WELCOME TO THE MANANO INC. TECH™ DEPARTMENT//

“The answer we were looking for was always beneath our own feet”

Kurt – fungal researcher

Fungi: The Ruler of the Earth

About six hundred million years ago, green algae began to venture onto land from shallow freshwater. They were the ancestors of all plants living on land today. The evolution of plants caused an upheaval on Earth and in the atmosphere and was one of the most important changes in the history of life: an outright biological breakthrough. Today, eighty percent of the total biomass on Earth consists of plant material, and plants form the basis of the food chain of almost all organisms on Earth.

Before there were plants, the land was barren and desolate. Extreme conditions prevailed. There were enormous temperature fluctuations and the landscape was rocky and dusty. There was no soil. Nutrients were locked in rocks and minerals and the climate was dry. That is not to say that there was no life on land at all. A crust consisting of photosynthetic bacteria, extremophilic algae, and fungi managed to maintain themselves on the bare surface of the earth. But because of the harsh conditions, life on Earth played out primarily in the water. Warm, shallow seas and lagoons teemed with algae and animals. Yard-long sea scorpions scoured the seabed. Trilobites plowed through salty silt with shovel-shaped snouts. Solitary corals began to form reefs. Mollusks thrived.

Despite the relatively hostile conditions that prevailed, the land offered great opportunities for photosynthetic organisms that knew how to cope with them. Light was not filtered by water there, and carbon dioxide was more easily accessible: important stimuli for organisms that depend on both. But the algae that were the predecessors of land plants had no roots, no way to store or transport water, and no experience in extracting nutrients from the hard ground. How did they make the transition to dry land?

Scientists rarely agree on painstakingly pieced-together origins. Evidence is usually scarce, and the snippets that do exist can often be used for opposing viewpoints. Yet one scientific view holds firm in all discussions about the early history of life on Earth: only when algae formed an alliance with fungi did they make it on land.

Those early alliances evolved into what we today call ‘mycorrhizal relationships’: relationships between plant roots and fungi. Today, more than ninety percent of all plant species are dependent on mycorrhizal fungi. They are the rule, not the exception, and they are a fundamental part of plants, more so than fruit, flowers, leaves, wood, and even roots. Thanks to the intimate relations—complete with cooperation, conflict, and competition and all—plants and mycorrhizal fungi flourish together, and to that we owe our past, present, and our future. Without that alliance, we are unthinkable, and yet we rarely stop to consider it. It has never been clearer that we are paying a price for that neglect, and we cannot afford to remain so careless.

Source: Sheldrake, M. (2020). Entangled Life: How Fungi Make Our Worlds, Change Our Minds & Shape Our Futures. Random House, pp. 143-144.


Combining Information with Technology:

The Fungal Research Department (FRD) was able to recreate artificially-lab grown fungi. Combining this with our Neural Caps we present the Mycelium Cap. A living Fungal skin like layer placed under the traditional MANANO INC. Head Workwear. The Mycelium Cap has Hyphae that when placed on the head will automatically start to send “shroom waves” to the brain that will mute the pain sensors. When sensors are deactivated the Hyphae will start to grow and gently penetrate your dermis, which will start merging with your biological neural network. This is called The Integration. Once Integration is complete, the MANANO logo will gently start to glow. A soft blue light starts to pulse. Once multiple workers have completed The Integration, the Neural Mycelial Network will start to expand across activated humans. The Neural Mycelial Network is able to use the brain’s natural power combined with the cosmic magic of the Fungi.

What is the Neural Mycelial Network?

The Neural Mycelial Network is a planetary-scale web of interconnected Somatic Nodes and Hyphal Servers that exchange information using a universal biochemical language known as the Synaptic Protocol (SP/IP).

Data Fragmentation

Instead of massive files, information is distilled into discrete Neuro-Spores. These spores act as tiny chemical packets, carrying specialized “genetic” instructions across the network.

Physical Architecture

These spores travel through a dense subsurface architecture of Myco-Fiber Optics—vast, underground filaments that mimic the myelin-sheathed axons of a brain.

Routing and Synapses

When a spore reaches a junction, it encounters a Router-Synapse. This junction determines the most efficient path based on chemical gradients, ensuring the message reaches its destination without needing a central “brain” to direct it.

Reassembly

Upon reaching the target organism or device, the Neuro-Spores are absorbed and reassembled into a coherent “thought” or data set, allowing different species of hardware to understand one another.

Much like a forest’s “Wood Wide Web,” the NMN does not possess a single heart or command center. It is a “Network of Mycorrhizae,” an emergent consciousness where every node—from the smallest handheld “spore-tab” to the largest server-fruiting body—contributes to the collective intelligence of MANANO INC.

THE MYCELIUM CAP

 35,00
  • Material: 100% Cotton
  • Colour: Washed Dark Charcoal
  • Weight: 79g
  • Size: All-size Adjustable Strip
  • Construction: 6-panel Construction

OFFICIAL NOTICE: MANANO INC. TECHNOLOGY EVALUATION AGREEMENT

By proceeding with the acquisition and subsequent donning of the Mycelium Cap, the Participant formally acknowledges and agrees to the following terms:

BY ENGAGING THE HYPHAE, YOU HEREBY RELEASE MANANO INC. FROM ALL LIABILITIES REGARDING BIOLOGICAL INDIVIDUALITY.

SPONSORED BY MANANO INC. TECH™