A holographic projection service that overlays vibrant, simulated ecosystems onto mining sites for marketing and public relations purposes. Designed to project an image of environmental responsibility, distracting from the underlying ecological damage caused by accelerated resource extraction. Includes customizable narratives focusing on the quantifiable and measurable benefits that these extraction processes bring to society, such as renewable energy technologies.

A risk-pooling system designed to protect remote workers and their families from economic hardship resulting from job displacement due to the increased use of automation. Pays out temporary UBI and provides resources for education, medical support, etc.

Autonomous drones pre-programmed with emergency protocols for sealing mine entrances and deploying neutralizers to contain chemical leaks in case of systemic failures, offering rapid ecological stabilization after collapse. These would deploy various stabilizing agents or physical blockages while reporting key data on the extent of the collapse to a remnant central authority.

A network of safe havens equipped with survival resources (food, water, medical supplies) and communication infrastructure, designed to provide refuge and facilitate collaboration in the aftermath of collapse. Equipped with localized eco-literacy programs.

A fully integrated remote tracking system that constantly monitors all mining operations via holographic projection using a global surveillance network, assesses environmental impact, and automatically levies fines or initiates regulatory interventions based on deviations from set environmental standards. This helps enforce environmental regulations and provides transparency when the system detects violations.

A platform designed to allocate resources, incentivize ecological preservation and guide mining practices. A central regulatory board can deploy and reallocate vital resources - like labor, technology, and investment - based on a complex environmental audit system.

A collaborative program in which members of surrounding communities work with holographic data to visualize geological fault lines and energy flows, then collectively decide on non-invasive interventions (bio-remediation, eco-sculpture) to rebalance the Earth's meridians and heal scarred landscapes. This relies on the knowledge of the community, supported by technology, to collaboratively heal the landscape.

An open-source software that allows communities to collaborate in designing the ecological repurposing of former mine sites using holographic simulations. Users can create a 'virtual ecosystem' and run simulations, test different interventions and assess consequences to guide local restoration efforts. Results are uploaded and made available to everyone to accelerate restoration work everywhere.