Blockchain World’s HyperLeader. What makes it different from other solutions?

Of course, everyone has heard of Ethereum and Bitcoin. Being part of the blockchain world, they have attracted worldwide attention through extensive media coverage. In general, blockchain technology has gained business interest due to its decentralized, changeable and transparent nature. Among other notable projects in recent years has been HyperLearder.

What is a hyperlder?

HyperLeader is an open source project of blockchain and related tools hosted by the Linux Foundation. It was created in 2015 and aims to take cross-industry blockchain technologies forward. HyperLoard does not support cryptocurrency and does not represent any cryptocurrency network or a traditional fixed blockchain system.

What is a hyperlder for? The project seeks to make developers comfortable and works on blockchain adoption initiatives. It provides the necessary standards and infrastructure for developing and implementing blockchain solutions in various industries.

The structure of the hyperleader in depth

The HyperLearder project can be visualized as a foundation with open source development tools and libraries as a modular framework under a house and roof.

One of the most widely used digital lasers is called hyperleader fabric. It is an approved blockchain infrastructure that serves as the basis for building applications or solutions with modular architectures.

HyperLearder Besu is an Ethereum client designed for corporate use in both public and private use of an approved network. The next framework runs on HyperLeaderBuro Smart Agreement and presents a complete single-binary blockchain distribution that supports EVM and WASM.

HyperLearder Indie can operate autonomously or interact with other blockchains. Indie was properly developed for decentralized identity. Another easy to use modular distribution platform is HyperLeader Iroha. The framework includes a role-based permission model and multi-signature support. Iroha is designed for digital asset management systems and is used to manage identity and serialized data. As part of the hyperlord system, there is no cryptocurrency presence.

Digital Laser HyperLeader South provides a modular architecture where smart contracts can specify business rules for applications without knowing the underlying design of the system. Southuth Python uses programming language and it facilitates the installation and maintenance of the final software.

HyperLoader application compares to other corporate solutions

Let’s take a look at the differences between traditional themed web portals and blockchain-based solutions. The first lacks speed, security, and search, while blockchain provides transactions at higher speeds and enhanced protection provided by smart contracts and encryption. Especially in the case of HyperLeader Dipsp, they stand for the ability to handle complex business processes in a matter of hours.

There are a number of major differences when it comes to unauthorized blockchain solutions and approved hyperlighter applications. Unauthorized blockchain solutions refer to zero regulation, allow anonymous cryptographic identification, and typically represent the public system in a shared register. Fake tracking is code based and it is impossible to change the transaction.

HyperLeader applications are both public and private systems where workflows are overseen by regulators. HyperLearder apps participants are real and identifiable, the identity of the transaction is also trackable.

Together, the HyperLoader guarantees temper-proof data exchange and cryptographic validity of contract terms and activities. A toolbar rich in platforms and frameworks that can be chosen according to business specifications. Lastly, solution implementation will help integrate databases, increase performance and scalability, reduce the risk of fraud, protect sensitive data, and facilitate ROI.

The industry is ready to accept the hyperlder

HyperLearder has already entered multiple areas such as supply chain management, retail, healthcare, fintech, IoT, banking and manufacturing. Among the technology companies entered are Walmart, Amazon, Nestl,, Visa, Marsk, Postal Savings Bank of China and others.

To start your enterprise innovation by adopting HyperLearder you need to select a suitable HyperLearder Developer Company that will design a custom solution to meet the challenges of your business.

It’s time for drone delivery

The other day, I was sitting at Starbucks with a group of college students, we were discussing startup businesses. They were talking about what kind of business to start. A guy pulled into an ice cream truck and the driver ran into Starbucks. As he ran away I joked, “Don’t you sell any coffee flavored ice cream?” The driver laughed out loud when he opened the door and ran away. “Maybe he’s using the restroom?” We all laughed again, and then saw him pick up his pre-made coffee he must have ordered with his smart phone Starbucks app.

As he was leaving he sat down at our outdoor table and said he had sold coffee flavored ice cream. I asked if I could buy one round of ice cream for this group. He apologized; “Today, I’m delivering Amazon packages, as a delivery contractor, my brother is using all his vans, so I’m helping, we’re really busy – prime day delivery!” Everyone was curious, and he broke down in a stubborn speech; “Chow” as soon as he left, and as soon as he left he started playing music for us. What a great business owner. We all laughed again, he was so busy that he needed more caffeine to end his busy day.

Our group then goes back to brainstorming about what it might be like to start a smart business. I laughed and said, No, that doesn’t mean the market is in demand. “I started asking them a series of questions:

– How can you deliver more efficiently?

– How can you streamline the delivery business model?

– How can you revolutionize the package delivery business?

– How can you find other vehicles and people available?

And, then I reminded them that Amazon now has a market value of Tr 1 trillion. I asked them if they were just about other observations?

– Why can’t ice cream people deliver Starbucks?

– Why not start a drone business to deliver Starbucks and Amazon?

– How to solve those delivery challenges with a combination of software, apps, drones?

I repeat; “Let’s face it, you know there’s a crude demand in the market for new suppliers and a better option when you see an ice cream truck delivering an online package as an Amazon contractor.”

I mean you have to observe and think about everything. I understand that we can’t be so busy here that we stop observing in the blink of an eye, the formula is everywhere, right in front of our noses. If you are at a loss for ideas, look around, read the newspaper, listen to people’s complaints, think about problems that take away problems for people – but try to come up with solutions to these challenges – gain solutions that you can provide a solution.

The Winning Mindset for Creative Solutions Under Pressure

For fifteen years, part of my job was to come up with creative ideas every week – under extreme pressure, with about ten million people watching.

I thought it was good.

Really good.

But I didn’t start to come up with creative ideas under pressure. I had to learn.

Creative ideas were necessary in my case because I am the executive producer of the hit comedy TV show. In your case creative ideas are necessary because the outcome of your situation can depend on them.

True, there are some high-stress situations that do not require creativity particularly particularly those that involve repetitive physical activity. Game-determining free throw shooting, for example, does not require a great deal of creativity. It is of course high-pressure, but it is more or less done by rot.

A plane landing is the same. Take it from me, a private pilot. I’ve landed hundreds and when I was first learning they were pretty regular except for those first ones. And they’re even more routine for the airline’s pilot, who has landed thousands and thousands. Their creativity doesn’t need a big deal.

Until something goes wrong.

On July 19, 1989, United Flight 232, en route from Denver to Chicago, lost three hydraulic systems 37,000 feet above the earth. What this means in common parlance is that all flight controls become instantly useless. Imagine if you were driving on a highway and suddenly your steering wheels or brakes did nothing at all. Now imagine that you are about seven miles up in the air on a 500-hour journey with about 300 people in your car.

That’s the pressure. And it requires creativity.

Together, the crew discovered that they could operate the aircraft even if it was crude by operating the throttle on multiple engines. It wasn’t perfect. The right wing scraped the runway while landing and the plane caught fire. About half a hundred people on board died. But more than half of the people survived. Why?

Because the crew came up with a creative solution, imaginable in one of the most stressful situations.

While your high-stress situations may not be significant, I feel quite safe predicting that they will never happen. However, unless you are shooting free throws through breathing muscle memory, they may need the same kind of creativity.

So here’s what you need to have in mind in this situation: Don’t discard anything.

“That’s crazy talk – let’s get back to reality!”

“I’m not going to hear any ideas that come from low quality interns!”

“It won’t work, because the engines aren’t meant to turn the plane around!”

When the pressure is on, how far can the idea go, or who came?

Of course not. What matters at this moment is a successful outcome

So put your ego aside. Listen to all the ideas.

Because the idea you are about to discard … that day can only save that time.

When it comes to technology grants, startups can offer more than Buck from the university

When I review the scientific research grants we give to academia, which pays millions of dollars a year, I often wonder how little we get to spend all this money. No, don’t get me wrong, I believe in research, I think the best way to finance innovative authentic research science is if the government. You see, I have found that the amount of government-funded research is so huge that it is finding private-based and corporate-sponsored research systems, which I find quite disturbing.

When you look at what a university gets today for a million or two million dollar technology grant, we certainly don’t have much to look forward to. This is a very wasteful process. Also, it’s amazing how long it takes to complete the lack of research and urgency in academia for effective and applicable use of technology – and where authentic research is close to my heart and dear and it should be for everyone Americans, we seem to be getting too many frogs for our pond here. Is not.

What is the solution? More grade-student labor, more interns and less overpaid faculty are part of the solution. There seems to be something systematic in the way we move things forward. When the government gives an SBIR grant for a business or private research facility, one wonders how much they can do for half the money? Is it because small start-ups and entrepreneurs are willing to set up extra sweat equity, agree to work extra hours without extra pay, do they have more passion that money is not the only problem?

Not surprisingly, you would think it would be in other ways – that academies wouldn’t think about money like small business research entrepreneurs, but the taxpayer’s dollar gravy has left the train station and we’re taking taxpayers on a ride.

Recently, after the 2016 presidential election scientists gathered in Washington DC to protest, it seems that grants to Earth and Earth Sciences could be cut off because President Donald Trump has expressed suspicion that mankind’s CO2 is causing catastrophic warming in our Earth’s atmosphere. Scientists say that “everyone knows that climate change is real and that mankind is causing it!” OK, but if it is, and everyone is so sure, there is no need for money to study to prove what is already known, right?

Are we financing science to make scientific advances, drive our future, and innovate the next generation of technology – or are we just financing an over-inflated academic money hole? We can do more to make less use of the passion of entrepreneurs, who can contract to hire scholarships that have genuine passion as affectionate mentors and save billions of taxpayer money each year.

See how the New Epson Color Works will change the CW-C6500 Enterprise Label Printing

The new year is coming and with it are plans for personal and work improvement. Come January 2020, Epson’s new Color Works CW-C6500 color label printer will arrive, it will be a perfect addition to the fleet of your enterprise label printers.

A large number of label printing companies rely on a large fleet of heat transfer printers and pre-printed color label stock to produce their color labels historically. The pre-printed stock has blanks that are then printed with a black heat transfer printer. This allows for some customization but has some limitations as you can imagine.

For example, where do you find pre-printed label stock in the first place? Probably through a third party printing service provider. It bears the cost of setup and die. It usually also requires a large minimum order. If the labeling requirements change, pre-printed labels need to be discarded. Meanwhile, employees must constantly manage the label list. If these pre-printed labels run out, it will cause some serious downtime until new labels are ordered, printed, shipped, and delivered.

The Epson Color Works CW-C6500 label printer is designed to replace thermal transfer printers.

This is where the Epson CW-C6500 color label printer flashes. Not only does this allow companies to print in full color, it also does so on demand. No need to order, save, manage or potentially destroy pre-printed labels. The Epson CW-C6500 color label printer comes in two versions, one with an auto cutter (CW-C6500A) and one pillar (CW-C6500P). Both have 8-inch Color Works Label printers with media handling capabilities and connection options that compare favorably as the top heat transfer printers currently in use in today’s enterprise label printing environment.

The Epson CW-C6500 features

Many of the features of the Epson CW-C6500 color label printer include:

  • 8-inch print width (a 4-inch model, CW-C6000 coming May 2020)

  • 1200 dpi print resolution

  • Up to 5 inches at print speed per second

  • Precision Center TFP Serial Printheads

  • GHS BS5609 certification when used with specific Durafast pigment ink chemical labels

  • ESC / Label and ZPL II interface languages

  • Operate the remote printer

  • Seamless integration with SAP, Middleware, Windows, Mac OS and Linux

  • Applicant I / O port

  • Low cost

Business benefits

Adding an Epson CW-C6500 color label printer to the existing fleet of thermal transfer printers is as simple, reliable and affordable as adding a heat transfer printer, but with the added benefit of producing full color labels. This printer and its 4-inch siblings are ready to transform the enterprise label printing industry in 2020.

Blockchain and IoT – How "Crypto" Probably going to Herald Industry 4.0.0

Although most people just started learning about “blockchain” because of Bitcoin, its roots – and applications – go deeper than that.

Blockchain technology to itself. It empowers Bitcoin and is the main reason why so many * new ICOs have flooded the market – creating an “ICO” is ridiculously easy (no barriers to entry).

The core of the system is to create a decentralized database – which means that a network of computers (usually managed by individuals) is able to operate on a larger organization rather than relying on the preferences of “Google” or “Microsoft” to store data. Like.

To understand its implications (and thus where technology can take over the industry) – you need to look at how the system works at a basic level.

Created in 2008 (1 year before Bitcoin) it is an open source software solution. This means that anyone can edit and download the source code. However, it is important to note that the central “repository” can only be changed by a specific person (so the “development” of the code is basically not free for everyone).

The system is known as the Marshall Tree, which is a type of data graph designed to provide access to versioned data on computer systems.

Merkle trees have been used quite effectively in other systems; Significantly “GIT” (source code management software). Not getting too technical, it basically stores a “version” of sets of data. This version is numbered and can be loaded whenever the user wants to recall the old version. In the case of software development, this means that a set of source code can be updated on multiple systems.

The way it works – saving a huge “file” with an update to a central data set – basically powers the choice of “Bitcoin” and all other “crypto” systems. The word “crypto” simply means “cryptographic”, which is the technical term for “encryption”.

Regardless of its core functions, the real advantage of adopting a larger “on-chain” is that it certainly provides the “example” that the industry provides.

An idea called “Industry 4.0” has been floating around for decades. Often associated with the “Internet of Things”, the idea is that a new layer of “autonomous” machinery can be introduced to create more efficient production, distribution and distribution strategies for businesses and consumers. Although it has often been damaged, it has never really been accepted.

Many scholars are now looking at the technology to take advantage of this change. The interesting thing about looking at “crypto” is that – especially as evidenced by Etherium’s preferences – the various systems built on it can actually be programmed to work with a single level of reasoning.

This argument is what IoT / Industry 4.0 has lost so far – and why many are looking to the “blockchain” (or equivalent) to provide a base-level value for new ideas to move forward. This standard will provide the ability to create “decentralized” applications that enable intelligent equipment to create more flexible and efficient manufacturing processes.

Blockchain for business IoT

A new horizon in the data sharing framework

Blockchain is a shared distribution database for peer-to-peer transactions. The core of this technology is Bitcoin – a digitally encrypted wallet for controlling transactions and payment systems that was introduced in 2009. This transaction management system is decentralized and usually runs without any intermediaries. These transactions are authorized by a set of network nodes and recorded in a community ledger known as a blockchain.

The Internet of Things (IoT) is a unique cyber-physical network with interconnected computer devices, digital objects, and unique system IDs. The purpose of IoT space is to provide single point integration and data transfer without the need for human or computer intervention.

There is a complex relationship between blockchain and IoT. IoT can provide solutions using blockchain technology provided by business firms. Collective systems can develop and record a cryptographic secure dataset. These national databases and records are protected against alteration and theft, provided they are highly secure and malware-protected. The two can create transparency and accountability while modifying business development processes. Blockchain itself, through its interconnected servers, can help reduce workplace mismanagement, overhead costs, and business uncertainty. The digital sector can develop an expensive business and management system where anything can be effectively exchanged, accurately monitored and tracked. This process eliminates the need for a centralized management system, which basically removes many bureaucratic red tapes and streamlines business processes. The commercial adoption of this innovation provides an immersion platform between the IoT domain and the business organization.

Blockchain essentially enables interconnected IoT devices to participate in secure data exchanges. Companies and businesses can use blockchain to manage and process data such as RFID-based resources (radio-frequency detection), machine readable barcodes and QR codes, infrared blaster (IR blaster) or device data. If integrated into the business setup, IoT edge devices will be able to update contracts or transfer blockchain-based records to validate the communication network. For example, if an IoT is enabled and the RFID tagged resource moves sensitive geographic location and confidential information to another unspecified point, the information will be automatically stored in a blockchain account and the necessary action will be taken if the system is assigned as the product progresses. The system allows partners to get package location status.

To enjoy the benefits of a blockchain-enabled IoT framework, businesses must adhere to four key principles:

D. Expenses Decrease

The operation of edge devices should reduce processing time and remove IoT gateways or Internet intermediaries within the system. Since data is shared and communicated across information systems, removing additional protocols, programs, hardware, channels, nodes, or communications reduces the cost of overhead.

D. Accelerating data exchange

Blockchain enabled IoT can delete any filtering device required to establish a network between IoT gateways or cloud, administrators, sensors, and devices. This kind of ‘middle man’ enables executed peer-to-peer contracts and data sharing. In this process, the digital laser removes the extra time required for synchronizing the device and processing and harvesting. However, removing the IoT gateway provides hydraulics for removing malicious malware and security breaches. Blockchain-enabled IoT can deal with this by installing features like network, malware detection and encryption engine.

D. Trust building

Through blockchain-enabled IoT space, devices and applications can transact virtually and physically and communicate as trusted teams. Unlike conventional businesses where transactions require approval and verification, blockchain does not require any central authentication or peer recommendation. As long as the network is secure and the trusted teams are technically proficient, no further documentation is required for the IoT space. For example, Team A may not meet Team B knowingly or physically, but sharing stamped records of online transactions and information in blockchain accounts ensures the credibility of the business. It enables individuals, organizations and devices to gain mutual trust which is vital for setting up a rolling business setup and eliminating administrative clutter.

D. IoT security is being enhanced

Blockchain provides space for decentralized networks and technologies that promise to store, manage, and retrieve data from its billions of connected devices. This system requires heavy secure networks that are encrypted and easy to use. Decentralized networks need to provide higher throughput, permissions, lower delays, and queries. Blockchain installed on IoT networks can control and control data exchange through end devices while maintaining the same secure transactions and data exchange of connected devices.

Eliminate failure points in IoT space

When approving the delivery of secure and accurate products, blockchain-enabled IoT can upgrade the supply chain network by looking for tagged items as it progresses through various points in an import store or warehouse. Blockchain installations provide precise and detailed product assurance and provide solid traceability of relevant data with supply chains. Instead of searching for paper trails to identify the country of origin (COO), the IoT can verify the physical confirmation of each product through a virtual ‘visa’ that provides relevant information such as product authenticity and source. Blockchain can create auditable records of products and help companies find or produce record history. It may provide secure access to the data network for administrative records or alternative planning.

Blockchain-enabled IoT is not limited to enterprise glitches or usage. IoT can increase the productivity of any business by minimizing the single point of failure in the system by aligning the cost of any business entity, including space, by implementing innovation in barriers, additional cycles and methods. Such companies understand, accept and apply blockchain to their enterprise solutions for their own interests.

More to come …

Founded by the Fourth Industrial Revolution (4 IR), blockchain-enabled IoT now forms the most influential innovation since the integration of transistors and computing systems. It welcomes the second machine age of ‘barrier’ in the steps of digitization and pioneering artificial intelligence (AI). Business-facing companies are the pioneers in enjoying the fruits of this revolution. It would be unfortunate if these companies failed to understand the potential business facing this mega consolidation that could bring intelligence to the system anywhere and everywhere. In addition to new integrations, the system also addresses critical adaptive issues related to distributed networks such as privacy and data network protection, integration of security tools, and intellectual property management. While many technology-makers are building an open source foundation to address these issues, companies and business entities will embrace and expand this technology for increased mobility and integrated product and service integration.

Enterprise Blockchain Solutions: What Can They Do for Your Business?

Despite the popular belief that blockchain technology is designed solely to perform cryptocurrency transactions and earn bitcoin, blockchain enters various areas of life: social media, gaming, healthcare, real estate and others. The technology seeks to enhance work efficiency, increase cost for business and improve customer experience.

Blockchain can be defined as a digitized database and belongs to the digital laser technology (DLT), which does not imply any central data store or administrative functionality. Why is this an advantage for any enterprise? In addition to transparency, decentralization allows each individual participant to view all recorded data, ensure its security, and track important information.

These regions have already entered the blockchain here and have proven that this technology is worth relying on

For example, supply chain management is a major but weak part of the workflow of many organizations. The parties involved in the process often do not communicate directly with each other and still apply paper-based methods of collecting and storing information. Blockchain offers complete elimination of paperwork: document flow is automated, digital certificates are also employed. More importantly, each authorized member of the supply chain can track the product from the manufacturer to the customer and prevent counterfeit delivery.

Several American retail giants that faced an outbreak of foodborne illness and more food recovery have applied blockchain technology to their food supply chains. Previously, tracking a product took a minimum of days and the introduction of a food item on these days could be marked for a few seconds.

Thus, blockchain solutions make the recovery process faster, more efficient, and cost-effective. Meanwhile, customers have gained the experience of adopting blockchain in their hypermarkets. For example, in Walmart’s Chinese stores they can scan the QR code and get all the information about the product: inspection certificates from the farm location.

Healthcare is an area where blockchain-based solutions have established themselves as a highly secure and transparent way of keeping electronic health records (EHRs). Both the physician and the patient are allowed to access the records and use them as needed. At the same time, blockchain solutions are driven by smart contracts that enable EHR data privacy protection. Healthcare device data and clinical research are encrypted, insurance can also be executed and stored. Another is the use of prescription drugs and equipment supply chain control.

E-commerce needs increasingly blockchain technology. Again, supply chain is an important aspect here: monitoring products and delivering supplies is often a challenging task but blockchain helps businesses manage their inventory more efficiently. Customers in e-commerce companies who trust their money and data are concerned about data security and transparency but this problem can be addressed with the development of blockchain. Even the slightest change in transactions is evident in the blockchain, and tracking who did wrong is no longer a problem. Crypto payments are also possible.

The next area is actually related to cryptocurrency transactions. Short DFI for decentralized funds includes not only general asset transfers, but also more complex financial uses. Blockchain implementation contributes to the elimination of intermediaries and, as a result, reduces costs. All transactions are encrypted and unalterable, multi-step authentication methods make access to unauthorized members tighten the system. Recent innovations include P2P payment services and the opportunity to move back to digital banking.

Blockchain is also likely to be influenced through social media. In addition to its global popularity and ability to connect people around the world, social media is still at risk for account hacking, identity leaks and copyright infringement. To address these issues, blockchain provides author rights protection, digital identity verification, and neutral licensing.

Real estate, egocentrics, the gaming industry and many more have joined the wave of blockchain adoption. After choosing your business innovation, assign the technology implementation to one of the enterprise blockchain companies that will develop the future Proof Enterprise DLT for you. With blockchain, your business will change the rules of the game in your field.