'Hybrid Ecosystems' is an ongoing series of explorations into creating an unveiling of our entangled world. The digital and physical world seems at first glance separate, occupying different layers of reality that seem to reluctantly interact, this is further reinforced through the manner in which digital interfaces are designed. The reality of our mundane life is that these two layers of reality are in fact tightly interwoven, constantly influencing, interacting, shaping & reshaping, consuming and acting. Our inherited bias towards seeing the man-made, or artificial, as different from the natural world further obscures this reality where digital agents (software & hardware) behave and interact as an ecosystem, also with the natural world.

By prompting neural models trained on the vast mundane visuality of our world, i.e. with standardised datasets that are considered a benchmark for the status quo of our day-to-day lives we attempt an exercise of re-imagining. Starting well within the familiar, this exploration of neural-speculative visions of reality attempts to manipulate and distort our mundanity into speculative representations of the digital & physical entanglement: exploring how we can stretch our imagination so as to see a world of harmoniously interacting artificial and natural life as one single, sustainable ecosystem.

'abyssal processor'

'brine upgrade'

'multi-channel ecosystem'

'thermocline compute'

'dawn instructions'

'wired warblers'

'dawn sensors'

'computational currents'

'kelp systems'
sound by Alejandro Mune

'submarine heliopause'
sound by Alejandro Mune

'field observation #1'

'field observation #4'

'field observation #7'

'landform printer'

'communal sync'

'network cairns'

'daylight compression'

'dusk replicators'

'dawn feeders'

'cable willows'