SDB Day 2019
The International Forum on Satellite-Derived Bathymetry 2019
Esteemed speakers and guests from hydrographic offices, marine industry, service providers and research institutes around the world will gather for Australia’s first SDB Day in May 2019.
Satellite Derived Bathymetry (SDB) is a method for providing high-resolution water depth data in shallow water environments. These waters are notoriously difficult and expensive to access. The method combines satellite imagery with advanced algorithms to provide affordable and accurate data, and all within a relatively quick turnaround time.
The forum addresses the urgent need for both users and producers of SDB to jointly discuss capabilities, standards, data integration and handling uncertainties in its application.
Join us for the first session in our ‘Locate Connect’ online learning series! Hear from Scott Dewar, Director, Chris Hewett, Assistant Secretary GEOINT Capability and Development & Phil Shears, Director DEF799 Phase 2.
In this session from 1300 – 1400, the Australian Geospatial-Intelligence Organisation (AGO) will be launching the Defence Geospatial-Intelligence (GEOINT) Strategy, a document that addresses how the Defence GEOINT Community will transform to meet the future needs of the Australian Defence Force. The AGO Executive will also provide an update on their GEOINT projects and announce upcoming opportunities for industry and discuss how the COVID-19 pandemic has impacted the organisation.
Then from 1430 – 1545, AGO, along with Frontier SI will describe how The Analytics Lab Program (AGO Labs) fits into the bigger picture of AGO capability and summarise the outcomes of their 2019 activities. AGO Labs, coordinated through FrontierSI, is investigating a number of ways to better engage and work with industry. Specifically, the AGO is keen to attract a wider pool of companies and technologies to draw on for automated geospatial intelligence. The primary focus of this program is to address AGO capability challenges through a small number of short-term industry projects, with a focus on machine learning and analytics for producing automated imagery analysis, including automated object classification. AGO will announce a new 2020 program of challenges hoping to find innovative solutions through their partnership with FrontierSI.
During GEO Week 2021, the Group on Earth Observations will present the multidisciplinary activities of the GEO Work Programme that address policy agendas involved in the UN Framework Convention on Climate Change (UNFCCC) COP26, the Convention on Biological Diversity (CBD) COP15, the UN Decade of Ocean Science for Sustainable Development and the UN Decade of Ecosystem Restoration.
The online event will include the GEO-17 plenary, plus anchor and side events. Time will be scheduled each day for virtual networking. On Monday, November 22, the 56th Executive Committee will be held as a closed meeting.
Of particular importance will be the anchor events: These are the main events designed by GEO week 2021 organisers to explain the multidisciplinary nature of GEO through the concept of nexus thinking. Working on multiple topics simultaneously is essential in today’s rapidly changing environmental and social conditions. For example, work in one area will have a knock-on effect or impact in another area, such as the water, energy and food nexus. These events are linked to the global policy agendas that underpin most of GEO’s work.
Image credit: NASA
RPAS in Australia Skies is back for 2023. The conference is the Australian Association for Uncrewed Systems’ (AAUS) main event for the year and has established itself as a landmark event for the Australian drone industry, drawing interest from key government personnel, representatives from the regulatory and safety bodies, defence force, RPAS and UTM representatives, end users and academia.
The hybrid event will take place over two days and will include a combination of presentations and interactive panel discussions.
The conference will cover:
- RPAS related policy and regulatory updates from Australian and international government agencies.
- UAS Traffic Management, low-level airspace and integrated airspace systems
- Industry challenges and perspectives
- Continuing development of a professional and safe industry.
- Emerging technologies and innovative solutions enabling RPAS integration in Australian airspace.
- Emerging applications — benefits, viability and social acceptance
- Case studies of drone use and challenges in emergency services, infrastructure inspection, delivery, mining, and agriculture.
The Remote Hydrography conference and exhibition brings together manufacturers, operators, regulators, and research and development leaders from both industry and academia, within the field of remote surveying and uncrewed survey operations.
Remote Hydrography 2024 provides an opportunity to share experience gained in the development and application of autonomous and uncrewed platforms (surface, underwater, aerial and space-based) and the associated command and support services.
These and enabling technologies like machine learning and artificial intelligence will revolutionise workflows for hydrographic data collection, processing, analysis and presentation.
The ROTORTECH Helicopter and Uncrewed Flight Exposition is the premier industry event for the Helicopter/Rotary Wing and RPAS/UAV/eVTOL community in Australia, New Zealand and the Indo-Asia-Pacific region.
Held by AMDA Foundation with input from major industry supporter the Australian Helicopter Industry Association, ROTORTECH 2024 will provide a vital interface between industry, regulators and government, including:
- Operations and safety presentations
- Industry conferences
- Manufacturers technical workshops
- Industry exposition showcasing the products and services of helicopter and uncrewed flight related companies
ROTORTECH 2024 will host conferences by the AHIA and Australian Association for Uncrewed Systems (AAUS) and feature presentations by key rotary and uncrewed flight industry experts from Australia and the Indo-Asia-Pacific region.
