What Is Cellframe (CELL)?

What Is Cellframe (CELL)? Complete Guide Review About Cellframe.

What Is Cellframe (CELL)?

Cellframe is a service oriented blockchain network. It is built very close to the hardware, to provide efficiency of use on any machine — from supercomputer to smart fridge. Post quantum encryption is a default one to provide the highest level of security. Important to note that they did not try to invent a new unproven yet essence or technology; they are making the blockchain the way it should be done to be called an infrastructure. The dynamics of generating new information is growing.

What does this mean for creating the foundational technology for the future industry? Maybe it’s time to track the dynamics of growth? In addition to the need to deliver on performance and efficiency, a basic infrastructure protocol also requires extensibility and flexibility. Other than an insatiable appetite for performance, they invariably can not predict future needs and inventions and must safely support improvements and modifications that will undoubtedly appear.

Cellframe Storage Key Points

Coin BasicInformation
Coin NameCellframe
Short NameCELL
Circulating Supply28,788,326.44 CELL
Total Supply29,735,000
Source CodeClick Here To View Source Code
ExplorersClick Here To View Explorers
Twitter PageClick Here To Visit Twitter Group
WhitepaperClick Here To View
Support24/7
Official Project WebsiteClick Here To Visit Project Website

How can it be used?

By design, Cellframe architecture is a structure with a dual-layer sharding. The first layer (heterogeneous layer) can launch customizable subchains and tokens. On the second layer (homogeneous layer), sub chains are organized in Cells. Due to interoperability features they plan to build an ecosystem of services where every app (or dapp) will have an opportunity to exchange information with another app in a p2p manner.

Cellframe is public and enterprise solution at the same time

Performance and scalability of Cellframe meets not only demand from the public blockchain market, but also from enterprise can widely be used for enterprise solutions. Here we have a couple examples of use. Service-oriented architecture make easier to build 2nd level protocols with dedicated services. Built in payment system and private shards(networks) gives ability to focus on service development itself, when conditioned transactions make 90% of typical smart contract operations without them (less gas consumption, higher security, simpler development, lower development risks and time.

Cellframe already have an enterprise blockchain-in-a-box solution ready. Besides, one of the most interesting solutions for all of the public and private blockchains is a securitization (insurance) from terminal attacks. Due to its architecture, Cell frame is the only system that can protect a blockchain from terminal attack (incl. quantum) without users migration and implementation of a third party code.

Zero-level protocol for building the services

Cellframe documents your vision of a blockchain platform with fundamentally broad functionality, capable of building and delivering a variety of high-demand, high-load, high-security services. This is the zero-level protocol for building the services underpinning emergent Web 3.0 business models, adding not only the performance and integration required, but also an integral foundation of post-quantum level security.

The key innovations are decentralized services, new fine sharding implementation (which offers performance and resilience) combined with a low-level architecture (performance and security) and a high level of modifiability by design (flexibility).

Challenges

History teaches that no man can predict the future. Cellframe are offered predictions by smart people in the press and books, and know invariably that some will come true, and others will not. While it may be difficult to find a single reliable truth sayer, they can note that certain macro phenomena about guessing the future seem reliable people tend to overestimate the rate of change in the nearby future and underestimate it in the distant future. Taking this into account, let carefully separate the facts from opinions and build a suitable, in your opinion, narrative for the further development of your technology.