P2E Metaverse as a service

In order to realize the fast application of our platform, Formless proposes the $P2E framework for developers and game users. $P2E provides a series of methods and tools to quickly enter the world of blockchain games. Its system includes four logical layers: physical adaptation layer, separation algorithm layer, governance economic layer, and virtual application layer.

Physical adaptation layer: The bottom layer is the physical layer, including SDK tools, cross-chain bridges, Formless Launchpad, and oracles are the physical layer of Formless, and Formless maintains a good interface with physical adapters.

Separation algorithm layer: This layer is the core of Formless to improve throughput, using algorithm separation (non-sharding) technology, the core of which is to combine consensus (selection and ordering of transactions) and calculation (execute each transaction and record Record its output) separately, and prove that this can significantly increase throughput without compromising safety quantity.

Governance economic layer: DAO governance, node governance, and token model are key to realizing the chained metaverse. Virtual application layer: this layer implements virtual applications and provides a user-friendly interface. It also maintains a good connection with the physical adaptation layer, the separation algorithm layer, and the token incentive layer.

Virtual application layer: User-oriented metaverse game interface layer, providing smooth and friendly metaverse interface functions and metadata scripts such as virtual images, game props, virtual land, etc.

In addition, the virtual application layer also enhances the immersion of the game through interactive technologies such as AR and VR. AR can superimpose digital information on the physical environment, while VR can completely create a vivid virtual hero world. Formless will further improve the resolution and frame rate parameters that affect the user's sense of presence, fidelity, and dizziness through chip computing power enhancement, sensor optimization, digital interface optimization, and operating system optimization.

The underlying construction of Formless will also include a full range of sensory experiences from audio and visual interaction to tactile and temperature. We believe that this will be a milestone in the development of the metaverse game track. The immersive sensory experience that the current VR technology brings to people is based on vision and hearing. However, the metaverse in the form of Formless needs to realize the simulation of the complete human senses. The direction of Formless' future development is mainly the transmission of feelings with touch, temperature, and sensations.