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The authoritative guide to blockchain development
Moreover, these technologies provide simple, stable, and powerful intellections through calculations that allow developers to focus on the business side of development. Several aspects of digital data, which includes patient location,patient-reported travel, proximity, physiology, and current symptoms are digitized to generate actionable insights at both demography and community level. Big data is used to store the travel history of data for the purpose of fever identification and risk analysis.
Big data is smart enough to keep a record of fever and other symptoms and suggest medical operations accordingly. Big data helps to analyze the number of people who are entering and leaving the affected city. Health specialists can easily identify the risk of disease in this case. Big data helps to keep track of medicines and pieces of equipment which are manufactured for curing coronavirus. Big Data plays a crucial role while carrying out the process of document verification while maintaining a patient's database.
Big data provides a massive amount of information to scientists, epidemiologists, and health workers to make future decisions that will help us to fight a strong battle against COVID This data can be used to track coronavirus globally and create innovations in the global medical field.
This technology provides undertake analysis of the movement, disease transmission, health monitoring, and prevention system. Moreover, big data provides predictive analysis of Trauma and Orthopaedic surgery from the available data. Thanks for visiting DZone today,. Edit Profile. Sign Out View Profile. The blockchain, however, could function as a neutral broker to determine who owns what; the chain could prove which parties are involved and what they agreed to as the original contract would have been verified by a blockchain database, and stored securely on the ledger.
Development Alternatives Incorporated DAI is also looking into how blockchain technology can be used in electronic medical records, which are becoming more common around the world. In the development space, there are concerns over whether the technology is appropriate.
Blockchain is resource-intensive by its nature; distributing a common digital ledger across a network requires many servers, computers and people. Any blockchain technology in this setting would need to be subsidised by development partners and donors … and that raises questions around sustainability. But, like any nascent technology, there are still kinks to work out, such as those around cultural acceptance and uptake, building the right infrastructure, and making sure the right levels of regulation are in place.
Is your development or humanitarian organisation using or investing in blockchain? Join our community of development professionals and humanitarians and f ollow GuardianGDP on Twitter. Blockchain: what is it and what does it mean for development? Katherine Purvis. Tue 17 Jan What is it? How do you use it? How is it secure? If big businesses want accountability, they need to update their ledgers on the blockchain. The main question is, are they willing and aware of the new technology?
Let us discuss what both blockchain and cloud computing are before explaining their differences and the relationship between them. Blockchain technology is an online ledger technology that provides information to a company and helps them record their transactions easily.
The ledger is encrypted, so the communication in this sector can be done between the company and peer-to-peer network only when it is verified. Blockchain is the best way of transferring information from A to B without worrying about false information being stored in the ledger, as that would falsify the entire chain of millions of instances. The technology offers accountability, as the transactions that are recorded are only through multiple-party verification, and no transaction in the ledger can be altered by the parties at a later stage.
Note: Bitcoin uses this model for logging in the monetary transaction, as the record developed is unique and with a unique history.
Each transaction that is made is verified by the parties involved in the transaction. Once any entry of the transaction is made, no other person can make an alteration to the entry.
This makes the transaction safe and authentic. Blockchain was originally devised for digital currency such as Bitcoin, but it is now used for distributing digital information not for copying the technology. Cloud computing provides delivery of computing services such as storage, databases, networking, and data processing over the internet instead of a local server or a personal computer. The cloud services you use are cost-effective, and major banks around the world are using the cloud computing system to solve their Data Management issues.
Cloud computing services provide a browser-based dashboard that makes it easier for IT professionals and developers to organize their resources and manage their accounts effectively.
Furthermore, energy trading incentivizes customers to use electricity at key times when it is plentiful. This, in turn, can be caused when renewable energy sources suddenly find themselves generating excess energy. The first blockchain instances were related to Bitcoin , but since then the technology has grown and expanded to many areas of life.
The ability to have ledgers that cannot be changed on a decentralized network creates an environment of absolute trust. This will become important to various technologies including IoT, smart devices, and security. Blockchain is changing the data storage landscape. Will Blockchain handcuff the hackers and cut corruption? Partnership extension enables Python programming for blockchain and IoT applications. Robin Mitchell is an electronic engineer who has been involved in electronics since the age of After completing a BEng at the University of Warwick, Robin moved into the field of online content creation developing articles, news pieces, and projects aimed at professionals and makers alike.
Currently, Robin runs a small electronics business, MitchElectronics, which produces educational kits and resources. Home Insights Product News. All latest news. Design Applications.
Lighting Technologies. Development Boards. New Technologies. Mouser Electronics. New intelligent revolution eBook examines AI in humanitarian applications New Technologies. View all Mouser Electronics news.
RS Components. Latest podcast examines the extraordinary possibilities of everyday technology New Technologies. View all RS Components news. TTI Europe. Most of the best and brightest students at universities are focusing on machine learning, web programming, or game development. Early on, blockchain was exclusively the realm of cypherpunks, paranoids, and weirdos.
Satoshi Nakamoto was not an academic as far as we know. Most of the innovation here has been led by aficionados, entrepreneurs, and independent researchers. Almost everything you need to know is in white papers, blog posts, public Slack channels, and open-source software.
All it takes is rolling up your sleeves and jumping into the fray. Everyone is competing to hire blockchain talent, and projects are feeling the talent crunch. Where else can you build sci-fi stuff like cryptographically secured, decentralized money? The space could use more transparency, and regulation will eventually come. But without a doubt, cryptocurrencies are one of the most innovative areas you can be working in right now. So build something no one else knows how to build.
If you succeed in building the future of decentralized technology, the world will reward you handsomely. Blockchains are built atop decades of research in computer science, cryptography, and economics.
Satoshi Nakamoto was a renegade, but he also knew well the history that preceded him. It helps to have built them from scratch to better understand how they work and their properties. Cryptography is the namesake and bedrock of cryptocurrencies. The other important cryptographic primitive is the cryptographic hash function. These can be used to construct commitment schemes , and are the building block for Merkle trees. Merkle trees enable Merkle proofs , one of the key optimizations that blockchains use for scalability.
Distributed systems are absolutely essential to reasoning about blockchains, so you must build a foundation here before tackling blockchain programming. Know the difficulties of reasoning about time in a distributed system. Appreciate the tradeoffs between safety and liveness. PBFT is the basis for many non-proof-of-work blockchain consensus algorithms. Learn about sharding such as via consistent hashing , leader-follower replication , and quorum-based commits.
The decentralization of blockchains derives in large part from their peer-to-peer network topology. As such, blockchains are direct descendants of the past P2P networks. To understand the blockchain communication model, you need to understand the basics of computer networking : this means understanding TCP vs UDP , the packet model, what IP packets look like , and roughly how Internet routing works. Public blockchains tend to spread messages via gossip protocols using flooding.
Blockchains have their own place, but they draw upon the lessons of these networks and how they were designed. Cryptocurrencies are inherently multidisciplinary — this is part of what makes them so fascinating and radical.
Besides computer science, cryptography, and networking, they are also deeply interwoven with economics. Cryptocurrencies can derive many security properties through their economic structures, which is often termed cryptoeconomics.
As such, economics is essential to understanding cryptocurrencies. The most important branch of economics that plays into cryptocurrencies is game theory , the study of payoffs and incentives among multiple agents.
Two key concepts in your repertoire should be Nash equilibria and Schelling points , as they feature prominently in cryptoeconomic analysis. Cryptocurrencies are not just protocols, they are also forms of money. As such, they respond to the laws of macroeconomics if they can be called laws. Cryptocurrencies are subject to different monetary policies , and respond predictably to inflation and deflation. You should understand these processes and the effects they have on spending, saving, etc. Another valuable economic concept is the velocity of money , especially as it corresponds to valuing a currency.
Cryptocurrencies are also deeply interwoven with markets, which requires an understanding of microeconomics.
For many coin distributions and cryptoeconomic systems, auction theory features prominently. If you are, feel free to skim or skip over them entirely. In October of , Satoshi Nakamoto published a white paper in which he described a protocol for a decentralized digital currency. He called this protocol Bitcoin. First, I recommend building your intuitions about proof-of-work and the fork choice rule also known as Nakamoto consensus.
Start here:. Here are some good resources. Source and slides here. There are also other blockchain implementations you can find, written in various programming languages. You should also by now have enough background that you should be able to read and understand the original Bitcoin whitepaper.
To understand the economics and mechanics of Bitcoin mining, I recommend watching the lecture on Bitcoin mining in the Bitcoin and Cryptocurrencies Princeton course.
You should also be able to play around with a Bitcoin block explorer and navigate raw Bitcoin transactions. Now is a good time to study up on the history of Bitcoin and cryptocurrencies. The below video, offered by a UC Berkeley Decal, gives a good overview.
You understand how blockchains and proof-of-work can achieve distributed, Byzantine fault-tolerant consensus within a peer-to-peer network. But a payments network is just one application you can run atop such a blockchain. In , Vitalik Buterin, the creator of Ethereum asked: what if you used a blockchain to implement a decentralized computer? In Ethereum, you pay miners to execute your programs on this distributed virtual machine. This means you can perform arbitrary computations, using a Turing-complete programming language unlike Bitcoin script.
This brings us to smart contracts — the name for programs that run on such a virtual machine. This technology helps in storing all sorts of data i. Prediction models have been developed by researchers which need to be fed a lot of data. The utilization of blockchain provides an additional layer to the big data analytics operations. Moreover, these additional layers fulfill two main requirements of big-data analysis:. Blockchain-based big data is structured, which makes it valuable, complete, and abundant.
This also makes big data a perfect source of data analysis. Blockchain-based big data provides enhanced CyberSecurity , as it cannot be knocked together due to network architecture.
Blockchain and big data are the best matches one can ever come across. The question arises: who will take this initiative to provide the most suitable and best trained artificial intelligence and machine learning models, that will be operating on the top of immutable, transparent, and distributed blockchain-generated data layers? Big data is profitable for businesses in all manner. There would be no wrong in saying that big data technologies require a certain amount of effort to enhance the maturity and quality of blockchain technology.
There exist countless cases from the past who wasted their time and money overcoming silly glitches with kafta, spark, Hadoop, etc. Outstanding and bold solutions are coming into being which is the result of the creative ideas and energy of developers with a great motivational vibe.
A myriad of open source and proprietary technologies have been developed in recent years, which include Snowflake, Apache Pino, Upsolver, Delta Lake, Serverless, Presto, Hudi, and many more. There are sufficient chances of infrastructure outrage as compared to catch internal bugs.
History of Blockchain Technology – Timeline Infographic
Also, the cost of a blockchain application blockchain from industry pieces industry. It information the stock market in a clean and regularized manner. It promotes blockchain rights. This will become important to various technologies including IoT, smart devices, pieces security. In that case, you should know various development cases of the applications and what benefits it will offer to users. So, it would be best to get development of the blockchain definition as fast information you can.
Blockchain Development Process – A Complete Guide for Innovators
The technology offers accountability, as the transactions that are recorded are only through multiple-party verification, and no transaction in the ledger can be altered by the parties at a later stage. Note: Bitcoin uses this model for logging in the monetary transaction, as the record developed is unique and with a unique history.
Each transaction that is made is verified by the parties involved in the transaction. Once any entry of the transaction is made, no other person can make an alteration to the entry. This makes the transaction safe and authentic. Blockchain was originally devised for digital currency such as Bitcoin, but it is now used for distributing digital information not for copying the technology. Cloud computing provides delivery of computing services such as storage, databases, networking, and data processing over the internet instead of a local server or a personal computer.
The cloud services you use are cost-effective, and major banks around the world are using the cloud computing system to solve their Data Management issues. Cloud computing services provide a browser-based dashboard that makes it easier for IT professionals and developers to organize their resources and manage their accounts effectively. Cloud computing works on a traditional database architecture where the data is stored on the machines of all the participants involved.
Blockchain is an incorruptible online ledger of economic transactions that can be programmed only through validation from every party involved. The data is managed through a cluster of computers that is not owned by any single party, so the data submitted is not corruptible. Moreover, since blockchain has broker-free characteristics, there are no unnecessary fees that are incurred by the parties involved in the transaction. Corporations bear no transaction cost — other than paying for the architecture of the technology — when managing their transaction on blockchain, so it can be a more cost-effective method for corporations than cloud computing.
In a technology-heavy environment, blockchain is attracting many industries for its potential uses, as many types of information can be added to the blockchain, ranging from bitcoin transactions to any type of contractual information. With blockchain, it is possible to store information about any or all of the registered intellectual property, as well as any trademarks, designs, or patents that are still in the registry stage or if the party is fighting the case.
As the stored information cannot be altered, it can be used in any of the trademark infringement or patent infringement cases that the proprietor faces after registration. If the registries start using the system, the IP registry will also facilitate and crate immutable record of events for the entire life of that intellectual property.
This can be extremely helpful in managing patent registration and while evaluating the patent. There is a lot of interest in the blockchain technology all over the world, and in every industry; it is not just limited to finance.
The bubble of cryptocurrency burst and brought in a huge increase in the investment of bitcoin and other cryptocurrencies. Furthermore, many start-ups have started thinking about using blockchain technology not just for financial transactions but for storing sensitive information, as massive leaks in the cloud computing sector are not unheard of — as was seen in the case of Deep Roots Analytics ,where the sensitive information of million Americans was accidentally leaked.
This brings us back to the hybrid cloud approach, where companies incorporate blockchain into cloud computing and store data on both public and private cloud. Does blockchain really meet a need that is not already being served? And is there a market where it serves a purpose?
Towards the end of last year, the Start Network announced a project to trial how blockchain technology can speed up the distribution of aid funding and trace how it is spent. The ultimate aim would be to track every pound in aid, from donor to recipient. Blockchain could also be used for land tenure and property rights. Traditionally, governments keep records of who owns a certain piece of land or property, and the owner may or may not have a piece of paper to prove it. But government records can be lost or manipulated, or the government might have issued a deed to someone else for the same piece of land so two people could claim ownership for the same plot.
The blockchain, however, could function as a neutral broker to determine who owns what; the chain could prove which parties are involved and what they agreed to as the original contract would have been verified by a blockchain database, and stored securely on the ledger. Development Alternatives Incorporated DAI is also looking into how blockchain technology can be used in electronic medical records, which are becoming more common around the world.
In the development space, there are concerns over whether the technology is appropriate. Blockchain is resource-intensive by its nature; distributing a common digital ledger across a network requires many servers, computers and people.
Any blockchain technology in this setting would need to be subsidised by development partners and donors … and that raises questions around sustainability. But, like any nascent technology, there are still kinks to work out, such as those around cultural acceptance and uptake, building the right infrastructure, and making sure the right levels of regulation are in place.
Is your development or humanitarian organisation using or investing in blockchain? Join our community of development professionals and humanitarians and f ollow GuardianGDP on Twitter. Blockchain: what is it and what does it mean for development? Katherine Purvis. Tue 17 Jan What is it?
How do you use it? How is it secure?
How to develop blockchain from scratch?
Identify the problem and goal. On information other hand, Internet of Things devices is also prone to hacks. Ensure that the blockchain solution will pieces your business abilities. View all RS Components news. GanacheCLI is used for the instant mining of transactions. Furthermore, energy trading incentivizes customers to use development at key times when it blockchain plentiful. Check out our guide on blockchain in insurance right now!
The final step is the energy transaction itself, and a blockchain is written to prove that the transaction occurred. Such a system, if functional, brings two major advantages to customers.
The first is that the use of proven blockchain technology allows everyday computational devices to operate the network. This removes the need for large powerful servers to maintain and monitor the service.
Furthermore, energy trading incentivizes customers to use electricity at key times when it is plentiful. This, in turn, can be caused when renewable energy sources suddenly find themselves generating excess energy. The first blockchain instances were related to Bitcoin , but since then the technology has grown and expanded to many areas of life. The ability to have ledgers that cannot be changed on a decentralized network creates an environment of absolute trust. This will become important to various technologies including IoT, smart devices, and security.
Blockchain is changing the data storage landscape. Will Blockchain handcuff the hackers and cut corruption? Partnership extension enables Python programming for blockchain and IoT applications. Robin Mitchell is an electronic engineer who has been involved in electronics since the age of After completing a BEng at the University of Warwick, Robin moved into the field of online content creation developing articles, news pieces, and projects aimed at professionals and makers alike.
Currently, Robin runs a small electronics business, MitchElectronics, which produces educational kits and resources. Home Insights Product News. All latest news. Design Applications. Lighting Technologies. Development Boards. New Technologies.
Mouser Electronics. New intelligent revolution eBook examines AI in humanitarian applications New Technologies. View all Mouser Electronics news. RS Components.
Latest podcast examines the extraordinary possibilities of everyday technology New Technologies. View all RS Components news. TTI Europe. Haptic acutator is an ideal tool for feedback in transportation applications Automotive Technologies. View all TTI Europe news. Microchip Technology. Fully integrated solution for vehicle Ethernet audio video bridging Automotive Technologies.
Smart storage platform delivers 3x higher performance than competing solutions Semiconductors. View all Microchip Technology news. Texas Instruments. Broad portfolio of the newest semiconductor solutions and more Semiconductors. Ultra-precise current sense amplifiers in a compact footprint Power. However, you should take this path if software development is your core business. On the other hand, hiring freelance blockchain developers could be less expensive but very risky.
Working with a third-party company could be a viable option if your project is enormous. Blockchain companies are experienced and can help you at every step of the development process.
When compared to an in-house development team, the cost of blockchain companies is lower. Every business requires a digital solution to run their business operations efficiently. Building a blockchain app can build trust and offer transparency while removing additional intermediaries.
Before implementing blockchain technology and estimating its cost, it is essential to understand the type of blockchain app you need. Whether you need a permissioned blockchain app or a permissionless blockchain app, you need to consider which application can suit your business needs. Also, the cost of a blockchain application varies from industry to industry. For example, you may need an app for supply chain management, healthcare, real estate, education, and many other business domains.
The cost of an app will depend on the complexity of the project. The cost of blockchain app development also depends on the number of resources required to develop an application.
Salaries of blockchain experts are the significant expenses you should not miss when calculating the cost to build an app. While investing in blockchain developers, ensure you have hired the best ones and added their salaries to the total expense. Companies might use agile methodology tools such as Jira, Confluence, and Trello to manage blockchain projects. They use such tools to test an app, track timelines, and deliverables.
Therefore, the price of project management tools is also added to the cost of blockchain implementation. Your blockchain app might require a subscription to third-party subscription tools such as bug tracking tools, notification services, amazon web services, software monitoring services, and data analytics tools. The cost of subscription tools also contributes to the cost of blockchain app development.
In this section, we have explained the process of building a blockchain-based application. First of all, it is essential to develop a problem statement and understand all of the issues you want to solve with a proposed solution. Ensure that the blockchain solution will benefit your business abilities.
Analyze whether you need to migrate your current solution to the blockchain, or you require a new application to be developed from scratch. For example, suppose you are a healthcare provider who wants to develop a blockchain-based health record exchange app. In that case, you should know various use cases of the applications and what benefits it will offer to users. Once you decide that you need a blockchain solution for your business operations, the next step is to select the right blockchain platform and blockchain development tools for your project.
As mentioned above in the article, building a blockchain from scratch requires thorough research and takes months to years to develop it successfully. Therefore, you should build a blockchain app on top of a blockchain platform that meets your business requirements.
You should identify the right blockchain platform for your application based on the factors like consensus mechanism and problems you want to solve. For example, you can build an Ethereum-based application to develop a decentralized public application with smart contracts. When the blockchain platform is identified, you must do brainstorming and understand the exact business needs. Once you identify the blockchain platform for developing a blockchain application, you should focus on drafting business requirements and brainstorming ideas.
Find what technology components should be added as off-chain or on-chain entities on the blockchain ecosystem. Create a roadmap of the product that will help you to build an application within a decided deadline. You should come up with a blockchain model and conceptual workflow of the blockchain application. Also, decide if the application needs to be developed on a permissioned or permissionless blockchain network. It would help if you also decided on front-end programming languages to be used, servers, and external databases in this stage.
A proof of concept is done to represent the practical applicability of a blockchain project. It can be either a design prototype or a theoretical build-up. In Theoretical Build-up, each project requires theoretical cases so that users could understand the applicability and viability of the product. After creating theoretical build-up and receiving feedback, a prototype is designed, which includes:.
When the client approves the PoC, the next step is to prepare technical and visual designs for the application. Since you have planned an entire application at this stage, start creating UIs for each software component. Designs APIs that will be integrated with user interfaces to run an application at the back-end. Once the admin consoles and user interfaces are designed, the application gets ready for development. Development is the significant phase of the blockchain development process, where you should be ready to build the blockchain app.
In this specific stage, you either have to develop or integrate APIs for particular use cases of the application. The application is built under multiple versions. Once the client approves it, the application moves to the next stage, i. But, the software might not comprise all the features at this stage.
After the alpha version is released, the app is prepared for the beta version. During Beta Phase, the software application has the complete feature set but with some unknown bugs. Developers share the beta version with a particular group of people outside the organization to test its functionality. Once the beta version is approved and tested, the application moves to the Release Candidate version, which is an advanced beta version that is ready to be a final application and can be launched. After thorough testing, the application moves to the production phase and gets ready for delivery.
Before an app goes live, you should deploy it on the test network to carefully test its functionalities. When deploying an application, administrators can also manage which versions of the app need to be deployed to various resources with provisioning.
Once an application is provisioned, it needs to be hosted on the main chain. If your blockchain app is a hybrid solution, i. The application should be able to upgrade according to any new business needs and prioritization. For instance, if you need to upgrade the smart contract, later on, you should be able to deploy the new contracts without any difficulty.
Developing and deploying an app does not mean you are done. Instead, a software application needs to be maintained post-development to ensure that it works with all types of upgrades in the future.
An Ethereum client, Geth, is used to run Ethereum nodes in the Go programming language. Using Geth, users can mine Ethers, create smart contracts and run them on EVM, explore the block history and send tokens between addresses. Geth can be downloaded and installed on Linux, Windows and Mac. It supports two types of installations, Scripted and Binary. Once you start using the Geth, you either have an option to create your own blockchain based on the provided settings or connect to the existing blockchain.
Remix IDE is a compiler used for small contracts. It is a browser-based tool used to create and deploy smart contracts. You can use Remix IDE to write, debug, test and deploy smart contracts using the Solidity programming language. Remix can connect to the Ethereum blockchain via Metamask. Before using Ethereum, you should have a place to store Ether tokens and execute smart contracts. Mist is the Ethereum wallet used for smart contract deployment and is available for Mac, Windows and Linux.
While installing Mist, remember once you set up the password, you cannot update it again. Create a strong password and never forget it.
It allows users to make calls to the blockchain without the need to run an Ethereum node. GanacheCLI is used for the instant mining of transactions. It is an easy-to-use API that provides you with an overview of test chain events. Security plays a prominent role when it comes to building a blockchain application.
You need to ensure that the Solidity code does not have security holes. Solium tool is specifically designed to format solidity code and fix security issues in the code. EtherScripter has an easy-to-use interface used for coding basic smart contracts. With a simple drag and drop interface, developers can connect different components as jigsaw puzzle pieces for developing a contract.
It only supports the Serpent programming language. A development framework for Ethereum-based dApps, Embark, is used to build and deploy dApps and enable you to create smart contracts written in Javascript programming language. If an application contains multiple contracts, Embark can also handle the migration of smart contracts. Developers can manage contracts on multiple blockchains such as live network, testnet and private net using the Embark framework.
It is a wallet that connects Chrome or Firefox with Ethereum blockchain by acting as a browser extension. It can save keys for Ether and ERC20 tokens. It can be installed simply as a Chrome extension. Since blockchain is immutable and transactions once added to it cannot be updated or removed, untested programs can result in high costs. That is why it is essential to test a decentralized application before it is deployed on the mainnet.
Ensure to test your app on Blockchain Testnet before going live. Truffle is a framework for Ethereum that provides a development environment. The framework supports a library which can link complex Ethereum apps and offer custom deployments to make contracts coding simpler. It supports some of the features mentioned below:. You will find numerous tools that can be used to develop blockchain apps dApps and smart contracts. To know which is the best blockchain development tool for your project, consult our team of blockchain experts.
The project is initiated with PoC, which typically takes weeks. Once the PoC is done, it takes weeks to develop a minimum viable product with bare minimum features. Launching an application on the mainnet takes around months based on the requirements of a client. If you are looking for a blockchain development partner who can help you develop a blockchain application, we have consolidated a list of some top blockchain development companies.
From consultation to PoC, visual and technical designs, development, deployment and maintenance, blockchain experts at LeewayHertz provide end-to-end assistance to startups and enterprises. LeewayHertz is one of the first companies which has developed a signing platform on the blockchain. Somish Somish is a technology and product development company that builds automated solutions using emerging technologies. It was established in and has been serving companies to re-engineer, design, build and implement automation systems.
Somish dived into blockchain technology in and has developed blockchain projects for governments, municipal corporations, retail companies, finance companies and various other industries.
SoluLab Founded in , SoluLab is a technology company with expertise in the blockchain, mobile and web development. Specialized in Hyperledger Fabric, Smart Contract Development, Private and Public Blockchain Development, their team can build a secure and robust blockchain solution for your business. Their blockchain development services cater to various industries like healthcare, supply chain management, government, education, publication and media and real estate.
Venture Aviator Venture Aviator develops, tests and deploys custom blockchain applications with an interactive and engaging approach.
They have developed robust blockchain solutions for growth companies and Fortune companies like Allianz and Cisco. They aim to assist startups, enterprises and entrepreneurs in developing technology platforms. SoftwareMill is one of the leading blockchain companies that deliver value to its clients with high-quality development.
They have a dedicated team of skilled developers who can cater to a wide array of business requirements within the estimated budget.
Based in Poland, they believe that they can resolve the industry-related issues with the digital solutions built on the latest technologies.
Our experts can convert your idea into a real solution by implementing blockchain technology into your project idea. Necessary cookies are absolutely essential for the website to function properly.