SAMAN

Introduction

SAMAN aims to create a new generation of bottom chain with the triangle balance of privacy, performance and expansibility, and realize a inclusive and diversified decentralized financial ecology through Saman. Its unique raft + POS The hierarchical data management of hybrid consensus, SGX + IPFs + zero knowledge proof breaks through the limitation of traditional memory block chain in computing, storage, security and privacy, and improves the security of user's privacy information and private key operation information to military defense level. In terms of consensus, raft provides higher fault tolerance and flexibility, while the fork of raft consensus block is POS The combination of raft and POS algorithm provides SAMAN with a fully distributed, high fault tolerance and sufficient solution to bifurcation mechanism. In terms of development ease of use, SAMAN will improve the function layer and tool layer by providing convenient components, development environment and SAMAN framework Only when technology application is implemented can we bring changes to people's lives.

Solution

Scalability The workload proved to be slow, expensive, non expandable and harmful to the environment

The parallel processing of group chain architecture and the combination of raft consensus engine and Saman proof of rights provide support, which makes it more scalable

Ease of use Memory block chain applications are complex and difficult for developers to understand

Convenient components, development environment and Saman framework Reduce the development threshold of developers

Privacy Bitcoin and other smart contracts lack privacy

Zero knowledge proof combined with defense grade SGX homomorphic encryption technology makes smart contracts and data protected

Convenient components, development environment and Saman framework Reduce the development threshold of developers

Zero knowledge proof combined with defense grade SGX homomorphic encryption technology makes smart contracts and data protected

Contrast

contrast

Supply

algorithm

Memory block interval time

Memory block size

Privacy protection

Difficulty adjustment

Mining hardware

0 transaction costs

Immediate payment

Master node system

High expansion (TPS)

Smart contract support

1 Billion

POS+RAFT

5 Sec

2 MB

Yes

dynamic tuning

Master node

Yes

10000

Yes

111 Million

POW

15 Sec

2 MB

N/A

Per-block

GPU

a dozen

Yes

1.02 Billion

DPOS

1 Sec

2 MB

N/A

Yes

5000+

Yes

Application scenarios

Team

Oscar Harker

CEO

He was the CFO of conjoule, a health technology company. He has rich experience of entrepreneurs and financial experts. He has a master's degree from Helsinki School of economics and business administration. He has rich experience in promoting innovation with government officials and financial institutions.

Michael J. Wilson

CTO

A senior algorithm trader, graduated from Carnegie Mellon University. He worked for the leading Google company, and later founded its Asian business for a start-up company and developed it into a multi million dollar business. He worked as a software development engineer for Amazon and a software engineer at dapphub (smart contract and software library on Ethereum).

Thomas Beaulac

COO

He has a bachelor's degree in finance from Stanford University and is an expert in international finance. He is good at studying new incentive and legal structures focusing on the use of token economy and independent market to promote open source cooperation.

Patrick L. Carroll

CIO

Ethereum system enthusiast, worked in uniswap and witnessed greatness. Master of computer science from Imperial University of technology. He has a deep knowledge of sap (system applications and Products) knowledge, good at combining functions with deep technical experience in various languages, tools and frameworks.

Liam Kelly

CSO

Former senior manager of global marketing for GoPro, business analysis major at Duke University, content development manager and social media manager of Tesla.

Magnus Kettunen

He previously ran a legal consulting firm in Finland focused on start-ups. Ph.D. in professional law, University of Michigan Law School; former senior assistant lawyer block chain direction of Kent, Beatty & Gordon law firm.

Emma Austin

She has worked in the Finance Department of symiosis laboratory. She has a bachelor's degree in teaching from Cambridge University and a master's degree in mathematics and computer science from Oxford University.

Bradley S. Epps

Graduated from the University of Texas, he has accumulated rich financial industry experience in Jiufu group; he invested in bitcoin earlier and has rich market experience.

Roadmap

Development planning of Saman

Passed: The preparation stage

- Official website and white paper

- Mining management application V1.0

- Support TRC20 and cross-chain flash exchange V1.0

- TestNet V1.0 starts

- Samanscan Blockchain Browser starts
Step1: Start the main network

- System chain consensus protocol upgrade

- Mining machine and mining pool docking agreement

- Node plan start

- Mining management application V2.0 APP

- Token mapping mainnet

- Mainnet startup
Step2: Access some ecological projects

- One-click issue creates SRC20 Token application

- SamanSwap V1.0

- SamanGames platform V1.0

- Syfi Defi aggregator V1.0

- NFTsa V1.0

...
Step3: Expansibility

- SRC721 non-homogeneous token format

- Block storage and capacity expansion solutions

- Privacy protection protocols and capabilities

- Multiple signature schemes are available
Step4: Introduction of ecological project 100+

- NFTsa V2.0

- Distributed storage online video application V1.0

- Mixed currency payment V1.0

- Saman payment through international VISA credit card

- LEND Lending application V1.0

...
Step 5: Layer 2 can be expanded

- Upper application chain RAFT hot plug consensus

- Multi-dimensional sharding

- Cross-chain interoperability protocol, integration

- Multiple virtual machine support