Mandiakui Microgrids are digitally sovereign in that they are cryptographically isolated from the rest of the internet. In fact, they are able to deliver services without any other system.

Noun: Digital Sovereignty

The 5G network bubble generated by the self-powering microgrid is cryptographically isolated from other digital systems. Access is regulated by the Microgrid operator, which manages the Mobile Device Management System.

The Microgrid operator also manages bridge systems which communicate with both national and supranational systems such as the host nation’s e-Government offerings, a border partner’s e-Government offerings, or a rapid deployment disaster response or humanitarian crisis system.

The e-Estonian X-Road platform is used for global-best-practice interparty data-exchange and the cryptographic anchor in the Microgrid operator. This cryptographic requirement is the source of digital sovereignty - however, as it is digital sovereignty, normal concepts of control-over-territory do not apply.

We recommend that this operator be a formal business owned by the community and potentially spanning multiple national jurisdictions.

Sovereignty Enables Disaster Preparation

However, they come equipped with adapters capable of connecting to a complete range of local communities, national systems, international organizations, and other global entities preconfigured to interact with a selectable range of national, international, and global entities using the e-Estonian X-Road protocol.

This means that each microgrid deployment is ready for integration with all other national microgrids as well as with international organizations, or, in the case of border microgrids, with adjacent states. Preconfiguration for integration with crises response systems increases the resiliency of the communities to absorb the shocks from nearby political or climate disasters.

Microgrid Sovereignty Strengthens National Sovereignty

Microgrids which support the