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Cellframe is the infrastructure layer for the Internet of tomorrow with 100M+ of everyday users and PQ encryption.

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Testnet

Cellframe is the future of the whole blockchain industry.

What is Cellframe?

Cellframe Protocol is the better infrastructure layer for the Internet of tomorrow.

Interoperability

Cellframe can communicate with any computer system or blockchain from a central bank to a smart fridge.

Performance

Cellframe is designed to handle hundreds of millions of concurrent users across thousands of Dapps everyday.

Modifiability

The system can be customised to solve any task. Encryption type, consensus algorithm, and more can be changed on the fly.

Technology

Zero level

Cellframe is the only zero-level protocol – its main administrative chain is located under the level of blockchains or shards. It is analogous to TCP/IP for the Web.

Syngeneic cell

Representation of a shard. As an atomic element of the system, each cell can autonomously launch customizable subchains and issue tokens. Intercell interactions are not tied to zero level chain.

Any number of TPS

Due to its architecture, Cellframe can be scaled infinitely which means that it can provide any number of transactions per second and infinite number of supported Dapps.

Quantum resistance

With the quantum apocalypse near, any technology of the future must be protected by quantum safe encryption. Thus, our encryption now uses 4 PQ (and later will use 10) signatures to make Cellframe the framework for the Internet of Tomorrow.

Universal

Cellframe is built in the same language as the kernels of operating systems – plainr C, which means it is much easier to organise an interaction between different computer systems.

Supercomputers

Cellframe can be used in extremely high-load systems like central banks, exchanges, airplane systems, mainframes, supercomputers etc.

Blog

About Kelvin

Kelvin is flexible to implementing cryptographic algorithms which makes it the safest blockchain ever existed with 10+ post quantum signatures types from the start including zero-knowledge ring signature.

Multichain creates almost unlimited potential of speed and productivity. Kelvin can launch up to 2^64 parallel customisable subchains. That's why we call it chainframe — framework for blockchains.

About Token

Launching token type: ERC-20

Token ticker: KV

ERC-20 tokens will be swapped to Kelvin tokens after launch of main net.

Date of swap: Q3-Q4 2018

Total amount of ERC-20: 400M

Each ERC-20 token will be swapped to 2 different Kelvin tokens: KVS and KVP.
Proportions will be announced later.

KVS token: PoW

KVP token: DPoS

1st Quantum Revolution

Do you know that the humanity have already passed it? There are many devices and products today that use benefits of quantum technology. To get better understanding what that means and how quantum technologies influence to our lives take a look at the infographics below.

2nd Quantum Revolution

Right now we’re living in time of Second Quantum Revolution. IBM calls this moment of time — «Quantum Ready». We are ready and next big thing that will happen is an creation of first logical qubit. This is what we call «Quantum Apocalypse».

Quantum Revolutions

Do you know that the humanity have already passed it? There are many devices and products today that use benefits of quantum technology. To get better understanding what that means and how quantum technologies influence to our lives take a look at the infographics below.

June 1945

Trinity: 1st nuclear bomb explosion

Start of the 1st Quantum Revolution

1947

Transistors

1960

Laser

Flash memory

Integrated Circuit

Solid-State Laser

1982

Invention of CD and Feynman proposes the idea of quantum computing

Start of the 2nd Quantum Revolution

Graphene

2011

IBM’s first 7-qubits quantum computer testing

Measurment of Individual Quantum Systems

Blue red

Topological Phases of Quantum Matter

Quantum Apocalypse

Problem of Asymetric Encryption

Do you know that there’s a link between your private key with public one? You just need a lot of time to know it:

If you test

1,000,000,000,000 keys/sec

You’ll spend up to

765 million times longer than the ~14 bill years of the universe existance

But

When ~1,000 universal qubits-power is avalible for quantum computers, they could crack it all for short time even without supercomputer cluster. Google had already shown the quantum annealing computer that can be 100 million times faster than standart proccessors in some specific tasks.

Multichain

Kelvin is able to launch up to 2^64 customisable subchains on its Core. After mainnet launch Kelvin will start with 3 parallel subchains with 2 tokens: Golden, Cell, and Plasm. Golden chain has no token. Tokensale ERC-20 coins will be swapped for cell and plasm tokens. In this way it would be possible to combine payment and storage properties of the crypto currencies within the single system, as well as to merge a partially decentralized DPoS currencies with the fully decentralized H-POW (Hierarchical PoW is the so-called PoW consensus with shading).

Golden blockchainGolden

Cell blockchainCell

Plasm blockchainPlasm

Block

Line to block N, we don’t know how many blocks we have right now

Golden Blockchain ( G )

This is our Chain Zero, the basic blockchain with standart PoW just like in Bitcoin but no token. Block generation time is 180 minutes. This chain holds messages and results of voting etc.

Block

Shard contains N number of blocks

Cell Blockchain ( S )

Hierarchical two-step Proof-of-Work consensus, based on PoW-1 in the Golden blockchain, the shard for mining and the block type are determined. If a Cell block found, PoW-2 mines the 2nd part with a pointer to the previous Cell block.
PoW function itself came from CryptoNote and it is a calculation of a hash tree based on SHA-3 (Keccak), the size of the cache of a powerful processor (in our case 4Mb - for comparison in Monero 2Mb).

Block

Shard contains N number of blocks

Plasm Blockchain ( P )

DPoS consensus. The delegate generates blocks in an amount determined by the volume of transactions (or other datums) in the waiting pool for mining in the shard of this delegate.
If the number of required blocks requires more than 1 block in 10 seconds — an additional parallel chain is created in the shard, which in parallel grows. Thus, during the generation time, not one block is produced, but immediately 2, 3, 10 and up to 2^32.

Block Structure

A lot of items can be included inside every section. For example, the transaction section has such items as Input, Output, Public Key and Signature.

Block signature:

0xda05bf8eb2...

Shard ID:

0x12345678abcd

Block size:

1’135’125 bytes

Previous block hash:

0xa035bcc193bda…

Block timestamp:

4 May 2018

Section’s hashtree root:

0xb135bacd694…

Block signature

Block signature is divided in 2 segments: first 4 bytes goes for type, second 4 bytes goes for identificator. First segment tells the subchain type, second one is optional, for example it can be the same for token of one type, or inner identification (like shard identificator).

Partners

Timeline

More detailed information about technology can be found in our yellow paper.

September 2017

Cellframe Alpha Launch

January 2018

Beta Launch

September 2018

KelVPN release

Cross-platform client.

Shared auth database. reliable and immutable.

Homebrew post-quantum encryption.

Fast I/O integration (low latency connection).

April 2019

Open Testnet

Upcoming

Q1 2019

Wallet Demo

Q2 2019

Enterprise edition, SDK, Smart Contracts

Q3 2019

Mainnet release

Frequently Asked Questions

What is Cellframe Blockchain at large?

The Cellframe Blockchain project represents the fusion of the best solutions for the upcoming challenges of the post-quantum era while offering new progressive ideas to already existing systems. We develop the quantum resistant blockchain of the new generation based on 100% original C-code, optimized for high load and merge of all the top modern features of existing blockchain technologies.

Why Cellframe?

Our perspective vision and concept is based on three main features - Scalability, Variability and Security, which represent the Celframe Blockchain Vision at large. One of the our top-notch essential solutions are the variative Post-quantum algorithms, implemented to make Cellframe Blockchain quantum resistant to survive the upcoming Quantum Apocalypse.

Your project ultimate goal?

Our team aims to create and implement the most secure and scalable blockchain ever existed, which is open to improvement and further perfection - all in order to make the the Cellframe Blockchain the most safest and actual even in 100 years.

What technologies are implemented in Cellgrame?

The Core code based on original C-code with its objects-oriented programming. Some functions like mining algorithm and Post-Quantum signatures based on 3rd party code (Monero project, Open Quantum Safe software). Everything else utilised is original: the HTTP protocol realisation, key exchange, streaming multiplexing, low-level VPN-like services. Because of the low-level optimisation and event-driven internal structure, Cellframe will be faster than anything else developed before.

What is the Cellframe Blockchain structure?

All the blocks are described like variable length structure with byte array at the end, divided into sections. Sections, in turn, can form the Transactions, Transactions Requests, distributed application code, distributed application data, set of public keys, service announces, etc. Inside every section, a lot of items could be included, for example, the transaction section has such items as Input, Output, Public Key and Signature.

What is your target audience?

We aim for the worldwide global market of blockchain industry project, providing perspective tech innovations for ensuring the safe future of the industry.

What services will your project provide?

What is the Cellframe Blockchain purpose at large? The universal API for current and feature services. It is planned to have at least five at the start: KelVPN, IoT, Smart Contracts+, Distributed Computing, Audio/Video Streaming.

Is there any benefits of using Cellframe?

There are a lot of pros of using the Cellframe Blockchain among which are: Extra long deposits; Fully anonymous network access with custom hope number, high speed and low costs; Simple and easy for verification Smart Contracts+; Quantum Safe cryptocurrency exchange; Quantum Safe for IoT.

Where can I see the latest tech updates and tweaks info about Cellframe?

All the new changes, releases and the new feature implementations as well as dates could be observed on the official GitHub.