Moreton Blue Software

Our mission

We create value for our clients by creating value for their customers and employees. We’re a full service development that builds custom web and mobile products for our clients

We love software development and enabling businesses to greater visibility into their processes.

Our story

We love software development and enabling businesses to greater visibility into their processes.

We utilise javascript frameworks to deliver solutions based on a structured methodology and pre-built components and frameworks.

As part of our work with clients we find a number have disparate software programs and platforms that do not communicate with each other in the way they should.

This means vital information is kept in several places and manual or semi manual processes need to be implemented to connect and make sense of the data.

This is where the Moreton Blue team come in with their ability to design bespoke solutions that capture and analyse all the information required under the one platform.

Giving Back

Moreton Bay Shellfish Reef Restoration

Moreton Bay has lost thousands of hectares of fish habitat such as seagrass and saltmarsh but by far the biggest loss has been that of shellfish reefs (over 95%). These largely unseen and lesser known reefs were once the life blood of our bay. This project will restore these reefs.

The establishment of the Moreton Bay Shellfish Recycling Centre is just one part of the journey to restore Moreton Bay’s shellfish reefs.
Used shells are collected from seafood businesses and restaurants across Brisbane. These shells are needed to restore the reefs as research has shown used shells encourage live oysters to return and reestablish themselves naturally. Every oyster shell that is recycled and placed back into a suitable reef restoration site will provide a home for up to 10 baby oysters. The recycling center sterilises the used shells from disease and pests for up to 4 months before placing them back in the Bay. These modular reef restoration structures will be positioned in areas outside of green zones where oyster reefs previously existed in locations that will not detrimentally affect seagrasses, wading birds, commercial fishers and wormers or create boating navigation hazards or amenity. We will monitor the results of these trials together with University researchers and aim to scale up the most effective restoration methods over the coming 10 years with the goal of restoring 100 hectares of oyster reef in a decade. This has the potential to generate up to 250 tonnes of seafood per year.