The latest from the greenroom.
Our CTO, Harry Hubbert attended RobotX 2022 as a course judge. RobotX, was held at the Sydney International Regatta Centre, it saw teams from universities across the globe compete in the most advanced maritime robotics competition.
One of our software developers, Nathan, recently delivered a lecture at the University of Sydney. Speaking on the topic of control architecture. Exploring concepts such as capability, modularity, and the critical importance of safety.
Greenroom is on a quest to revolutionise the maritime sector with vision-based artificial intelligence (AI). Applying AI for real world applications requires not only robust pipelines and processes, but also large, comprehensive and accurate data sets. Greenroom’s Geolabeller is an end-to-end pipeline to collect, manage and analyse training datasets so that we can rapidly build machine learning and computer vision analytics to detect, classify and segment images.
Greenroom Robotics is honoured to be recognised by the Hon. Scott Morrison, Prime Minister of Australia as a key industry participant in the Federal Governments Trailblazer program. The Defence Trailblazer - Concept to Sovereign Capability - aims to transform defence innovation by strengthening the alignment and collaboration between industry and academia.
Greenroom’s industry partner Ninox Robotics deploys with Geolabeller for biosecurity surveys with long-range Remotely Piloted Aerial Systems (RPAS)
Greenroom Robotics has started the year with a strong surge, welcoming three new developers to the office! Our talented team are central to the development and delivery of our game-changing products, and we are excited to be welcoming three new high performing individuals into our team of multi-disciplinary tech wizards.
Greenroom has successfully deployed our Mission Management Software aboard the DSSV Pressure Drop while supporting operations at sea following the refit of the DSV Limiting Factor in Fremantle, WA.
Greenroom Robotics propels deep-sea exploration into unchartered territory with their next-generation mission system
Greenroom Robotics has proudly facilitated a major international refit of the DSV Limiting Factor, a remarkable two-person submersible that explores the deepest parts of the world’s oceans.
Greenroom Robotics is proud to continue supporting STEM in Australian schools through the Subs In Schools Program
Greenroom Robotics is proud to announce our sponsorship of Launceston College in the Subs in Schools Challenge State Final
Greenroom Robotics, under contract from IAS Asia Pacific Pty Ltd (IAS), has just released a next generation software engine for maritime search and rescue (SAR).
The Greenroom Robotics team are honoured to today announce that we have been selected as a key technology partner supporting The Whiskey Project Group in developing their line of next generation tactical watercraft.
By leveraging artificial intelligence and advanced analytics, Greenroom Robotics is able to provide a superior maritime search and rescue capability, enabling more capable, robust and efficient search and rescue activities, ultimately saving lives at sea.
Greenroom has been flat out developing new products and solutions, and we have definitely dropped the ball on our blogs. But hopefully that is changing and here is the first of many blogs about an exciting Autonomous Surface Vessel (ASV) that is currently being constructed in North Queensland.
Over the last few weeks our Chief Technology Officer Harry Hubbert has been taking part in some prestigious online training initiatives. These events allowed Harry to provide students and fellow entrepreneurs with vital information about working in both the maritime technology field and a startup company in the current global environment. They were also great opportunities to promote Greenroom and the groundbreaking work that we are undertaking in the maritime technology sector.
Greenroom is moving increasingly into the maritime domain with our edge-computing and machine learning capabilities. We’re doing this as part of our ongoing R&D and also increasingly with industry partners who are looking to apply our capability to their unique applications. These projects are all exciting, but in the meantime we thought we would have an R&D day to test ourselves. We set out to develop a new application in under 24 hours to test our data pipeline, and explore feasibility for a future project.
I’m Vinayak, I joined the greenroom team at the start of this year as a robotics graduate, and so wanted to introduce myself. I’m an optimistic person yearning on a quest for knowledge and learning through various aspects in life.
In this article I am going to talk about a subject that is close to my heart. Maybe as I spent a great deal of my precious time in my final year of university at the Australian Maritime College studying this topic. This topic being “Estimating Sea Surface Temperature (SST) using Unmanned Aerial Vehicles (UAV)”.
I haven’t seen a lot of fuss out there about the recent release (14 June 17) of the Lloyds Register (LR) Code for Unmanned Marine Systems (UMS). I only say this because it is the first real set of rules and regulations that have been applied to AUVs and USVs, and I think it is a pretty big deal.
GreenRoom Inflight Robotics (a subsidiary of GreenRoom Robotics) are undertaking an ambitious project combining Unmanned Aerial Vehicles (UAV), Computer Vision and Machine Learning. We are aiming to improve the way in which drones are applied in to a number of industries, and for varying applications.
My first venture into computer vision was in 2014 when I prototyped an automated sorting system for conveyor belts for a production factory in Indonesia. The goal was to sort through many tonnes of pebbles in order to find the best ones for a company making tiles destined for feature walls in luxury resorts around the world.
We’ve been busy over the last few months, and the blog posts haven’t been flowing as expected, but that’s because exciting things have been taking place in the background. Our network is growing and there’s increasing interest in our developments..