Enabling Digital Transformation With SAP on Cloud


Enabling Digital Transformation With SAP on Cloud


About Customer

A leading American supply chain firm that creates world-changing technology solutions.

The Challenge

The customer experienced challenges with its on-premise enterprise SAP production system workloads. The firm was unable to scale to changing market requirements and respond faster to their consumer needs. The existing on-premises IT environment created constraints in terms of flexibility and responsiveness to the growing business needs. They wanted an agile, secure, cost-efficient, and scalable IT enterprise environment that could address these challenges. They consulted MSRcosmos, a Microsoft Gold partner with SAP on Azure Advanced specialization, to help migrate their on-premise SAP production system workloads to the Microsoft Azure cloud platform.

MSRcosmos’ Approach

Without much delay, MSRcosmos’ IT team got into action. After demonstrating two mock-ups and obtaining backups of the existing systems we migrated the customer’s mission-critical production system workloads to Microsoft Azure. MSRcosmos using its innovative service delivery model and SAP Cloud Assessment and Transformation framework implemented an effortless migration to Azure.

During the initial phase, our team looked after coordination between various program stakeholders, which included IT solution architects and OS, support teams. MSRcosmos’ strategic partnerships with Microsoft and SAP and domain and transformation capabilities, enabled standardization and modernization of the customer’s IT infrastructure with a digital core while ensuring business continuity.

Promise Delivered

MSRcosmos’ service delivery model and SAP Cloud Assessment and Transformation framework ensured a disruption-free migration to the cloud. Transitioning SAP applications to the cloud gives the firm a digital foundation to 1. deepen its business insights, 2. unlock new opportunities, and 3. build new business models.

Benefits and Outcome

The migration resulted in the following benefits-

  • Implementation of automation resulting in a reduction in manual effort by 40%
  • 30% reduction in SAP infrastructure maintenance spend annually
  • Improved availability and performance of the IT environment with the ability to scale
  • Strengthened compliance with information security standards

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Increased Business Agility with SAP Workload Migration to Azure


About Customer

The customer is a leading Textile manufacturer headquartered in the USA, with over 20K employees working worldwide. To make product delivery faster the customer wanted to enhance its operational performance and needed an IT infrastructure that could support it. Considering this, the customer decided that moving their datacenters and production base to a high-performing SAP database management platform would be best for them. So, they collaborated with MSRcosmos, to migrate their existing database from Oracle to SAP HANA to Azure.

Business Challenge  

The customer acknowledged the fact that just having great products was not enough. The need was a super-efficient order processing solution that will enable them to stay ahead of the competition, regardless of their industry. Identifying this requirement made them decide to upgrade the operating systems.

For years, the customer had depended on the Oracle database for its SAP applications. And since they were dealing with many customers at the same time worldwide, they relied on many data centers. They wanted a solution that could connect their offices and data centers and speed up the present operations and delivery process. The immediate concern was their existing database which was in a complex Oracle environment and a major hindrance for them.


After evaluating several options the customer opted to go with MSRcosmos for our SAP on Azure expertise. Our team helped the customer move its complex Oracle environment to SAP HANA on Azure. We then configured their SAP HANA estate on Azure. The customer had multiple operating systems running on 300 servers, and the Oracle database was more than 50 terabytes. MSRcosmos, therefore, did the SAP deployment in several phases.

MSRcomos leveraged its proprietary platform which took into account both the SAP suite and the underlying infrastructure. In phase one we carried out the migration of on-premise SAP landscapes to Azure based on application priority profiling. In phase two we did migrations of an Oracle 12g database to an SAP HANA on Azure production system MSRcomos continues to use its proprietary platform for ongoing management of the customer’s Azure environment.


The migration resulted in the following benefits-

  • 60% maintenance cost reduction and up to 30% increased execution efficiency
  • Same day factory planning unlike the previous scenario of taking 24-48 hours
  • The time it takes to report has been reduced from hours to minutes.
  • Capacity on-demand with a high level of security
  • More than 85% increase in the percentage of online orders
  • Facilitate use of multiple digital channels to meet customer expectations
  • Enabled use of the digital method for remote demonstration of high-performance materials to meet customers’ needs

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Makeover of the Exchange System from Bartering to Cryptocurrency


People were perfectly content to make, do, and grow food for one another in business operations back to the emergence of money. People began to create things for the greater good, and rulers began to levy taxes. People were monitoring, compiling this transfer of funds, and gathering one of the most considerable concerns of the citizens at the meeting. They keep records of who has and has not paid. The number of transactions, on the other hand, increased as the size of the communities grew. People started making things for the betterment, and rulers started levying taxes. Accounting became increasingly challenging to manage. The concept of money arises to overcome such challenges.

In 600 B.C., Lydia’s King Alyattes issued the first accepted currency. The electrum coin used in the transactions; was made of a naturally occurring gold or silver mixture and is imprinted with denominational images.

Around 700 B.C., the Chinese made the transition from coins to paper money. Banks eventually began issuing paper money to lenders and depositors instead of metal coins. These banknotes can be brought to the bank at any moment and exchanged for metal coins (primarily silver or gold) at market rates. Goods and services were used to swap with these banknotes. In this regard, it serves a similar purpose to the modern world’s monetary system. We moved away from paper money and coins and turning toward online transactions and debit/credit cards.

Around 700 B.C. the Chinese switched from coins to paper money. The banks eventually started issuing paper money instead of metal coins to investors and borrowers. These banknotes can be brought to the bank at any time and exchanged for metal coins (mainly silver or gold) at market prices.

Money has the potential for enhancement because everyone is accepted it as a form of payment. However, its use and appearance have evolved over time. Unsurprisingly, the focus on new forms of currency has recently increased. It is related to worldwide web new technologies as a consequence of enhanced economic activity. In the same way that humans have evolved to use hydropower, the digital revolution should produce better results and simplify their lives.
The goal is to capitalize on new technology’s benefits while minimizing the inevitable short-term downtime. The key is to focus on solutions that are helping in coordinating and integrating the organizational changes brought about by the digital revolution. The digital revolution of money brings a new type of currency. It’s known as cryptocurrency. Many individuals are unsure of the exact value of cryptocurrencies because they are only involved in financial speculation in terms of price and volatility. Cryptocurrency, like any non-fungible token (NFT), derives its worth from its users. What they’re willing to pay for it. It is analogous to fine art or real estate. The value of a cryptocurrency varies according to how much demand there is for it. Nowadays, cryptocurrency is dominating the global market due to features such as:

Anonymity: Transactions, including personal or business data, are associated with a random character sequence rather than the owner’s identity. Transactions do not link to specific people or organizations.

Security: Cryptocurrencies are stored in virtual wallets that are password-protected. It implies that the acquired funds are only accessible to the holder. To improve its security, cryptocurrency owners should use encryption technology on their storage devices.

Eliminates the third person: governmental control, regulations, fees, and restrictions that could be detrimental for users can eliminate. Authorities and financial institutions have no control over the flow of cryptocurrency transactions. It keeps minimum unfavorable fees and restrictions. Cryptocurrency owners, on the other hand, are not protected by financial authorities.

De-centralization: There are no enforcers in charge of cryptocurrency exchanges or quotations. Virtual currency trading does not take place in a single location. It avoids trading disruptions as a result of hacking attempts. Transaction data is dispersed across the network because cryptocurrency holders store it directly.

Quick transfer: The method of transferring cryptocurrency differs significantly from that of traditional currencies. The institutional model is base on banking systems, such as incoming and outgoing sessions in the receiving and sending countries. Virtual currency transfers are not affected by the user’s location and are almost instantaneous.

Unalterable transaction: Commission transactions do not reverse due to a lack of institutional oversight over the virtual currency market. If an error occurs, such as incorrect recipient information, no organization can assist with the error.

Cryptocurrency transactions are secure because changing data within a block is very time-consuming and complex to handle. In addition to its traditional payment system, blockchain public ledger technology has the potential to disrupt a wide range of financial services. These include stocks, bonds, and other financial assets that could be handled digitally.

Cryptocurrency offers a one-of-a-kind solution that effectively renders fiat currency largely redundant. Because of cryptocurrencies like bitcoin, people can now change their bank and payment method. The primary challenges are regulatory and technical in nature. The adoption of cryptocurrency will determine whether or not it will replace cash. When a cryptocurrency is fully operational and incorporated into our lives, it will begin to change the world. We can only scratch the surface.

Cryptocurrency is a fully decentralized, strong cryptographic exchange that requires authentication and functions as a medium of exchange, with transactions recorded in a digital ledger known as a blockchain. Cryptocurrencies do not manage by a single country or person. Men and women all over the world are increasingly encroaching on traditional payment methods for goods and services.

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Blockchain Technology in Healthcare Industry

Blockchain in Healthcare Industry

Blockchain technology can change health care by putting the patient at the centre of the health care ecosystem and improving health data security, privacy, and interoperability. This technology can provide a new paradigm for health information exchanges (HIE) by making electronic medical records more efficient, disintermediated, and secure. While not a cure-all, this unique and fast-developing sector offers fertile ground for exploration, investment, and proof-of-concept testing. ​

Management and security of patient data

Blockchain technology is a distributed, decentralized, and unchangeable record-keeping system. Because of the technology’s strong security characteristics, whatever information is recorded on the blockchain becomes nearly difficult to hack or modify. Because of the openness it provides, any changes to the data are evident, and there is no possibility of tampering with the data. As a result, blockchain technology enables clinicians and patients to communicate critical healthcare information quickly and securely while also ensuring privacy and transparency via encryptions and sophisticated protection codes.

Blockchain technology also reduces the dangers associated with data centralization, making it extremely helpful for managing patient data quickly and safely. Today, most patient information is centralized, making it vulnerable to data intrusions, breaches, and theft. Blockchain technology is an excellent option to address this issue since it distributes information among several nodes, making it hard to hack or tamper.

With the aid of smart contracts, healthcare institutions or providers preserve the patient’s health records on the blockchain. To access the data, a public key or a unique ID is produced. To access the information, a doctor needs to have the patient’s public key. The data is only made available to the healthcare practitioner when the key or unique ID matches. No blockchain healthcare solution can expose the data stored on it without the public key. As a result, patients can share their public key with healthcare institutions as needed.

This key will provide institutions access to data while protecting the patient’s identity because the data will be unidentifiable without the private key.

Blockchain Technology in Dairy Industry


The study of whole sets of genes in organisms, which includes genetic components, is known as genomics. The genomics business in healthcare has grown dramatically to improve human health in the future. It must securely store large numbers of genetic data points, where blockchain might come in handy. Blockchain applications are an excellent way to improve knowledge of genetics and assist scientists in securely gathering and storing vital information.

Improving Communication Between Providers and Patients

Miscommunication is a flaw that has a detrimental influence on all industries, regardless of what they stand for. It’s critical to maintain communication flowing easily and effectively when a person’s life is on the line, especially in a delicate industry like healthcare. Miscommunication among healthcare practitioners or between patients and providers may be costly and even dangerous to patients’ health. The majority of misunderstanding is caused by inaccurate medical data or delays in updating, as the procedure is time-consuming.

Blockchain technology can solve this issue. Blockchain solutions are distributed. As a result, it is distributed among numerous network nodes rather than storing information in a single database. When data in one node is changed or updated, it is updated in all network nodes. It makes it incredibly simple to exchange updated information with any doctor or healthcare professional rapidly. The data stored on a blockchain is authentic, up to date, and timestamped, making it simple for providers to review and respond appropriately, especially in an emergency. It also helps doctors deliver more tailored treatment programs and performs speedier diagnostics.

Control of Pharmaceutical Counterfeit

Pharmaceutical counterfeiting is a significant issue faced by the healthcare sector. Because pharmaceutical supply networks are opaque, there is a high rate of tampering and counterfeiting.

Because it enables system transparency and immutability, blockchain technology provides excellent solutions to combat pharmaceutical counterfeiting. It offers comprehensive, end-to-end supply chain transparency. Blockchain in the pharmaceutical supply chain can assist providers by managing inventories, reducing counterfeiting concerns, and reducing theft issues.

It can also assist other organizations such as the Red Cross, USAID, and the Global Fund in tracing the distribution of donated drugs across multiple nations while verifying the pharmaceuticals’ origin, legitimacy, and integrity.

Blockchain technology has various applications in the healthcare business, and with its rising popularity, we may expect even more in the future. To address the substantial issues this industry faces, it is critical to implement change and enhance the quality of healthcare services provided. Blockchain technology looks to be an appropriate answer for this. With proper implementation and solid applications, Blockchain technology has the potential to be the savior the healthcare sector has been yearning for.

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Blockchain Technology in Manufacturing Industry

Blockchain Manufacturing Industry

The influence of blockchain is growing more prevalent as factories throughout the world become increasingly networked. Machines, parts, products, and value chain actors, such as machinery providers and transport businesses, are all part of the Factory of the Future. Manufacturers face a more significant challenge than ever before in securely communicating data both inside and outside the industrial walls.

In the financial sector, blockchain made a big statement but was subtle in manufacturing. Manufacturing is ingrained in our culture. Things must be physically made until we can conceive them into existence. Since the industrial revolution, we’ve developed in technologies that are part of the tangible manufacturing process. Machines communicate with one another, and they’re all controlled by software that exchanges data at unfathomable speeds in the cloud.

Currently, data is the most valuable asset on the globe. The foundation of blockchain in the manufacturing industry is to classify the ownership and legitimacy of data while also securing it. Although blockchain technology is still a few years away from being wholly realized, manufacturers are becoming increasingly aware of its potential in their processes.

Blockchain can scale transparency and trust throughout the industrial value chain, from acquiring raw ingredients to delivering the finished product. The following are some of the issues it could help with:

  • Supply chain transparency is improved through monitoring the supply chain.
  • The provenance of materials and counterfeit detection
  • Engineering design for high-complexity, long-duration products
  • Managing your identity
  • Asset management
  • Assurance of high quality
  • Observance of regulations

Blockchain Technology in Manufacturing Industry

Manufacturing has historically been thought of as a tradition-bound business. However, the Factory of the Future is poised to look radically different as technology such as blockchain, AI, and machine learning gain traction. Manufacturers will overcome some of the barriers to full-scale implementation of other next-generation technologies and creative business models as blockchain technology improves. As a result, more efficient industrial operations will emerge, requiring data sharing and collaboration among complex networks of companies and machines. This will become the new standard in the industry.

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Blockchain Technology in Dairy industry

Blockchain Dairy industry

Several scandals have shaken the dairy sector in recent decades. The most famous examples, such as tainted milk in China or salmonella-infected milk in France, have eroded customers’ faith in the industry. Furthermore, various ethical problems (producer remuneration, animal welfare, etc.) are being addressed, bringing the current paradigm of milk production into question.

Blockchain has been rising as a widely used technology for addressing these challenges. It has established itself as the key answer for dairy companies wanting to increase traceability and transparency.


Blockchain in Healthcare Industry

Food and nutritional security: Blockchain technology can ensure accurate tracking of every batch in the milk supply chain. In the event of a food-borne illness, blockchain makes it extremely simple to identify the faulty link and reject all sets that have been impacted.

Wasted Food: The granularity provided by blockchain during product recalls allows for the avoidance of bulk recalls of a whole product line, minimizing food waste and overall financial costs and the impact on brand image.

Partnership: Because blockchain is a distributed and decentralized ledger, it serves as a “trusted third party.” It enables all food chain players (feed mills, farmers, cooperatives, manufacturers, brands, and retailers) to securely communicate information, allowing them to trace a product from start to end and assure compliance.

Transparency: Guaranteeing a product’s journey in complete transparency is a fantastic approach to differentiate oneself from rivals. The blockchain allows consumers to learn about a product’s entire history as well as proof of quality. According to research, consumers are more inclined to buy a product that gives more specific information, and they are more likely to spend more for a product that they know fits their values.

Reassurance: Tangible evidence of product claims and certifications (tags, audits, etc.) will also boost confidence. In this case, blockchain enables certificate verification by providing necessary data to independent certifying bodies (for evidence of origin, environmental footprint, animal welfare, and so on). Certifications become easier to obtain/maintain. As a result, it is becoming more relevant to the consumer.

The implementation of blockchain in the dairy business ensures that consumers trust the products, which increases demand for the package. This includes the secure processing and storage of official records and digital verification to protect intellectual property rights and patent systems, bring transparency across the supply chain, reduce food fraud, and improve food safety.

Blockchain is the next technological revolution; integrating blockchain in the dairy business will enhance product quality and regulate safety while also creating a decentralized platform that will link farmers and customers.

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Blockchain Technology in Automotive Industry


In order to make next-generation cars a reality, blockchain is expected to become vital for the automotive industry in the next years.

Vehicles are gradually evolving into far more than just modes of mobility. Cars in the twenty-first century are mobile data centers with integrated sensors and computers that collect data about the vehicle. Blockchain has the ability to increase trust and collaboration among organizations, consumers, and even cars by providing more secure, traceable transactions and better access to and openness of information.

It’s no surprise that automakers are paying attention to blockchain and making some strategic investments in the field. While blockchain has the potential to disrupt the status quo on its own, when combined with the IoT, artificial intelligence, and big data, it has much more potential (AI).

Here are some instances of how blockchain is being used in the automotive industry:

Insurance: The blockchain may be used to thoroughly verify and secure vehicle mileages, allowing drivers who don’t use their car often to obtain lower insurance.

Carsharing: Vehicles on a timeshare basis are provided by an OEM. Transactions that take place between owners, operators, and third-party service providers are settled instantly utilizing a single-source, usage-based payment system, and trips are tracked on the blockchain.

Payments: E-contracts are a big asset that blockchain helps to power since they allow for direct, secure money transfers from a buyer to a seller without the need for a bank or other intermediaries.

Personal information: Driver information may be maintained safely and securely on the blockchain, allowing a carsharing vehicle to be immediately customized to a user’s preferences, including seat, mirror, temperature, and radio settings.

Blockchain Technology in automotive industry-01

Location: With RFID tags and data saved in the blockchain, fleet owners can track the location of all of their cars and employees. Particularly in the package delivery industry, this could lead to time and distance efficiencies.

Traceability: Blockchain can be used in the supply chain to verify the source of materials used in the manufacturing of a car, all the way back to the raw material as soon as it is retrieved from the mine.

Vehicle Recalls and History: The VIN of a car can be maintained in the blockchain, which means that if a recall is made, owners of the specific vehicles with a defect can be notified, substantially decreasing expenses for manufacturers and inconveniencing drivers.

Autonomous Vehicles: Huge amounts of data must be processed, analyzed, and delivered safely and promptly for autonomous vehicles to be safe. The blockchain is a secure and dependable way to accomplish this.

Servicing: With a simple scan of a QR code, a car’s service history may be stored on the blockchain, and the technology can be used to ensure that only original OEM-supplied parts are used to make repairs or replacements.

As the automotive industry moves toward self-driving, connected, and electrified vehicles, blockchain may provide another way to maximize the benefits of these technologies. The most appropriate use cases appear to be supply chain, financial services, and the safe, secure sharing of driver or rider data.

Because of its infancy, there are still problems to iron out, but with the level of investment from across the sector, blockchain has the potential to cause substantial disruption. To win, you have to be in it, just like early Bitcoin investors, and we’ll be watching the technology’s uptake with curiosity to see who goes all in.

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A simple tech solution to tackle the challenges and start moving again

Blockchain Solutions

The global epidemic has impacted industries, such as healthcare, finance, politics, economics, and education, etc. These must constantly assess and improve their processes and technology to compete effectively. On the other hand, tailoring existing packages or aging systems take time and money. Instead of starting from scratch, the simplest solution is to integrate new tools with existing legacy technology.

Businesses that have already invested in and are implementing new technology with better positioned to meet the business demands. Some of it continue to rely on legacy processes that are to their limits, exposing their inefficiencies and reliance on manual processing.

The absence of adequate and up-to-date data on the outbreak and expansion of novel coronaviruses is one of the most critical matters during this pandemic. Technologies such as blockchain significantly assist in resolving. One of the most needed and latest solutions is to adopt a distributed ledger technology and peer-to-peer networking to provide verifiable and secure data. This technology is crucial in the effective management of the post-COVID-19 world. Many use cases can benefit from the key features of blockchain technology, including contact tracing, disaster relief, patient information sharing, e-government, supply chain management, immigration management, production management, automated surveillance, non – contact delivery, and distance classes.

Blockchain as a solution for today’s challenges:

Blockchain Technology in automotive industry-02

  • Demand generation gap

Pandemic crises cause a supply-demand gap. It raised the challenging task in front of factories to deal with the losses incurred during the lockdown and facing difficulties in creating a new type of working environment which includes social distancing and working with a small number of people to avoid physical contact. Blockchain streamlines the supply chain process and brings transparency to it.

  • Counterfieting product

Even during the current global crisis, there have been indications of counterfeit medications and low-quality materials sold to individuals and organizations in desperate need of these items. As a result, there are trust issues in the supply chain. Blockchain not only offers an easy way to manage the supply chain. It also allows for the differentiation of quality products from counterfeit ones.

  • Tracing of an infected person

In the specific instance of a highly contagious disease like COVID-19, we need a reliable solution that can quickly identify people who have been in contact with an infected person to develop a precious public health strategy to restrict the infection’s spread. Individual infectious disease management and precautions will be required in infected close circles to re-establish some level of normalcy. In this regard, contact tracing is an essential tool. Blockchain, which collects information from individuals without identifying them using a system of public and private keys, provides a well-organized and straightforward solution to this problem.

  • Customer migration

Presently in the market, customers preferring the online mode for shopping, and customer migration started. Besides that, online and retail businesses become highly competitive to get better customer engagement. Blockchain technology has the potential to enhance productivity and engagement quality to make data more accessible. As per the consumer standpoint, this technology significantly transforms consumer relationships by improving data, information transparency, privacy, and security with its potential. It also allows for novel forms of consumer loyalty and reward programs, which may aid in the creation of additional value to the business.

  • Trusted technology solution

In the traditional way to establish collaboration between two parties, a third person is involved in contract generation. It can be faked or tampered with if it’s not protected or verified by a certified professional. A few wording changes can have a significant impact on the final agreement. On the other hand, the Smart contract solution offered by blockchain can resolve this challenge very wisely. They do not necessitate the authority of a third party to verify their authenticity. It allows the contract’s parties to save time, money, and security on a specific transaction.

Blockchain technology is built on a distributed, robust, secure, private, and immutable performance framework that can substantially alter the nature of trust, value sharing, and operations. The COVID-19 crisis has exposed the shortcomings of ongoing trust and data sharing systems. While this pandemic poses a clear and serious threat to our way of life, it also provides unique ways to apply and test emerging technologies that may convert our capabilities to combat this pandemic while establishing a more efficient, democratic, and secure system.

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Blockchain: A key to Unlock the Market Opportunity and Induce Frictionless Business

Blockchain in Frictionless Business

Anything that prevents a potential customer from purchasing your product or service is considered business friction. The unspoken goal of every business is to overcome inertia and friction. Companies’ growth depends upon critical strategic decisions such as acquisitions, mergers, and strategic alliances.

Enterprise blockchain technology can enable connectivity and trusted data exchange across business ecosystems. It creates a new type of database that stores and traces data in a distributed, verified, and secure manner as businesses required.

Through blockchain technology, businesses of all sizes can now transact directly and securely with one another. Everyone involved in a transaction will be aware of what and when it occurred. An immutable blockchain can significantly improve connectivity, secure and structured data exchange between your business networks. It liberates value while maintaining privacy, traceability, and security. It adapts dynamically to your organisational circumstances to address any point of friction in your business operations.

Following are the ways of business processes transformation, simplification, and automation achieved through blockchain technology.

  • Enabling shared logic coded into smart contracts on the blockchain.
  • Enabling the secure and seamless sharing of consistent data across organizations and firms.
  • Eliminating fees paid to trusted dispute resolution intermediaries.
  • In addition, reducing complexity on all sides.

 Frictionless Business

Let us have a look at what is a smart contract and how it enables frictionless work?

Smart contracts are self-executing contracts that contain peer-to-peer agreement terms. It is a set of commands and data stored on the blockchain at a specific address. In the world of technology, it is analogous to a physical bilateral contract and represented as a smart contract. It is also known as a piece of code. It saves and automatically validates the terms of a document before executing it when those terms are satisfied. Smart contracts streamline the production system for stakeholders while improving process execution and cost optimization.

A smart contract is a technique that operates automatically. It reduces dependency on manual and paperwork. In traditional contracts or rudimentary digital contracts, tasks such as document collection, data entry into the contract template, and implementation, among others, are still performed manually. On the other hand, a smart contract occurs entirely and automatically in a digital environment, reducing or eliminating the participation of roles that add little value to enterprises. It makes it possible to perform a vast number of transactions simultaneously.

The time-stamp process and immutability also provide proof of evidence, making it easier to resolve potential contradictions later on.

A smart contract automatically updates, stores, and reports all information in a unified distributed ledger, which contributes to a better management system. More efficient processes and the elimination of unnecessary components are critical to cost reduction. It heralds the transformation of a new business operation model. More effective processes and cutting off unnecessary components are keys to reducing the cost. It brings a new business operation model transformation.

The frictionless business could lead to higher customer conversion rates, lower churn, and higher account retention, as well as higher renewal rates and productivity (the ability to increase production and sales while lowering costs). Frictionless business removes all barriers to success, allowing it to operate more effectively – doing the right things – and efficiently, with minimal waste and maximum productivity. With the help of blockchain technology, companies can run with less friction and achieve superior results with fewer resources.

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Leading Food Manufacturer Avails Opportunities Of The Public Cloud With Microsoft Azure


About the Customer

The client is a leading manufacturer of food & beverage in the US, with over 2,000+ employees working at their different facilities and centers. They have a global presence in more than 100 countries.

The Challenge

The client wanted to discontinue their dependency on their on-premise data centers and wanted to shut down the existing 3 data centers. Therefore, the client decided to embrace the public cloud for its various benefits. They kickstarted the technology transformation program with the objective to migrate all their enterprise workloads into a single cloud environment.

A high degree of complexity was posed during the migration journey due the heterogeneous composition of the on-premise infrastructure. While the company was prepared with a variety of solutions in place throughout their locations, for support: from fully outsourced external data centers, to production plants and internally managed data centers, but was unsure of the expertise the project would require.

The client, therefore, sought a solution partner who could manage the complexity of the transition and at the same time ensure smooth migration to the cloud. The task required an impressive amount of expertise to migrate a workload of hundreds of operating systems instances (Windows, AIX) and database instances (MSSQL, Oracle), nearly 120 TB of storage, and more than 60 applications.

Solution & Benefits

MSRcosmos was consulted as we belonged to the Microsoft Gold Partner Network. Our team, leveraging its proprietary methodology and best practices, ran a 3 months long assessment & planning and prepared the cloud foundation on Azure to host the workloads. We then migrated according to a 5 waves plan encompassing an elapsed of 6 months. The waves leveraged Azure Migrate, IAAS, and Data Migration Assistant technologies to address the needs of Lift & Shift and Replatform.

With the adoption of Microsoft Azure, the company is now taking all the advantages and opportunities enabled by the public cloud:

  • Infrastructure innovation with ease of management granting scalability
  • Improved reliability and security with geographical disaster recovery
  • Increased agility and speed owing to the Infrastructure-as-Code automation
  • Reduction of energy consumption and carbon footprint, due to high efficiency of Azure Datacenters

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