Users scan a QR code on the tower, select an available locker, receive a temporary access code, and place their phone inside to charge safely via USB. The service is free, secure, and fully automated, designed for public spaces.

Because it combines solar energy, digital inclusion, open-source tech, and community empowerment. It’s meant to support underserved populations, travelers, and students by offering free energy and digital access in a sustainable way.

To deploy the first node of a global network of autonomous, solar-powered tech stations that promote connectivity, inclusion, and energy resilience in public spaces with high social impact.

Through voluntary investments from individuals committed to social and technological impact. In return, contributors receive ACT Tokens equivalent to their contribution, with optional staking for long-term benefits.

For every dollar invested, the investor receives ACT Tokens based on the market rate ($0.0004 per token), plus the option to stake and earn 8% annually. Investors are also recognized in the public online registry of project backers.

A Technology Ambassador is someone who travels, listens, and co-creates tech-based solutions with communities. It’s not a corporate role—it's a mission-driven position focused on bringing useful innovation where it’s most needed.

To replicate the model in plazas, tourist routes, rural towns, and disconnected areas across Latin America and beyond. Each tower will be built using local materials and labor, and funded through community-driven investment models.

It provides free access to clean energy, encourages responsible tech use, generates local jobs for construction and maintenance, and becomes a symbol of empowerment and sustainability. It also educates the public on solar energy and digital self-sufficiency.

The solar panel charges an internal battery during daylight hours. This battery powers the USB charging lockers and LED lighting at night. The system is fully off-grid, and can operate even during cloudy days with limited sunlight.