48-hour hackathon by Ad Astra CIT
Each team picks one problem statement and takes it from foundation to a working, intelligent build.
Explore how smartphone motion sensors can be used as an intuitive control interface.
Explore how visual information from the physical world can influence operations within a digital environment.
Explore how natural voice interaction can control and manage connected environments.
Explore how real-world information can dynamically influence a virtual environment.
Explore how game characters can move beyond predefined dialogue and respond naturally to player interaction.
During a disaster, identifying affected areas and deciding where response efforts should be prioritised can be difficult.
Traditional automation systems often react to individual sensor readings without understanding the overall condition of the environment.
Remote robotic systems depend heavily on communication, but real-world environments may introduce delays, interruptions, and changing conditions.
Robotic systems must understand their environment before making decisions and interacting with objects.
Your team portfolio, milestones, mentor feedback, deck submissions and judging live in one place, from launch to results.
Teams of 2–4. Pick one mission and get your team number instantly.
Report what’s done and what’s next at every checkpoint of the build.
Ask questions any time and get feedback right on your portfolio.
Criteria-based scoring from PPT review to the final live demo.
Chosen mission, problem understanding, approach, architecture and who does what. Due before the first mentoring session.
What of Stage 1 (minimum viable solution) is working, and what remains. Due with the 1st round PPT submission.
Progress on the complete working prototype, blockers, and plan for the final. Due with the 2nd round PPT submission.
Final state of the build: minimum deliverable, Stage 2 completeness and any Stage 3 work. Due before final evaluation.
Sign in to your dashboard, or register your team to get your team number.