Infodio 2.0: A process by which tunnels can be quickly made, collapsed and reformed. To do this the soil is laced with thousands of tiny magnetic agents which bond to the dirt (or minerals, ect.) around them. These can be manipulated by activating, deactivating and shifting their own electromagnetic fields or the field of magnets positioned around them. Updates have utilized a Mithril coating to proof the agents against to impacts, explosions, EMPs, earthquakes or other accidents, increase their binding strength to that of steel, and increase their responsivity. Complete
Infodio 3.0: A more advanced version of Infodio 2.0, Infodio 3.0 consists of two types of agents. The first is basically just a generally improved version of Infodio 2.0 (smaller, stronger, faster and capable of responding to more complex commands). The second is a nanoscale component which is packaged around the main agent and, upon deployment, expands into the sediment around the primary agent. Once deployed, they serve to protect the primary agents, strengthen the sediment bonds and enhance the speed and strength of interactions between the primary agents. As a result, Infodio 3.0 is over ten times stronger, faster, and more durable than its predecessor. Complete
Fortis Infodio: Designed for use in structures and armors, Fortis Infodio sacrifices deployment speed and response time for improved bond strength and durability. Thus, though it is a bit sluggish, Fortis Infodio can withstand many times more force than the basic design. Complete
Ieiunium Infodio: Designed for use in propulsion and Infodio cannons, Ieiunium Infodio sacrifices bond strength and durability for improved deployment speed and response time. Thus, though it is a bit fragile, Ieiunium Infodio can activate and respond to commands instantly. Complete
Exedunt Infodio: Designed for destroying enemy vehicles, Exedunt Infodio sacrifices deployment speed, durability and ease of production for greatly improved bond strength and response time. This always it to envelope and crush enemies. Complete
Aestimatus Infodio: Designed for use when funding is not an issue, Aestimatus Infodio throws ease of production to the winds for improved response time, bond strength and durability. Complete
Infodio cannon: A small cannon, which can be easily attached to other weapons, that fires a stream of Ieiunium Infodio agents, propelled by a magnetism manipulation cannon. On contact with soil or debris, the agents instantly bond and move to the sides, creating a narrow tunnel. This tunnel can be opened and closed rapidly, timed to the trigger mechanism of the weapon to which the cannon is attached. The Infodio cannon 2.0 can open a tunnel as long as the range of a magnetism manipulation cannon with virtually no delay. Complete
Infodio armored propulsion 1.0: Utilizing Infodio to create a propulsion system which doubles as an armor that can reassemble on it's demolition. The agents bond to debris and form a covering that is up to twice as hard as steel. If blown apart by explosives of a blunt impact, the agents can release their bonds, bond to fresh debris and reassemble. The armor moves in small cycles along the surface of a vessel (with any shape), bonding with its surroundings, moving backward and then releasing and cycling back up to bond with more debris, which propels the vehicle. With the develplment of Infodio 3.0, this system of propulsion is far faster as traditional underground propulsion systems, and exponentially more maneuverable. Additionally, it can operate with equal ability regardless of shape and material and because the armor is made of soil similar to its surroundings, vessels with Scopulus armored propulsion are difficult to detect with seismic based detection systems. Complete
Infodio Drills: Incorporating Infodio technology into drills to allow them to operate far more quickly and efficiently Complete
Infodio response system: We are planting small containers of Infodio 2.0 throughout our tunnel systems at key structural points. The Infodio can be released to strengthen the system in case of an emergency Complete
Magnetism: We are developing methods to make stronger magnets as well as electromagnets which can survive even the most powerful blasts from an EMP. This technology will be apllied to infodio and scopulus