoes Series ensures the best signal quality for the first 200 meters of sediment. Whether pole or hull-mounted on small crafts and oceanic research vessels, or integrated on autonomous vehicles (AUVs & USVs), this versatile technology is suited to a wide range of applications including marine & lacustrine geosciences, archaeology & geo-archaeology, as well as offshore energy operations.

How to select the right INS?

When you need an Inertial Navigation System (INS), it is rather easy to specify the accuracy of the different parameters required, such as heading, roll, pitch, velocities or 3D position. However, an INS keeping this accuracy whatever the conditions encountered is what you really need for a successful mission. This is when it gets more difficult to select the INS that best fits your need. This webinar will provide you with some clues about the most difficult conditions during which INS performance can be altered. You will learn what questions you really need to ask INS manufacturers in order to get crucial performance information, even when those technical aspects are not displayed in datasheets.

How to select the right IMU?

Once you have designed your system and computed the required performance of the Inertial Measurement Unit (IMU) you need, it is time to select the one that best meets your requirements. But how to read an IMU datasheet? How to understand the verbiage of IMU manufacturers? This webinar will focus on the main parameters of the sensors that have been put together to build an IMU and will help you understand the different technical words and what they correspond to. And, last but not least, you will learn what key parameters you need to ask for when they are missing from IMU manufacturers datasheets.