In its early stages, the organisation focused on building structure. Teams were formed across engineering, outreach and operations, bringing together students at different stages of their education, from high school through to postgraduate study. Work was distributed across time zones and cultures, with contributors joining from Australasia, India, Europe, the Middle East and North America. Learning how to collaborate at that scale became one of our first challenges, and one of our earliest lessons.
Central to our original vision was Auahitūroa, a proposed 1.5U CubeSat intended as both a technical project and an educational platform. Electrical and hardware subsystems were designed by the team, and we reached early milestones including a preliminary design review and engagement with external stakeholders such as EnduroSat, as we explored a viable path to launch. The mission aimed to bring space into the classroom by allowing students to design experiments, run them on orbit, and receive the results back on Earth.
As development progressed, the realities of the project became clearer. Building a physical hardware platform entirely remotely proved far more difficult than anticipated. Key systems often depended on a small number of individuals, and as students graduated, changed direction, or took on new commitments, those dependencies created fragility. Progress slowed, and momentum became harder to sustain.
Alongside the technical challenges, the organisation itself continued to grow. Managing a volunteer led team of highly driven students quickly became a significant undertaking. Many team members were balancing demanding study loads, work, and personal commitments, and coordinating across time zones often felt like a full-time responsibility.