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DERO - Private Decentralized Application Platform
DERO - Private Decentralized Application Platform
About
Mission
DERO Foundation
Technology
Getting Started
Downloads
All Downloads
Windows
FreeBSD
Linux
Mac OS
Source
Code
Documentation
Whitepaper
Bounties
Redshift
DERO Docs
COMMUNITY
Social Media
Financial Status
Code of Conduct
News
Updates
Events
Release Notes
Media Kit
About
Mission
DERO Foundation
Technology
Getting Started
Downloads
All Download
Windows
FreeBSD
Linux
Mac OS
Source
Code
Documentation
Whitepaper
Bounties
Redshift
Guides
Сommunity
Social Media
Financial Status
Code of Conduct
News
Updates
Events
Release Notes
Media Kit
DERO is a general purpose, private, and scalable decentralized application platform that allows developers to deploy powerful and unstoppable applications, while users retain total control over their assets with complete privacy.
Fast Blocks - 18 Second Block Time
Private Smart Contracts and Services
Layer 1 Private Decentralized Application Platform
Instant syncing and fast transactions
EXPLORER
DERO DOCS
DOWNLOADS
WHITEPAPER
Homomorphic Encryption Blockchain
Account balances and data are never decrypted by the blockchain. Only account owners can decrypt and access their data. Welcome to a new data privacy paradigm.
Created From Scratch
DERO has been developed from scratch in Golang and is being actively
developed by the original developers. It is not a fork of any other coin.
Secure and Private Smart Contracts
DERO is a homomorphically encrypted protocol that can serve individuals and business
worldwide, with fast and anonymous transactions, smart contract and service model.
FEATURES
Homomorphic Encryption Blockchain Protocol
Private Smart Contract Platform & Services
No Trusted Setups or Hidden Parameters
Fast Transaction Confirmations (~18 sec.)
Instant Wallet Syncing
Fully Scalable Blockchain
Turing Complete DVM
Decentralized Proof-of-Work Mining
WALLET
GET STARTED
DOWNLOAD THE DERO WALLET
DOWNLOAD
ABOUT DERO
The DERO Project has created a platform for developers to deploy secure, open, scalable,
and privacy-preserving decentralized applications. DERO is unique because we value security and privacy
above all else; as a result, users are able to transact privately over our network without fear of common
protocol-level and network attacks. Additionally, our technology preserves transparency where required and
scales with network load, which provides an ideal environment for business-class applications.
Mining Algorithm:AstroBWT
Max supply:21 Million
Atomic Units:5
Block reward:Halving every 4 years
Difficulty:Retargets at every block
Ticker:DERO
DHEBP
DERO Homomorphic Encryption Blockchain Protocol (DHEBP) combines homomorphic encryption and an account based model to provide instant transactions as well as security and privacy.
DERO Σ (Sigma) mining and Σ blocks create utilize a network wide consensus for mining as well as rewarding all miners for effort vs a winner take all block reward system.
All Transactions are settled in the same block in which they occur, allowing for instant full confirmation.
DHEBP is decentralized, private and scaleable.
DERO wallets can only have one open spending transaction at a time to one or many addresses this prevents any sending account from double spending. These transactions are settled on the same block they are sent so subsequent transactions can be made immediately.
Account Based Encrypted Blockchain
True privacy on chain.
While a typical blockchain stores all information on chain in clear text and use a UTXO model, DERO uses a unique encrypted blockchain with an account based model
Not only does this create a secure and private network, it also gives users the ability to check their balance without syncing the entire chain. Wallets only need to query the most recent block in order to obtain their balance information all while being homomorphically encrypted.
Homomorphic Encryption is a type of encryption that allows operations to be performed on encrypted data without decrypting it first. In essence, operations can be performed without revealing the underlying data.
This account based encrypted blockchain model not only provides superior privacy and security but it also allows for instant transactions, transactions settlement and balance information.
On the left is a comparison of DHEBP and a conventional blockchain.
TLS-SECURED UDP P2P NETWORK
The DERO Project has built a blockchain network that can be used by millions of users around the globe.
This makes the security of the network highly important.
Unencrypted
network communication posses a risk for privacy, security and data integrity.
DERO is the first blockchain project to use self signed TLS encryption for its network
communication, which protects the network participants from eavesdropping and tampering
of
network data.
DERO also utilizes UDP for peer to peer communication instead of TCP. This allows node software to run and listen to network events while reducing exposure to the operating system's kernel and also lowers network overhead.
The DERO team also keeps future large scale applications in mind, e.g. enterprise
services which
handle thousands of clients per second. They are continuously improving the
network in order
to accomplish this goal. For example, with the encrypted network, after performing benchmarks
they chose ECDSA instead of RSA as method for key generation as it allows for a higher
number
of handshakes per second.
Without encryption
Comparison of network data captured from wallet traffic
THE DERO JOURNEY
2017
The project was launched in December 2017 comprising a team of three full-time
Developers.
The core team members each have over a decade of experience in cryptography and multiple
years of experience in blockchain development.
2018
In April 2018, the DERO network migrated to the Golang code base without a single second
of
downtime. The migration of the code base coincided with a number of sophisticated
attacks on
CryptoNote based coins. DERO core team studied how the attacks were implemented and
designed
a new type of blockchain that is resistant to 51% hashrate attacks and softforks.
The DERO project unveiled this new blockchain technology in June 2018, codenamed
“Atlantis”.
It combines the Cryptonote protocol with directed acyclic graph and Bulletproofs.
However,
these are not just any Bulletproofs, but what have been coined Rocket Bulletproofs,
leading
to blocktimes of just a few seconds. In a controlled environment, the Atlantis network
can
achieve blocktimes as low as three seconds processing a thousand transactions per
second. A
world wide testnet was launched with a nine-second blocktime which allowed for extensive
tests of the new technology.
July 2018 saw the successful and flawless migration of the DERO network to the new
Atlantis
codebase with a twelve-second block time and two minute confirmation time. This is by
far
the fastest CryptoNote based blockchain ever deployed, with 75 transactions per
second (Now 750TPS with DHEBP). A relatively longer twelve second block time was chosen so that people in
locations
with sub-optimal network connectivity could still participate in the network. The Dero
team
plans to reduce the blocktime further in coming years, as network infrastructure
improves
around the world.
With a ground-breaking new technology established by August 2018, just eight
months
after conception, the DERO team initiated applications for listings on major exchanges.
A
bold new marketing initiative is in the process of being established, with a primary
focus
on professional and business users and developers. An advisory team drawn from and
representing the wider DERO community has been formed, and a new DERO Foundation that
will
support the aims of the DERO Project is in the process of being formed.
2019
Stargate Release 1 successfully went to testnet with functioning smart contracts on cryptonote. The developers realized that even though cryptonote was private by nature there was still room for improvement. The devs switched their focus to Fully Homomorphic Encryption which allows operations to be performed on an encrypted data set.
This technology has often been referred to as the Holy Grail in cryptocurrency and was not a small task to take on but the project pivoted despite this.
2020
AstroBWT is an ASIC/FPGA/GPU resistant CPU mining algorithm that is based on mathematical proofs, unlike many other CPU mining algorithms. AstroBWT is an egalitarian algorithm that can run on CPU/GPU/FPGAs and ASICs, however there is little to no economic advantage using specialized hardware. So far, many ARM CPUs prove to have a better hash to watt ratio than even the highest end GPUs. Mining on mobile devices is not only possible but also fairly common.
The DERO Homomorphic Encryption Blockchain Protocol (DHEBP) is a new revolutionary
protocol for scalable confidential transactions and private smart contracts execution.
DHEBP employs an account based structure that removes the requirement for blockchain
scanning, which allow wallets to provide instant balances to users.
Graviton: ZFS for Key-Value Stores - Graviton is an open source, simple, fast, versioned, authenticated and embeddable key-value store database written in Golang.
The DERO team announce the release of a unique homomorphic encryption scheme (DERO-HE) and the complete blockchain protocol (DHEBP) for public testing. DERO will migrate from the existing CryptoNote protocol to its own DERO Homomorphic Encryption Blockchain Protocol (DHEBP).
2021
The DERO team announce to bring our long anticipated Stargate RC2 release to the public for testing. Stargate is a general purpose, private, and scalable decentralized application platform that allows developers to deploy powerful and unstoppable applications, while users retain total control over their assets with complete privacy. The technology behind Stargate has evolved over the last few years to challenge many of the issues that are preventing the crypto space from attracting widespread adoption. Preserving user privacy and ensuring a scalable network were the inspiration for this release, since the platform was already developed for speed.
2022
Stargate RC2 Released to mainnet.
DERO SPECIFICATIONS
18 Second Blocktime
Same block/instant confirmation
No Soft Forks/Chain Splits
SSL/TLS UDP P2P Network
A Layer 1 Private Decentralized Application Platform
Fully Auditable Supply
DERO Network Specifications
Fully Encrypted Blockchain
No Orphan Blocks
Homomorphic Encryption Protocol
Native dApp Support
Written from Scratch in Golang
1.25 MB Block Size
DERO MINING
Mining DERO has been completely reworked to vastly decentralize mining rewards with the introduction of Σ-blocks (Sigma blocks), which are simply smaller blocks that are constantly
emitted every 1 second and converge into the final 18 second block. Even more plainly, the Σ-Blocks allow on-chain storage of mining data, which effectively turns DERO into one large mining pool. Every miner on the entire network will receive mining rewards based on the amount of work that was contributed, thus creating a truly decentralized network and distribution of rewards.
It also greatly improves handling of massive network traffic, where each daemon can support over 10,000 connected devices, acting as a way to pool all of your devices.
The current configuration of Σ Mining is that all Σ-blocks settle every main block (~18 seconds) and settles all mining rewards every 18 blocks. There are ~86,400 reward blocks daily
If a miner has 1/86400 (total daily emitted Σ-Blocks) of the total network hashrate, the miner will get probabilistically averaged rewards daily based on shares contributed. For example, 100K miners will get rewards daily. Similarly, if a miner has mining power amounting to half of 1/86400 (or 1/172800), the miner will get rewards every 2 days.
For a list of hardware benchmarks please visit our community created benchmark website here
In addition, each daemon essentially functions as it’s own mining pool, which tracks mining shares from devices connected to it. The daemon itself will retain a fixed fee of 1.6% for the daemon operator, the rest will be distributed to all miners that contributed shares to that daemon. For most miners, they will be mining using their own daemon, so all rewards and fees will be credited.
We encourage everyone to mine and run their own node!
Please click below for a full guide on how to mine DERO and how to run a full node
HOW TO GUIDES
MILESTONES
December 2017
Launch of DERO Project
April 2018
DERO mainnet migrates to the Golang implementation
July 2018
Mainnet migrates to Atlantis code base with 12 secs block time and
Rocket Bulletproofs
January 2019
DERO Stargate RC1 testnet released, providing fully functional smart contracts on cryptonote.
August 2020
DHEBP - DERO Homomorphic Encryption Blockchain Protocol
February 2021
Stargate RC2 using DHEBP on Testnet
March 2018
Implementation of the CryptoNote Protocol in Golang completed
June 2018
DERO Atlantis development completed and testnet launched
October 2018
Completely in browser web wallet completed with client side key storage.
March 2020
DERO releases and migrates to AstroBWT an egalitarian PoW algorithm that makes CPU mining economically effcient.
Sept 2020
Graviton: ZFS for Key-Value Stores
February 2022
Stargate RC2 with Private Smart Contracts and Services launched on mainnet.
Future Development
DERO developers continue research and development, including quantum resistance.
Downloads
WE HAVE BUILDS FOR WINDOWS, LINUX, AND MAC.
Connect
REACH OUT TO US ON ANY OF THE FOLLOWING PLATFORMS
DISCORD
MATRIX
DERO
MAILING LIST
About
Downloads
Documentation
Community
News
Contact
Any questions or support? Please reach out to us in the community and we'll get back to you
shortly.
COMMUNITY
Mailing list
Subscribe to the DERO Mailing list below.
DERO MAILING LIST
Copyright © 2018-2024, DERO Project
DERO Download
DERO Download
About
Mission
DERO Foundation
Technology
Getting Started
Downloads
All Downloads
Windows
FreeBSD
Linux
Mac OS
Source
Code
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COMMUNITY
Social Media
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Code of Conduct
News
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About
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All Download
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DERO/ Downloads
DOWNLOADS
Engram GUI Wallet Available Now!
Download Now
DOWNLOADS
Download Information
Below are download links for all platforms and also links to source code if you wish to compile on your own.
There are two types of wallets available for download including the official CLI wallet (command line) and the DERO Foundation's GUI wallet (named NODE).
The browser wallet is also available as a cross platform solution but may not always work with your setup.
There are no official mobile wallets at this time.Use 3rd party mobile wallets at your own risk.
Always use official DERO or DERO Foundation approved wallets.
Windows
DERO Wallet Downloads for Windows - CLI Available
Command Line Interface (CLI) Wallet
CLI Wallet - 64-bit
Engram (GUI) Wallet
GUI Wallet - 64-bit
Linux
DERO Wallet Downloads for Linux - CLI and ARM Available
Command Line Interface (CLI) Wallet
CLI Wallet - 64-bit
CLI Wallet - ARM 7
CLI Wallet - ARM 64
Engram (GUI) Wallet
GUI Wallet - 64-bit
MacOS
DERO Wallet Downloads for MacOS - CLI Available
Command Line Interface (CLI) Wallet
CLI Wallet - 64-Bit
Engram (GUI) Wallet
GUI Wallet - 64-bit
FreeBSD
DERO Wallet Downloads for FreeBSD - CLI Available
CLI Wallet - 64 Bit
Source Code
If you wish to compile DERO yourself, checkout github and our git.dero.io.
Command Line Interface (CLI) Wallet
ZIP File
TAR File
About
Downloads
Documentation
Community
News
Contact
Any questions or support? Please reach out to us in the community and we'll get back to you
shortly.
COMMUNITY
Mailing list
Subscribe to the DERO Mailing list below.
DERO MAILING LIST
Copyright © 2018-2024, DERO Project
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【密室謎解DERO/宝探谜解TORE】密室逃脱游戏2010-2015合集_哔哩哔哩_bilibili 首页番剧直播游戏中心会员购漫画赛事投稿【密室謎解DERO/宝探谜解TORE】密室逃脱游戏2010-2015合集
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GitHub - deroproject/derohe: DERO Homomorphic Encryption Blockchain Protocol
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mainBranchesTagsGo to fileCodeFolders and filesNameNameLast commit messageLast commit dateLatest commit History112 Commits.github.github astrobwtastrobwt blockblock blockchainblockchain cmdcmd configconfig cryptographycryptography dvmdvm errormsgerrormsg globalsglobals glue/rwcglue/rwc licenseslicenses metricsmetrics p2pp2p powpow preminepremine proofproof rpcrpc teststests transactiontransaction vendorvendor walletapiwalletapi Captain_Dero_pub.txtCaptain_Dero_pub.txt Changelog.mdChangelog.md LICENSELICENSE README.mdREADME.md Start.mdStart.md build_all.shbuild_all.sh build_package.shbuild_package.sh go.modgo.mod license.txtlicense.txt run_integration_test.shrun_integration_test.sh View all filesRepository files navigationREADMELicenseLicenseWelcome to DERO
Twitter Discord GitHub Explorer Wiki Web Wallet
DERO is a blockchain with Smart Contracts preserving your privacy through multiple features while staying fast, secure, and accessible to all people easily.
DERO is running since December 2017 and was previously running on a unique implementation of CryptoNote protocol with blockDAG and as migrated to this unique version for Smart Contracts, Services, better performance, better privacy and more security.
DERO Homomorphic Encryption
What is "Homomorphic Encryption" ?
Homomorphic encryption (HE) is a form of encryption allowing one to perform calculations on encrypted data without decrypting it first. The result of the computation is in an encrypted form, when decrypted the output is the same as if the operations had been performed on the unencrypted data.
It can be used for privacy-preserving outsourced storage and computation. This allows data to be encrypted and out-sourced to commercial cloud environments for processing, all while encrypted. In highly regulated industries, such as health care, and can also be used to enable new services by removing privacy barriers inhibiting data sharing. For example, predictive analytics in health care can be hard to apply via a third party service provider due to medical data privacy concerns, but if the predictive analytics service provider can operate on encrypted data instead, these privacy concerns are diminished.
For more details of what is Homomorphic Encryption, please see Wikipedia.
Summary
Welcome to DERO
DERO Homomorphic Encryption
What is "Homomorphic Encryption" ?
Summary
About DERO Project
Features
Transactions Sizes
Network Ports
Mainnet
Testnet
Technical
DERO blockchain salient features
Erasure Coded Blocks
Client Protocol
Proving DERO Transactions
DERO Installation
Installation From Source
Installation From Binary
Running DERO Daemon
DERO CLI Wallet
DERO Explorer
About DERO Project
DERO is running since December 2017 and was previously running on a unique implementation of CryptoNote protocol with blockDAG and as migrated to this unique version for Smart Contracts, Services, better performance, better privacy and more security.
Consensus algorithm is PoW based on AstroBWT, a ASIC/FPGA/GPU resistant CPU mining algorithm to improve decentralization and lower the barrier of joining the network.
DERO is industry leading and the first blockchain to have Homomorphic Encryption, bulletproofs and a fully TLS encrypted network.
The fully distributed ledger processes transactions with a 16s (sixty-seconds) average block time and is secure against majority hashrate attacks.
DERO is the first Homomorphic Encryption based blockchain to have Smart Contracts contracts on its native chain without any extra layers or secondary blockchains.
At present DERO has implemented Smart Contracts for previous mainnet implementation running on CryptoNote protocol which can be found here.
Features
Homomorphic account based model
Check blockchain/transaction_execute.go line 82-95
Instant account balances
It need only 66 bytes of data from the blockchain.
DAG/MINIDAG with 1 miniblock every second
NOTE: This as been replaced by a mini block system. Each block has 10 mini blocks to rewards up to 10 differents miners at the same time for each block, by splitting the difficulty and the result of the final block.
Mining Decentralization
No more mining pools needed, with a daily ~54000 mini blocks.
Solo Mining is much more available than any others blockchains.
Erasure coded blocks
Worlds first Erasure Coded Propagation protocol, which allows 100x block size without increasing propagation delays, lower bandwidth requirements and provide very low propagation time.
Light weight and efficient wallets
No more chain scanning or wallet scanning the whole chain to detect funds, no key images. By connecting to a synchronized node, you will retrieve your available funds in few seconds.
Small disk cost for blockchain account
Fixed per account cost of 66 bytes in blockchain only which allow a immense scalability.
Anonymous Transactions
Provide completely anonymous transactions and deniability thanks to Many-Out-Of-Many Proofs using Bulletproofs and Sigma Protocol, nobody except you and the receiver account will know the real parties of the transaction.
Fixed Transaction Size
Only ~2.5KB for a transaction using ring size set to 8, or ~3.4 KB with ring size set to 16.
Transactions size have a logarithm growth based on the anonymity set and must be chosen in powers of 2.
Homomorphic Assets
programmable Smart Contracts with fixed overhead per asset.
Your Smart Contract is open source but its data related to balances are completely encrypted like the native coin.
Pruning Blockchain
Allows chain pruning on daemons to control growth of data on daemons and keep a low disk usage. This allows immense scability as you can reduce a blockchain of few hundred GBs to only few GBs while still being secure using merkle proofs.
Example: disk requirements of 1 billion accounts (assumming it does not want to keep history of transactions, but keeps proofs to prove that the node is in sync with all other nodes)
Requirement of 1 account is only 66 bytes
Assumming storage overhead per account of 128 bytes (which is constant)
Total requirements = (66 + 128)GB ~ 200GB
Assuming we are off by factor of 4, its only 800GB.
Note that, Even after 1 trillion transactions, 1 billion accounts will consume 800GB only, If history is not maintained, and everything still will be in proved state using merkle roots.
And so, Even Raspberry Pi can host the entire chain.
Low Transaction Generation Time
Generating a transaction takes less than 25 ms.
Low Transaction Verification Time
Transaction verification takes even less than 25ms.
No trusted setup, no hidden parameters
Everything is open-source, available, to anyone to provide trustless and fully decentralized blockchain.
Provability
Senders of a transaction can prove to receivers what amount they have send without revealing themselves.
Transactions Sizes
Ring Size
Transaction Size (in bytes)
2
1553
4
2013
8
2605
16
3461
32
4825
64
7285
128
11839
512
~35000
NOTE: Plan to reduce TX sizes further.
Network Ports
Mainnet
P2P Default Port: 10101
RPC Default Port: 10102
Wallet RPC Default Port: 10103
Testnet
P2P Default Port: 40401
RPC Default Port: 40402
Wallet RPC Default Port: 40403
Technical
For specific details of current DERO core (daemon) implementation and capabilities, see below:
DAG: No orphan blocks, No soft-forks.
NOTE: This feature has been disabled for mainnet to reduce load for small devices.
BulletProofs: Non Interactive Zero-Knowledge Range-Proofs (NIZK)
AstroBWT: This is memory-bound algorithm. This provides assurance that all miners are equal. ( No miner has any advantage over common miners).
P2P Protocol: This layers controls exchange of blocks, transactions and blockchain itself.
Pederson Commitment: (Part of ring confidential transactions): Pederson commitment algorithm is a cryptographic primitive that allows user to commit to a chosen value while keeping it hidden to others. Pederson commitment is used to hide all amounts without revealing the actual amount. It is a homomorphic commitment scheme.
Homomorphic Encryption: Homomorphic Encryption is used to to do operations such as addition/substraction to settle balances with data being always encrypted (Balances are never decrypted before/during/after operations in any form.).
Homomorphic Ring Confidential Transactions: Gives untraceability, privacy and fungibility while making sure that the system is stable and secure.
Core-Consensus Protocol implemented: Consensus protocol serves 2 major purpose:
Protects the system from adversaries and protects it from forking and tampering.
Next block in the chain is the one and only correct version of truth (balances).
Proof-of-Work(PoW) algorithm: PoW part of core consensus protocol which is used to cryptographically prove that X amount of work has been done to successfully find a block.
Difficulty algorithm: Difficulty algorithm controls the system so as blocks are found roughly at the same speed, irrespective of the number and amount of mining power deployed.
Serialization/De-serialization of blocks: Capability to encode/decode/process blocks.
Serialization/De-serialization of transactions: Capability to encode/decode/process transactions.
Transaction validity and verification: Any transactions flowing within the DERO network are validated, verified.
Socks proxy: Socks proxy has been implemented and integrated within the daemon to decrease user identifiability and improve user anonymity.
Interactive daemon: can print blocks, txs, even entire blockchain from within the daemon
version, peer_list status, diff, print_bc, print_block, print_tx and several other commands implemented
Networks: DERO Daemon has both mainnet and testnet support.
Enhanced Reliability, Privacy, Security, Useability, Portabilty assured.
DERO blockchain salient features
16 Second Block time.
Extremely fast transactions with one minute/block confirmation time.
SSL/TLS P2P Network.
Homomorphic: Fully Encrypted Blockchain
Ring signatures.
Fully Auditable Supply.
DERO blockchain is written from scratch in Golang.
Developed and maintained by original developers.
Erasure Coded Blocks
Traditional Blockchains process blocks as single unit of computation(if a double-spend tx occurs within the block, entire block is rejected). As soon as a block is found, it is sent to all its peers.DERO blockchain erasure codes the block into 48 chunks, dispersing and chunks are dispersed to peers randomly.Any peer receiving any 16 chunks( from 48 chunks) can regerate the block and thus lower overheads and lower propagation time.
Client Protocol
Traditional Blockchains process blocks as single unit of computation(if a double-spend tx occurs within the block, entire block is rejected). However DERO network accepts such blocks since DERO blockchain considers transaction as a single unit of computation.DERO blocks may contain duplicate or double-spend transactions which are filtered by client protocol and ignored by the network. DERO DAG processes transactions atomically one transaction at a time.
Proving DERO Transactions
DERO blockchain is completely private, so anyone cannot view, confirm, verify any other's wallet balance or any transactions.
So to prove any transaction you require TXID and deroproof.
deroproof can be obtained using get_tx_key command in dero-wallet-cli.
Enter the TXID and deroproof in DERO Explorer
DERO Installation
DERO is written in golang and very easy to install both from source and binary.
Installation From Source
First you need to install Golang if not already, minimum version required for Golang is 1.17.
In go workspace, execute:
go get -u github.com/deroproject/derohe/...
When the command has finished, check go workspace bin folder for binaries.
For example, on Linux machine the following binaries will be created:
derod-linux-amd64: DERO Daemon
dero-wallet-cli-linux-amd64: DERO CLI Wallet
explorer-linux-amd64: DERO Explorer (Yes, DERO has prebuilt personal explorer also for advance privacy users)
Installation From Binary
Download DERO binaries for ARM, INTEL, MAC platform and Windows, Mac, FreeBSD, OpenBSD, Linux (or any others availables platforms) operating systems.
Running DERO Daemon
Run derod.exe or derod-linux-amd64 depending on your operating system. It will start syncing.
DERO daemon core cryptography is highly optimized and fast.
Use dedicated machine and SSD for best results.
VPS with 2-4 Cores, 4GB RAM,15GB disk is recommended.
DERO CLI Wallet
DERO cmdline wallet is menu based and very easy to operate.
Use various options to create, recover, transfer balance etc.
NOTE: DERO cmdline wallet by default connects DERO daemon running on local machine on port 20206.
If DERO daemon is not running start DERO wallet with --remote option like following:
./dero-wallet-cli-linux-amd64 --remote
DERO Explorer
DERO Explorer is used to check and confirm transaction on DERO Network.
DERO users can run their own explorer on local machine and can browse on local machine port 8080.
About
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Welcome to the wiki and documentation for the DERO Project.
Contents
1 About DERO
1.1 What is DERO?
1.2 DERO Mission
1.3 Technology
1.4 DERO Foundation
1.5 Getting Started
1.5.1 Start Here
1.5.2 After Install
1.5.3 Exploring DERO
1.6 DERO Links
1.6.1 Official
1.6.2 Socials
1.6.3 Community
1.6.4 Archived
1.7 Want to contribute?
2 DERO Project Wiki
About DERO
What is DERO?
DERO is a general purpose, private, and scalable decentralized application platform that allows developers to deploy powerful and unstoppable applications, while users retain total control over their assets with complete privacy.
DERO Mission
DERO is a new blockchain technology written in Golang with a focus on enhanced Privacy and Smart Contracts while maintaining the transparency and security of the blockchain. The goal is to create a unique state of the art blockchain technology with enhanced Reliability, Privacy, Security, Usability, and Portability by bringing together some of the best proven technologies. These technologies include Homomorphic Encryption, Services and Smart Contracts which will allow for the creation and execution of Decentralized Applications on a Secure Private Blockchain.
Technology
DERO has built all of it's own technology from scratch including, Rocket Bulletproofs, GravitonDB, AstroBWT, Σ Mining, a Homomorphically Encrypted Blockchain and a Turing Complete DVM
Homomorphic Encryption
Scalable and Secure with Σ Mining
TLS Encrypted UDP P2P Network
DERO Virtual Machine (DVM)
Private Smart Contracts and Services
DERO Foundation
The DERO Foundation aims to provide support for the advancement of the DERO Platform and supporting the DERO Community to integrate Decentralized Privacy Systems and Standards within the Blockchain Ecosystem. This will help with the creation and deployment of Private Decentralized Applications, Payment Systems, Services and Tools.
Getting Started
The best way to get started is to dive right in and see DERO in action. Download a wallet, test drive and join the conversation on Social Media!
Start Here
How to Install DERO
How to Run DERO on Android
After Install
DERO daemon
DERO Mining
DERO Wallets
Exploring DERO
DVM-BASIC
DERO Tools
DERO Dapps
DERO NFT
DERO Media Kit
Captain's Orders
LICENSE
DERO Links
Official
DERO Website
DERO Source Code
DERO HE Blockchain Explorer
Socials
Dero Project Medium
Dero Project Discord
Dero Project Twitter
Dero Project Matrix
Community
DERO WHITEPAPER 2.0
DERO Community Road Map
DERO Mining Benchmarks
DERO Network Stats
DERO Hist
DERO dApps Discord
DERO Entrepreneurs!
DERO Incubator - "Secret Discord Server"
Archived
How to Swap
Want to contribute?
* MediaWiki Formatting Help
* Formatting CheetSheet
Visit the the To-do
Lots more coming soon!
DERO Project Wiki
The wiki is new and always evolving, so if you are unable to find information you need, feel free to join the Discord and ask around! Alternatively, if you would like to contribute, there is always something that needs to be done!
If you just want to read and learn more about the DERO Project and surrounding ecosystem, check out the cool pages and rad links below!
This wiki was built using Media Wiki
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嫌弃以太坊智能合约不够匿名，匿名币Dero多重技术加持希望做更好-36氪
嫌弃以太坊智能合约不够匿名，匿名币Dero多重技术加持希望做更好-36氪
GitHub - deroproject/derosuite: DERO: Secure, Anonymous Blockchain with Smart Contracts. Subscribe to Dero announcements by sending mail to lists@dero.io with subject: subscribe announcements
GitHub - deroproject/derosuite: DERO: Secure, Anonymous Blockchain with Smart Contracts. Subscribe to Dero announcements by sending mail to lists@dero.io with subject: subscribe announcements
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masterBranchesTagsGo to fileCodeFolders and filesNameNameLast commit messageLast commit dateLatest commit History46 Commitsaddressaddress astrobwtastrobwt blockblock blockchainblockchain buildbuild checkpointscheckpoints cmdcmd configconfig cryptocrypto cryptonightcryptonight emissionemission errormsgerrormsg globalsglobals licenseslicenses metricsmetrics p2pp2p proofproof storagestorage structuresstructures transactiontransaction vendorvendor walletapiwalletapi Captain_Dero_pub.txtCaptain_Dero_pub.txt LICENSELICENSE README.mdREADME.md Start.mdStart.md build_all.shbuild_all.sh build_package.shbuild_package.sh go.modgo.mod license.txtlicense.txt View all filesRepository files navigationREADMELicenseLicenseWelcome to the Dero Project
DERO News Forum Wiki Explorer Source Twitter Discord Github Stats WebWallet Medium
Important Notice 26 FEB 2022:
DERO has migrated from Atlantis(CryptoNote) to it's own DERO Homomorphic Encrytion Blockchain Protocol on 26 Feb 2022 with code name Stargate.
Homomorphic Encryption offers offers very high level of privacy.
Please visit new repo of DERO-HE.
For migration of your DERO from DERO-Atlantis to new DERO-Stargate check DERO swap-HowTO.
This repo is now outdated and will be archived.
Table of Contents
ABOUT DERO PROJECT
DERO Crypto
DERO PORTS
Technical
DERO blockchain salient features
DERO Innovations
Dero DAG
Client Protocol
Dero Rocket Bulletproofs
51% Attack Resistant
DERO Mining
DERO Installation
Installation From Source
Installation From Binary
Next Step After DERO Installation
Running DERO Daemon
Running DERO wallet
DERO Cmdline Wallet
DERO WebWallet
DERO Gui Wallet
DERO Explorer
Proving DERO Transactions
ABOUT DERO PROJECT
DERO is decentralized DAG(Directed Acyclic Graph) based blockchain with enhanced reliability, privacy, security, and usability. Consensus algorithm is PoW based on DERO AstroBWT: ASIC/FPGA/GPU resistant CPU mining algorithm . DERO is industry leading and the first blockchain to have bulletproofs, TLS encrypted Network.
DERO is the first crypto project to combine a Proof of Work blockchain with a DAG block structure and wholly anonymous transactions based on CryptoNote Protocol. The fully distributed ledger processes transactions with a twelve-second average block time and is secure against majority hashrate attacks. DERO will be the first CryptoNote blockchain to have smart contracts on its native chain without any extra layers or secondary blockchains. At present DERO have Smart Contracts on testnet.
DERO Crypto
Secure and fast crypto is the basic necessity of this project and adequate amount of time has been devoted to develop/study/implement/audit it. Most of the crypto such as ring signatures have been studied by various researchers and are in production by number of projects. As far as the Bulletproofs are considered, since DERO is the first one to implement/deploy, they have been given a more detailed look. First, a bare bones bulletproofs was implemented, then implementations in development were studied (Benedict Bunz,XMR, Dalek Bulletproofs) and thus improving our own implementation.
Some new improvements were discovered and implemented (There are number of other improvements which are not explained here). Major improvements are in the Double-Base Double-Scalar Multiplication while validating bulletproofs. A typical bulletproof takes ~15-17 ms to verify. Optimised bulletproofs takes ~1 to ~2 ms(simple bulletproof, no aggregate/batching). Since, in the case of bulletproofs the bases are fixed, we can use precompute table to convert 64*2 Base Scalar multiplication into doublings and additions (NOTE: We do not use Bos-Coster/Pippienger methods). This time can be again easily decreased to .5 ms with some more optimizations. With batching and aggregation, 5000 range-proofs (~2500 TX) can be easily verified on even a laptop. The implementation for bulletproofs is in github.com/deroproject/derosuite/crypto/ringct/bulletproof.go , optimized version is in github.com/deroproject/derosuite/crypto/ringct/bulletproof_ultrafast.go
There are other optimizations such as base-scalar multiplication could be done in less than a microsecond. Some of these optimizations are not yet deployed and may be deployed at a later stage.
DERO PORTS
Mainnet:
P2P Default Port: 20202
RPC Default Port: 20206
Wallet RPC Default Port: 20209
Testnet:
P2P Default Port: 30303
RPC Default Port: 30306
Wallet RPC Default Port: 30309
Technical
For specific details of current DERO core (daemon) implementation and capabilities, see below:
DAG: No orphan blocks, No soft-forks.
BulletProofs: Zero Knowledge range-proofs(NIZK)
Cryptonight Hash: This is memory-bound algorithm. This provides assurance that all miners are equal. ( No miner has any advantage over common miners).
P2P Protocol: This layers controls exchange of blocks, transactions and blockchain itself.
Pederson Commitment: (Part of ring confidential transactions): Pederson commitment algorithm is a cryptographic primitive that allows user to commit to a chosen value while keeping it hidden to others. Pederson commitment is used to hide all amounts without revealing the actual amount. It is a homomorphic commitment scheme.
Borromean Signature: (Part of ring confidential transactions): Borromean Signatures are used to prove that the commitment has a specific value, without revealing the value itself.
Additive Homomorphic Encryption: Additive Homomorphic Encryption is used to prove that sum of encrypted Input transaction amounts is EQUAL to sum of encrypted output amounts. This is based on Homomorphic Pederson commitment scheme.
Multilayered Linkable Spontaneous Anonymous Group (MLSAG) : (Part of ring confidential transactions): MLSAG gives DERO untraceability and increases privacy and fungibility. MLSAG is a user controlled parameter ( Mixin) which the user can change to improve his privacy. Mixin of minimal amount is enforced and user cannot disable it.
Ring Confidential Transactions: Gives untraceability , privacy and fungibility while making sure that the system is stable and secure.
Core-Consensus Protocol implemented: Consensus protocol serves 2 major purpose
Protects the system from adversaries and protects it from forking and tampering.
Next block in the chain is the one and only correct version of truth ( balances).
Proof-of-Work(PoW) algorithm: PoW part of core consensus protocol which is used to cryptographically prove that X amount of work has been done to successfully find a block.
Difficulty algorithm: Difficulty algorithm controls the system so as blocks are found roughly at the same speed, irrespective of the number and amount of mining power deployed.
Serialization/De-serialization of blocks: Capability to encode/decode/process blocks .
Serialization/De-serialization of transactions: Capability to encode/decode/process transactions.
Transaction validity and verification: Any transactions flowing within the DERO network are validated,verified.
Socks proxy: Socks proxy has been implemented and integrated within the daemon to decrease user identifiability and improve user anonymity.
Interactive daemon can print blocks, txs, even entire blockchain from within the daemon
status, diff, print_bc, print_block, print_tx and several other commands implemented
GO DERO Daemon has both mainnet, testnet support.
Enhanced Reliability, Privacy, Security, Useability, Portabilty assured.
DERO blockchain salient features
DAG Based: No orphan blocks, No soft-forks.
51% Attack resistant.
12 Second Block time.
Extremely fast transactions with 2 minutes confirmation time.
SSL/TLS P2P Network.
CryptoNote: Fully Encrypted Blockchain
Dero Fastest Rocket BulletProofs: Zero Knowledge range-proofs(NIZK).
Ring signatures.
Fully Auditable Supply.
DERO blockchain is written from scratch in Golang. See all unique blockchains from scratch.
Developed and maintained by original developers.
DERO Innovations
Following are DERO first and leading innovations.
DERO DAG
DERO DAG implementation builds outs a main chain from the DAG network of blocks which refers to main blocks (100% reward) and side blocks (8% rewards).
DERO DAG Screenshot Live
DERO DAG Screenshot Live
Client Protocol
Traditional Blockchains process blocks as single unit of computation(if a double-spend tx occurs within the block, entire block is rejected). However DERO network accepts such blocks since DERO blockchain considers transaction as a single unit of computation.DERO blocks may contain duplicate or double-spend transactions which are filtered by client protocol and ignored by the network. DERO DAG processes transactions atomically one transaction at a time.
DERO Rocket Bulletproofs
Dero ultrafast bulletproofs optimization techniques in the form used did not exist anywhere in publicly available cryptography literature at the time of implementation. Please contact for any source/reference to include here if it exists. Ultrafast optimizations verifies Dero bulletproofs 10 times faster than other/original bulletproof implementations. See: https://github.com/deroproject/derosuite/blob/master/crypto/ringct/bulletproof_ultrafast.go
DERO rocket bulletproof implementations are hardened, which protects DERO from certain class of attacks.
DERO rocket bulletproof transactions structures are not compatible with other implementations.
Also there are several optimizations planned in near future in Dero rocket bulletproofs which will lead to several times performance boost. Presently they are under study for bugs, verifications, compatibilty etc.
51% Attack Resistant
DERO DAG implementation builds outs a main chain from the DAG network of blocks which refers to main blocks (100% reward) and side blocks (8% rewards). Side blocks contribute to chain PoW security and thus traditional 51% attacks are not possible on DERO network. If DERO network finds another block at the same height, instead of choosing one, DERO include both blocks. Thus, rendering the 51% attack futile.
DERO Mining
Mining
DERO Installation
DERO is written in golang and very easy to install both from source and binary.
Installation From Source
Install Golang, Golang version 1.12.12 required.
In go workspace: go get -u github.com/deroproject/derosuite/...
Check go workspace bin folder for binaries.
For example on Linux machine following binaries will be created:
derod-linux-amd64 -> DERO daemon.
dero-wallet-cli-linux-amd64 -> DERO cmdline wallet.
explorer-linux-amd64 -> DERO Explorer. Yes, DERO has prebuilt personal explorer also for advance privacy users.
Installation From Binary
Download DERO binaries for ARM, INTEL, MAC platform and Windows, Mac, FreeBSD, OpenBSD, Linux etc. operating systems.
Most users required following binaries:
Windows 7-10, Server 64bit/amd64
Windows 32bit/x86/386
Linux 64bit/amd64
Linux 32bit/x86
FreeBSD 64bit/amd64
OpenBSD 64bit/amd64
Mac OS
Contact for support of other hardware and OS.
Next Step After DERO Installation
Running DERO daemon supports DERO network and shows your support to privacy.
Running DERO Daemon
Run derod.exe or derod-linux-amd64 depending on your operating system. It will start syncing.
DERO daemon core cryptography is highly optimized and fast.
Use dedicated machine and SSD for best results.
VPS with 2-4 Cores, 4GB RAM, 60GB disk is recommended.
DERO Daemon Screenshot
Running DERO Wallet
Dero cmdline wallet is most reliable and has support of all functions. Cmdline wallet is most secure and reliable.
DERO Cmdline Wallet
DERO cmdline wallet is menu based and very easy to operate.
Use various options to create, recover, transfer balance etc.
NOTE: DERO cmdline wallet by default connects DERO daemon running on local machine on port 20206.
If DERO daemon is not running start DERO wallet with --remote option like following:
./dero-wallet-cli-linux-amd64 --remote
DERO Cmdline Wallet Screenshot
DERO WEB Wallet
Web Wallet runs in your browser, your seeds, keys etc. never leave your browser.
DERO GUI Wallet
Download DERO GUI Wallet
DERO Explorer
DERO Explorer is used to check and confirm transaction on DERO Network.
DERO users can run their own explorer on local machine and can browse on local machine port 8080.
DERO EXPLORER Screenshot
Proving DERO Transactions
DERO blockchain is completely private, so anyone cannot view, confirm, verify any other's wallet balance or any transactions.
So to prove any transaction you require Tx private key and receiver address.
Tx private key can be obtained using get_tx_key command in dero-wallet-cli.
Enter the Tx private key and receiver address in DERO EXPLORER
DERO Explorer Proving Transaction
About
DERO: Secure, Anonymous Blockchain with Smart Contracts. Subscribe to Dero announcements by sending mail to lists@dero.io with subject: subscribe announcements
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Releases · deroproject/derosuite
HardFork at block-6713000 to limit emission of Atlantis, Wallet fix.
30 Mar 12:36
CaptainDero
Release14
a2b278a
This commit was signed with the committer’s verified signature.
CaptainDero
GPG key ID: 18CDB3ED5E85D2D4
Learn about vigilant mode.
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HardFork at block-6713000 to limit emission of Atlantis, Wallet fix.
Latest
Latest
DERO has migrated from Atlantis(CryptoNote) to it's own DERO Homomorphic Encryption Blockchain Protocol on 26 Feb 2022 with code name Stargate.
Homomorphic Encryption offers very high level of privacy.
Please visit new repo of DERO-HE.
HardFork at block-6713000 to limit emission of Atlantis.
Atlantis will continue to run so that users can do swap which needs more time.
There will be no emission in Atlantis after HardFork only transactions can pass for swap.
This HardFork is mandatory and everyone need to run this release who wish to swap.
Also users can use --remote option in wallet to send swap transactions if users don't wish to run their own Atlantis node.
Also users can use webwallet for swap.
For swap details see:
Official swap method
Using Tradeogre
Assets
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HardFork at block-6713000 to limit emission of Atlantis.
20 Mar 12:04
CaptainDero
Release13
aca1d8f
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CaptainDero
GPG key ID: 18CDB3ED5E85D2D4
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HardFork at block-6713000 to limit emission of Atlantis.
DERO has migrated from Atlantis(CryptoNote) to it's own DERO Homomorphic Encryption Blockchain Protocol on 26 Feb 2022 with code name Stargate.
Homomorphic Encryption offers very high level of privacy.
Please visit new repo of DERO-HE.
HardFork at block-6713000 to limit emission of Atlantis.
Atlantis will continue to run so that users can do swap which needs more time.
There will be no emission in Atlantis after HardFork only transactions can pass for swap.
This HardFork is mandatory and everyone need to run this release who wish to swap.
Also users can use --remote option in wallet to send swap transactions if users don't wish to run their own Atlantis node.
Also users can use webwallet for swap.
For swap details see:
Official swap method
Using Tradeogre
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Version fix for previous release(P2P memory consuming bug fix.)
03 Jul 13:51
CaptainDero
Version_P2P_bug_fix
6cad85c
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Version fix for previous release(P2P memory consuming bug fix.)
Version_P2P_bug_fix
Version fix for previous release(P2P memory consuming bug fix.)
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AstroBWT CPU optimized miner 5
07 Mar 08:14
CaptainDero
AstroBWT_optimized_miner5
0f2e589
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AstroBWT CPU optimized miner 5
AstroBWT_optimized_miner5
DERO AstroBWT CPU miner more optimizations 2
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AstroBWT CPU optimized miner
06 Mar 10:20
CaptainDero
AstroBWT_optimized_miner
450d42b
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AstroBWT CPU optimized miner
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AstroBWT CPU mining support added, Check https://github.com/deroproject/astrobwt
22 Feb 08:19
CaptainDero
AstroBWT
7907216
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AstroBWT CPU mining support added, Check https://github.com/deroproject/astrobwt
AstroBWT CPU Mining HardFork block:4550555 ~March 7, 2020
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Minor fixes in rpc api for exchange, remote node option added in wallet.
07 Mar 18:33
CaptainDero
v2.1.6-1
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Minor fixes in rpc api for exchange, remote node option added in wallet.
Minor fixes in rpc api for exchange, remote node option added in wallet.
2.1.6-1.alpha.atlantis+07032019
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Wallet support of 8 bytes Payment ID and performance improvements.
03 Nov 05:44
CaptainDero
v2.1.5-1
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Wallet support of 8 bytes Payment ID and performance improvements in rescanning wallet.
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Version 2.1.5-0.alpha.atlantis+10102018
10 Oct 13:14
CaptainDero
v2.1.5
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Version 2.1.5-0.alpha.atlantis+10102018
Daemon logs minimized.
Wallet edge case fixed.
Total circulating supply updated.
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Version 2.1.3-0.alpha.atlantis+28092018
28 Sep 08:59
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Version 2.1.3-0.alpha.atlantis+28092018
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Version 2.1.3-0.alpha.atlantis+28092018
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Android Mining - DERO Documentation
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You will require your DERO address for the miner. Press 1 and enter to show your DERO address.
Select the address and copy it
Now press enter to leave the message
DERO Mining
Swipe right and click new session.
You will now need to start the DERO miner using the following command
dero-miner-linux-arm64 --wallet-address dero1qykyta6ntpd27nl0yq4xtzaf4ls6p5e9pqu0k2x4x3pqq5xavjsdxqgny8270 --mining-threads 2
No press enter to start the miner
Congratulations, you are now running a DERO node, A DERO Wallet and Mining DERO on Android!
We would like to thank our community member "secretnamebasis" for this guide on how to run DERO on Android!
1 line setup
Video Guide - https://dero-node.mysrv.cloud/video/mobile-install.webm
Follow above steps to install Termux
The run the following command to start Mining
UK NODE
bash <(curl -s https://dero-node.mysrv.cloud/mobile)
US NODE
bash <(curl -s https://dero-node-us.mysrv.cloud/mobile)
We would like to thank our community member "Hansen" for this 1 line setup
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DERO：BlockDag+Ghost+Bulletproofs+环签名+匿名合约+Golang编写
币圈驴把头
· · 1892 次点击 ·
·
开始浏览
这是一个创建于 的文章，其中的信息可能已经有所发展或是发生改变。
第一次，站长亲自招 Gopher 了>>>
开场白：净化币圈环境从我做起，大家好，我是驴把头。今天给大家推荐一款百倍币—DERO，之前也写过DERO的相关文章，没看过的可以翻阅一下。DERO：基于Dag和CryptoNote协议,通过Golang语言从零开始编写，并融合了Bulletproofs防弹技术+环签名等先进的匿名技术，创新了DERO系统（DEROFilesystem）和匿名合约的新一代的完全匿名（交易匿名+合约匿名）的匿名公链。
dero
直入主题，接下来我们从：基本面、技术优势、Roadmap、dapp开发、社区建设等方面对DERO进行深度分析。基本面、规格
dero规格
项目优势DERO：唯一完全匿名加密货币（交易匿名+合约匿名）目前tps：1000+（高压），匿名币种速度极快比特币因匿名性极差丧失了匿名性比特币使用的混币技术，但是此项技术在区块不可查的情况下，匿名性还能提现一二，在区块完全透明的情况下，比特币的匿名性就是一个笑话，但是比特币的共识度极高，弥补了匿名性的缺失，现在比特币已经丧失了匿名币的属性，完全是一种价值投资的数字黄金。从最初的暗网只接受比特币，到最后被门罗占领一半市场，可见一斑。
交易匿名只能用来支付，拓展性能差三大匿名币：门罗xmr（环签名技术），达世dash（CoinJoin混币技术），大零币zec（零知识证明）。是匿名世界使用最多的匿名币，但是。门罗xmr：拓展性能级差，4TPS,比比特币还慢，加了防弹改善了一些。达世dash：作为匿名币来说有点尴尬，匿名交易只是一个可选项，默认交易不匿名，最尴尬的是作为匿名币的dash竟然是线下商店面对面支付的主流币种。大零币zec：技术支撑DERO技术图谱
DAG
DERO DAGDERO Atlantis将Cryptonote协议与有向无环图和Bulletproofs相结合DERO DAG实施构建了来自DAG网络块的主链，其指的是主要区块（100％奖励）和侧区块（8％奖励）。边块有助于链式PoW安全性，因此DERO网络无法进行传统的51％攻击。如果DERO网络在相同高度找到另一个块，而不是选择一个块，则DERO包括两个块。因此，使51％的攻击无效。传统的区块链处理块作为单个计算单元（如果在块内发生双花费tx，则拒绝整个块）。然而，DERO网络接受这样的块，因为DERO区块链将事务视为单个计算单元.ERO块可以包含重复或双重花费的事务，这些事务由客户端协议过滤并被网络忽略。DERO DAG一次以原子方式处理一个事务。DERO ROCKET BULLETPROOFS（创新极速防弹技术）
比常规防弹快十倍。虽然典型的防弹需要大约15毫秒来验证，但Dero的Rocket Bulletproof只需要大约1.5毫秒。防弹是一种加密技术，可减少匿名交易中零知识范围证明所需的空间。在匿名交易中，确切的金额是隐藏的，但网络仍然必须确保交易有效（例如，没有硬币是凭空产生的）。为此，在匿名交易中使用对价值的承诺。最重要的是Pedersen承诺，它证明交易的产出不大于投入。但是，有一种方法可以通过对导致溢出的事务输出使用非常大的数字来欺骗Pedersen的承诺。为避免这种情况，使用范围证明，证明输出位于一定范围的值中。范围证明的大小为~4千字节，64位精度，防弹证明大小仅为672字节，大大减少了区块链大小。但是，由于交易是由网络处理的，因此不仅大小，而且证明验证的速度也很重要。为此，Dero团队研究了现有的防弹实施，并设法将性能提高了十倍。Dero工程师通过优化验证防弹所需的双基双标量乘法来实现这一目标。Dero Atlantis使用预计算表将64 * 2 Base Scalar乘法转换为倍增和加法。TLS-SECURED P2P网络
Dero项目正在建立一个区块链网络，将被全球数千家企业使用。因此，网络的安全性是最重要的。通过HTTP进行的非加密通信会给网络参与者带来隐私，安全和完整性的风险。Dero是第一个使用TLS加密进行网络通信的区块链项目，可以保护网络参与者免受网络数据的窃听和篡改。TLS通过使用非对称加密技术来生成共享密钥来保护数据传输。然后，共享密钥用于消息的对称加密，这比非对称加密更快。对于正在监视网络的人来说，加密的消息是不可读的。Dero团队还考虑到未来的大规模应用程序，例如每秒处理数千个客户端的企业服务器。他们不断致力于使网络更快地实现这一目标。对于加密网络，他们执行基准测试并最终选择ECDSA而不是RSA作为密钥生成方法，因为它允许每秒更多的握手次数。Roadmap—稳扎稳打2017年12月：DERO启动，三名核心DEV，超过十年的区块链学习开发经验。2018年3月：在Golang中完全重写了CryptoNote协议。2018年4月：Dero网络迁移到Golang代码库，。Dero核心团队设计了一种新型的区块链，可抵抗51％的哈希攻击。2018年6月：亚特兰蒂斯计划。DERO结合了Cryptonote协议与DAG和Bulletproofs。创造了Rocket Bulletproofs，降低了确认时间，TPS最高可到达1000tps。2018年7月：亚特兰蒂斯启动，出块时间为12秒，确认时间为2分钟。2018年8月：DERO营销计划：上市、dero营销团队、dero基金会雏形建立。2019年第一季度在Dero主网上上线DERO匿名智能合约，BASIC可以编写智能合约。
Dapp开发任何人或者团队都可以使用basic语言进行dero匿名智能合约的开发。BASIC（来自英语：Beginner's All-purpose Symbolic Instruction Code的缩写），又译培基，一种直译式程序设计语言。名称字面为意思“初学者的全方位符式指令代码”，设计给初学者使用的编程语言，在完成编写后不须经由编译及链接等手续，经过解释器即可执行，但如果需要单独运行时仍然需要将其创建成可执行文件。简单的代码编辑，大大提高了dero dapps落地的速度。Dero社区现在正在进行bocai dapp的开发，因为是匿名合约，所有不用考虑任何法律风险，因为你是完全隐藏的。社区建设DERO现在主要分为海外社区（discord），Discord社区两千人，社区主要成员欧美。
国内社区：（微信社区、qq群（挖矿教程、钱包下载））qq群 500 人主要是矿工老哥、少部分投资者：qq群：683337921、748630238
微信社区：将近500人关注公众号“币圈驴把头”，点击社区，进入dero社区。
相关链接：DERO官方网站：https://dero.io比特币论坛：https://bitcointalk.org/index.php?topic=2525508.0discord：https://discordapp.com/invite/H95TJDptelegram：https://t.me/DeroProjectGroup开源社区：https://github.com/deroproject/derosuite/releases了解更多关于DERO的消息，关注本公众号，可以进入把头微信社区哦！日常推荐百倍币！打赏我dero地址：dERoekU4EasiKu9tJJ3fhuBCCoLT3sTiBHhL1Rhm78K5J5S9PWvuARZY7M4qyGf4DqG4UGevPQmqWgd1df1JYpwN9Y9oDkYF9K、关注公众号“币圈驴把头”进入微信社区。
有疑问加站长微信联系（非本文作者）
本文来自：简书
感谢作者：币圈驴把头
查看原文：DERO：BlockDag+Ghost+Bulletproofs+环签名+匿名合约+Golang编写
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