Authtrail is a cloud-based service (SaaS) platform that provides contract-based integrity to business data. The platform maintains the integrity of the data contained within to help call upon and verify critical information throughout different activities.

Data manipulation and mismanagement are being pain points for companies around the world. One of the important things that help make effective decisions in business is data that is accurate and consistent.

To make data provide the most value for a company, it should have integrity and be of high quality.

To do so, it is necessary for digitized companies, production lines, departments, and all stakeholders involved to establish and maintain the relevance and trustworthiness of their data.

What Is Authtrail?

Blockchain technology is a key for opening the potential of data. It can greatly benefit consumers from its application to decision-making.

Blockchain technology ensures that data appended to the blockchain is verified and cannot be changed in the future. In addition, providing a tamper-proof chain of unbreakable information can add more trust to the validity of the underlying data.

As a market-ready, fast, and simple data integrity platform powered by blockchain, Authrail allows businesses to ensure data integrity with less hassle for everyone involved.

To do this, the platform stores data and periodically anchors its fingerprints to the blockchain. This way is considered to ensure data integrity while increasing performance and decreasing transaction costs.

Authtrail’s digital product passport tracks the production lifecycle to support companies and consumers with an overview as well as more details about the end-to-end activities.

What Makes Authtrail Different?

Although blockchain technology has made a revolution by introducing an approach to data protection, sealing, and verification by combining cryptography and traceability of data transactions across a distributed network of ledgers, organizations still don’t know how to adapt it to their advantage.

Many companies and organizations have to face several issues to achieve enterprise-grade data integrity such as the lack of integrity, trust, and reliable means for verifying, and the lack of knowledge and resources for adopting blockchain technology.

In addition, blockchain transactions can be often costly and unscalable in terms of quality and speed.

Although Ethereum is the largest and leading network where most decentralized applications are built on the blockchain with smart contracts, its high gas prices are making it less appealing to projects that value cost-effectiveness and speed, as well as its scalability of transactions.

The original version of Authtrail was built on Ethereum, but later entered the Moonbeam network, making Authtrail now leverage Moonbeam’s higher efficiency and lower transaction costs.

Also with Moonbeam, Authtrail continuously takes advantage of on-chain governance, staking, and cross-chain integrations.

In addition, Moonbeam also benefits from serving as a parachain on Polkadot including shared security and interoperability. Therefore, the network-based Applications are not only fast, user-friendly, but also come with low transaction fees.

Instead of relying on the PoW (proof of work) mechanism, the PoS (proof of stake) together with the Substrate development framework helps to improve the scalability of the native Ethereum execution environment.

The Best Tools to Win

Authtrail is a tool that ensures and inspects data integrity in a user-friendly and intuitive way and at the best price-performance ratio possible.

The platform offers a faster, safer, and more reliable way to verify critical information and establish trust along with traceability of transactions that track every stage of operations.

It overcomes the limitations of transaction performance and costs by simplifying how a virtually unlimited amount of data is linked to the blockchain.

It can be seen that trusted data at a lower cost could help businesses to build a competitive edge and make new growth opportunities.

How Does Authtrail Work?

Authtrail works as a bridge that connects organizations’ or companies’ data to blockchain technology.

Once the data is completely gathered from databases and apps through the Authtrail API, it is going to be verified, hashed, and anchored on the Moonbeam blockchain.

As a result, the process creates a seamless link between business and the benefits of blockchain technology aiming to ensure data integrity.

The platform packs the complexity of the blockchain-based data management mechanisms in a robust data integrity service through an intuitive and clean user interface.

It integrates its functionalities into users’ legacy systems ranging from the source of data generation to the moment it’s being shared with customers, auditors, and partners.

As mentioned before, its high scalability in transactions comes from building on the Moonbeam blockchain network.

Why Should Authtrail Be The Choice?

Instead of dealing with complex code, Authtrail is easily integrated and offers an intuitive user interface that speeds up adoption.

Also, unlike products that lack scalability due to high transaction costs, Authtrail can hash and store large amounts of data more affordably.

Authtrail provides a complete overview of enterprise or product data history by anchoring data fingerprints on the blockchain.

Authtrail only deals with data hashing and anchoring without storing data on private servers, therefore, this ensures no GDPR issues or data leakage risks.

Benefits of Business Data Integrity

Data-driven decision-making has become important today.

While business intelligence tools have immense capabilities to filter, sort, analyze, and interpret the reams of data generated daily but only as effective as the underlying data structuring, businesses with mountains of unstructured data, deriving insights from information requires a lot of effort and time.

Also, more and more end-consumers have questions about sourcing raw materials and product origin.

For businesses with multiple production processes, sourcing requirements, and data-driven departments, it more benefits from harnessing all this data in a transparent and accessible format.

In addition, Better data integrity also can create newfound opportunities for companies to evaluate processes to find areas for improvement, optimization, and risk mitigation.

It supports companies not only to proactively ensure that all products are more rigorously tested for ensuring their quality conforms, but they can also avoid unwanted recalls that could harm their reputation and trust with customers.

Authtrail’s technology can retrace a product’s footsteps from the initial sourcing of raw materials. Since all new information is immediately uploaded to the blockchain, every single product component can be tracked, all from a single location.

Moreover, this information not only helps to gain stemming from a highly connected ecosystem but also is readily shareable in an organized format.

On the other hand, this newfound transparency and data validation also bring great benefits to customers.

As the demands for information regarding the sourcing of products, the origin of raw materials, and the integrity of finished products have been increasing, readily available data from the manufacturer are more important for strengthening the relationship with their consumers.

The response time for a manufacturer or distributor to call up this information on-demand when requested by a customer can be shortened dramatically thanks to Authtrail’s technology which can scan QR codes and track an entire product lifecycle.

As a result, it may make end customers keep peace in mind for the information contained therein as well as being a measurable way to validate that they have received the authentic product and not a cheap knock-off.

Moreover, these QR codes are all unique and immutable since being anchored on a blockchain, which is impossible for someone to make unauthorized changes to the data. That means end customers can trust the information they received.

Authtrail Makes it Work

From the world’s largest industries to small businesses, data integrity will be essential in building new economies.

Authtrail is a platform for data integrity and verification that adds value to the business through advanced technologies of blockchain. As such, it allows users to check the veracity of enterprise data and its history without other trusted external authority.

Leveraging innate attributes of blockchain technology allows the platform to help a business strengthen relationships with customers or business partners, as well as build a solid foundation for future collaborations.

A function of transparency and validity promotes data integrity making the platform a formidable technology compared with other product lifecycle stakeholders.

To learn more about Authtrail – please click here!

Today, as machine learning techniques are widely applied to a range of applications, machine learning has become important to online services.

Morphware is a decentralized machine learning system that rewards owners of accelerators by auctioning off their idle computing power and then facilitates the associated sub-routines, which can be on behalf of the data scientists to train and test the machine learning models in a decentralized capacity.

Types of machine learning models include supervised semi- or unsupervised learning algorithms.

The training of a supervised learning algorithm can be seen as a search for the optimal combination of weights to apply to a set of inputs or to predict a desirable output.

The impetus of this work is the computational complexity. Hardware that is used to render video games can also accelerate the training of supervised learning algorithms.

What Is Morphware?

One of the key problems in machine learning models is the computational resources required to run state-of-the-art machine learning workloads are doubling approximately every three-and-a-half months.

To address this issue, Morphware develops a peer-to-peer network that allows practicing data scientists, machine learning engineers, and computer science students to pay video game players or others to train models on their behalf.

Although hardware machines are helping data scientists accelerate the development of machine learning models, the high cost of these hardware accelerators is also a barrier for many data scientists.

What Are Machine Learning Models?

Machine learning models can vary by degree of supervision and parameterization. The purpose of training a supervised-parameterized model is to lower the error rate that spans the numerical distance between a prediction and an observation.

Training a machine learning model is implemented by pre-processing, and followed by testing. Data scientists separate the data that is made available to machine learning models while they are training from the data that is made available to them during their period of testing.

Therefore, it can be seen that the model does not overfit the set of available data, as well as performances, which may be worse on unseen data.

Normally, training and testing data are selected from the same file or directory in pre-processing.

The birth of deep learning is the big bang of modern As a fundamentally new software model, deep learning allows billions of software neurons and trillions of connections to be trained, in parallel.

Running deep neural network algorithms and learning from examples, accelerated computing is an ideal approach and the GPU is the ideal processor.

It is a new combination to create a new generation for computing platforms with better performance, programming productivity, and open accessibility.

Deep learning models are known as a subset of machine learning models. They are especially computationally intensive to train because of their interconnected layers of latent variables.

What Is Morphware’s Solution?

The main platform’s currency Morphware Token is used for these transactions.

Tokenomics

The total supply of the Morphware Token is 1,232,922,769 and they are burnable, but not mintable.

Through a website that is designed, developed, and deployed by Morphware, users can buy the platform token.

Less than two percent of the total supply of Morphware Tokens will be for sale in the first month.

How Morphware Works

The process of a machine learning model is data analysis and then is an iterative cycle that vacillates between model selection and feature engineering.

The purpose of this work is to help end-users such as data scientists iterate faster by creating access to a decentralized network of computers that can accelerate their workloads.

End users are paired with and pay, worker nodes via a sealed-bid, second-price reverse auction. They pay worker nodes to train their models and validator nodes to test the models trained by worker nodes by Morphware Tokens.

The roles and responsibilities of members of the network include two autonomous peer types.

To work with Morphware, end users just upload their model, in the form of a Jupyter notebook or a Python file, the training and testing data.

Next, they need to specify the target accuracy level and give a prediction for how long it’ll take to reach that accuracy level. Clicking submits to finish.

End users submit models to be trained by the workers and tested by the validators. Meanwhile, workers are the nodes that earn tokens by training models submitted by the end-users.

Validators are the nodes that earn tokens by testing models trained by the workers.

Once the end-user submits the model, it will be trained by the workers and tested by the validators, through the platform, which communicates with the network through its back-end daemon.

The daemon is responsible for not only creating algorithms and their respective datasets for what is submitted by the end-user through the client but also sending the initial solicitation of work to the smart contract.

In addition, the daemon is responsible for the training and testing of the models, by the workers and validators.

Peer-assisted delivery allows the propagation of an algorithm and corresponding dataset from an end-user to a worker or a validator.

However, the initial work requirements from the end-user and relevant responses to the end-user from workers or validators are all posted to the smart contract.

The initial work requirements include the estimated runtime of the training period, the algorithm-related magnet, the training set, and the testing set of data.

A response from a worker includes a magnet link to the model that they trained, which is subsequently tested by many validators.

If the model that was trained meets the required performance threshold, the worker and validators are going to receive tokens as a reward.

What Makes Morphware Outstanding

Morphware is a two-sided marketplace.

The marketplace serves data scientists who can use the platform to access remote computing power through the network of computers such as CPUs, GPUs, RAM as the way they would use AWS, but at a lower cost and with a more user-friendly interface.

On the other hand, Morphware also serves owners of excess computing power who are looking to earn money and rewards by selling their computing power.

Therefore, its customer segments focus on data scientists, gamers, or people with excess computing power who want to earn money.

Currently, the client list of Morphware has been continuously growing including a data scientist working on a self-driving car Mobility Lab, student organizations who need data science support, and automotive companies such as Suzu, Mitsubishi, or Volvo.

Morphware has also partnered with Tellor. Under this partnership, Tellor is going to pay Morphware for using their oracle for the first few months.

Compared with other competitors in the market, Morphware has a competitive advantage. Its unique marketplace strategy makes its product cheaper than others.

Closing Thoughts on Morphware

As machine learning models are becoming increasingly complex, the projects for a new ecosystem of machine learning models trading over a Blockchain-based network has been explored.

As such, the end-users or the buyers can acquire the model of interest from the machine learning market while workers or sellers who are interested in spending local computations on data to enhance that model’s quality.

As so, the proportional relation between the local data and the quality of trained models is considered, and the valuations of seller’s data in training the models are estimated.

The project shows a competitive run-time performance, a lower cost of execution, and fairness in terms of incentives for the participants.

Morphware is one of the pioneering platforms that introduces a peer-to-peer network where end-users can pay video game players to train machine learning models, on their behalf, in the platform’s currency Morphware Token.

To learn more about Morphware – please click here!

The Open Network (TON) is the third-generation proof-of-stake blockchain designed for lightning-fast transactions.

As the boom of blockchain technology-based projects has been continuously increasing in today’s digital era, TON is a project that is ultra-cheap, both user-friendly and service provider-friendly, as well as fully operational.

Launched in 2018 by the pair founders of Telegram Messenger, the Durov brothers, the project then has been taken over and powered by TON Community.

TON is developing as a huge distributed supercomputer or a huge superserver hosting and providing a variety of services in the blockchain world.

What Makes TON Special

In addition to the ability of processing millions of transactions per second, the ecosystem in the TON blockchain can also support to create a emerging Web3.0 Internet generation with decentralized storage, anonymous network, DNS, instant payments and various decentralized services.

TON Blockchain

The TON blockchain is unique with a scalable and flexible architecture including a master chain and up to 292 accompanying blockchains.

The approaches and methods implemented in TON allow the platform to process millions of transactions per second. There are also Turing complete smart contracts, upgradable formal blockchain technologies, multi-cryptocurrency value transfer, support for micropayment channels, on-chain payment networks, and many more.

TON is built on the advanced Proof-of-Stake consensus. Validator nodes use deposit stakes to guarantee their dependability and reach consensus through a variant of the Byzantine Fault Tolerant protocol.

As a result, this resource saving mechanism not only allows the platform to focus nodes computing power on handling transactions and smart contracts but also provides better speed and efficiency.

Meanwhile, smart Hypercube routing mechanisms ensure swift exchange between any two blockchains no matter the network size. it’s also scaled to millions of chains without impairing the processing speed thanks to the logarithmic relation between data transfer time and number of blockchains.

In order to avoid unnecessary forks, TON has a self-healing mechanism to make new valid blocks on top of any invalidated blocks. Therefore, this can save resources and guarantee that valid transactions are not discarded from unrelated errors.

Compared with other blockchains in the space, TON stands out because of its scalable and flexible architecture and the third- generation proof-of-stake.

It doesn’t stop there, TON is designed to a first fifth-generation blockchain project which is also a BFT PoS-multichain project, mixed homogeneous/heterogeneous, with support for custom workchains, with native sharding support, and tightlycoupled which is especially capable of forwarding messages between shards almost instantly while preserving a consistent state of all shardchains.

With that goal, TON is going to be a truly scalable general-purpose blockchain project, capable of accommodating essentially any applications that can be implemented in a blockchain at all.

TON Services

TON provides a versatile platform for third-party services. Its interfaces are friendly for users to use and are available for decentralized apps and smart contracts, as well as decentralized browsing.

Wallet

A number of wallets are available. Users able to send and receive funds in seconds, the wallet also allows them to sell and exchange TONs via various Dapp providers, or monitor price changes while keeping peace in mind with security features.

Also, users are able to experience special simple and intuitive interface wallets on the various devices such as wallets for Windows, Linux, web, android, or MacOS making users easily store, send, and receive TON coins while always staying in full control of their data.

There’s the TON Wallet Plugin for Google Chrome where users can keep their assets safe and secure. Only just after a simple and clear installation process, users will have access to TON dApps.

As mentioned before, since the founders of TON also founded Telegram Messenger, you can use Telegram as your regular cryptocurrency wallet with the common features such as purchase cryptocurrency by bank card and receive, exchange, as well as send cryptocurrency to other wallets instantly.

Currently, the wallet is supporting Toncoin and BTC, and more new cryptocurrencies are being added. Users are able to buy crypto by bank card with limits within minutes. Payments are accepted in USD, EUR, and RUB.

Crypto Bot

Your app chat is also your multicurrency wallet. Users can store, send, pay, receive TON, BTC, USDT, BUSD, USDC and BNB coins right in Telegram with an internal wallet.

Users can sell or buy coins using local payment methods through safe deals without any risks for 1% fee.

Typing ‘@CryptoBot’ in any chat to create a check from the message input field for sending coins to any Telegram user or to to create an invoice for requesting and accepting payments in crypto.

The Binance Smart Chain is integrated to store, send, and receive BEP20 coins like USDT, BUSD, USDC and BNB. As BSC provides lower transaction fees and 3-second block time, it can save both time and money for TON users.

Other coming particulars are almost done in testing phases and are going to be introduced in next few months like TON Payments and TON DNS.

TON Payments

TON Payments is a platform designed for micropayments and a micropayment channel network or known as lightning network.

It can be used for instant off-chain value transfers between users, bots, and other services without the need to commit all transactions into the blockchain, pay the associated transaction fees. These transfers are also ensured as on-chain transactions.

TON DNS

TON DNS assigns human-readable names to accounts, smart contracts, services and network nodes. Therefore, TON DNS browsing blockchain brings an experience similar to browsing the Internet.

Toncoin

The Toncoin is the main cryptocurrency of the TON blockchain as well as empowers basic works on the chain. Users can also get the coin through exchanges or some third-party services such as FTX, OKEx, EXMO, Wallet Bot, NeoCrypto, Mercuryo, Crypto Bot, Uniswap, PancakeSwap, Dodo, gate.io, or Biswap.

At the present, Toncoin is distributed via special giver smart contracts which use a proof of work mechanism. Anyone can mine pow-givers and receive coins. However, a miner needs to iterate over a large number of hashes to receive a reward and to find a proof-of-work.

In order to mine the Toncoin, the PoW Giver contract has a computational puzzle as a challenge. Users need to resolve and then they will be rewarded with a fixed number of coins. Another new challenge will be generated and it will only be solved by brute-force numbers.

If a puzzle is resolved too soon, the PoW Giver contract will increase the complexity level that will take more power needed to resolve it.

On the other hand, if resolving took too much time, the complexity level is reduced. There’re 5bn Toncoins transferred to Proof-of-Work Giver smart contracts.

Set to be launched in 2022 Q1, the Staking feature is a service that allows lending stakes to owners of validator nodes.

As a result, a Toncoins holder can lend coins to a hardware owner for starting a validator node. The profit then will be shared between the parties.

The service smart-contract guarantees that the borrowed coins will only be used for validation and the revenues will be shared following the conditions agreed.

In the future, Toncoin has been developing as not only a huge potential of Toncoin but also numerous ways to use it.

Keep Watching TON

Many blockchain projects are constantly developing and improving to bring profits as well as the best utility experiences for users, one of them is TON.

The blockchain platform is a scalable multi-blockchain architecture capable of supporting a massively popular cryptocurrency and decentralized applications with user-friendly interfaces.

You may be interested in TON – so just click here to learn more!