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Enterprise Blockchain: Fostering Business Innovation


Daljit Singh

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October 17, 2023

Enterprise Blockchain: Fostering Business Innovation


Daljit Singh

linkedin profile


October 17, 2023

Table of Contents

In recent years, the term “enterprise blockchain” has rapidly gained traction in the corporate world. Over the next eight years, the global enterprise blockchain market is poised to skyrocket, reaching an astonishing value of $87.17 billion, highlighting the growing trust and substantial investment businesses are placing in this innovative technology. 

Within this surge, enterprise blockchain represents a significant portion, offering tailored solutions to address industry-specific challenges and drive operational efficiencies. 

Recognizing the technology’s potential to revolutionize processes, many Fortune 500 companies are now exploring or already implementing blockchain to harness its myriad benefits. 

Given the considerable growth and emerging trends surrounding this technology, let’s delve deeper into understanding enterprise blockchain, its various types, applications, implementation challenges, and more.

What is an Enterprise Blockchain?

An enterprise blockchain refers to a distributed ledger system tailored specifically for business applications. Unlike public blockchains, which are open and decentralized, enterprise blockchains are often permissioned, allowing only specific entities to participate. 

This design ensures enhanced security, scalability, and control – essential attributes for corporate use-cases. These blockchains can be either private, where a single organization maintains the network, or consortium-based, where multiple entities collaboratively govern the network. 

Moreover, the primary allure of an enterprise blockchain is its ability to offer transparency and immutability while ensuring data privacy and compliance with regulatory standards. Such a system facilitates streamlined processes, reduces operational inefficiencies, and bolsters trust among stakeholders. 

As businesses grapple with the challenges of data integrity, transparency, and inter-organizational collaboration, enterprise blockchain emerges as a potent tool, promising transformative solutions for complex business landscapes.

A recent Gartner forecast anticipates the business value derived from blockchain to surpass $3.1 trillion by 2030, a testament to its impending ubiquity. Brian Behlendorf, Executive Director of Hyperledger, emphasizes its transformative potential, stating, “Blockchain isn’t merely a technology; it’s the blueprint for a new business era.”

Furthermore, with Blockchain.com study highlighting, over 700 million transactions have been recorded across public and enterprise-grade blockchains, the security prowess of enterprise blockchain stands as a compelling countermeasure. 

For visionary business leaders, integrating blockchain is less about trend adoption and more about ensuring organizational longevity and competitiveness in the forthcoming digital epoch.

Key Features of Enterprise Blockchain 

The enterprise domain is gravitating towards blockchain, predominantly due to its array of features that bridge existing gaps and inefficiencies.

Here’s what enterprises are expressing regarding the features presented by blockchain:

  • Peer-to-Peer Decentralization

Traditionally, enterprises emphasize a centralized approach to compliance and communication. However, introducing a decentralized structure – often labeled as the Blockchain of Things also referred to as the amalgamation of two rising technologies Blockchain and IoT – into corporate communications and compliance can enhance security, render the system impervious to hacks, and uphold transparency and compliance.

  • Immutability Ensures Excellence

Blockchain’s immutability feature ensures data integrity, eliminating the possibility of altering stored information. In conventional systems, ensuring data quality requires multiple iterations, leading to time lags and potentially inconsistent outputs. Blockchain’s inherent nature, which locks data once entered, inherently guarantees the accuracy and quality of the information.

  • Transparency Fosters Accountability

Blockchain’s transparency ensures every transaction is visible, instilling a sense of responsibility among employees and stakeholders. This transparent operation holds the potential to redefine the transactional future.

  • Connectivity Equates to Economical Operations

One of blockchain’s most heralded benefits, in both specialized enterprise sectors and general domains, is cost-effectiveness. Features like smart contracts, decentralization, and transparency bring about considerable cost reductions. They eliminate the need for verification, authenticating the genuineness of products, and ensuring service quality, among others.

These blockchain attributes, when effectively implemented in an enterprise, yield significant outcomes. However, their efficacy is contingent on the quality of the blockchain enterprise solutions adopted, as detailed in our concise blockchain application development guide.

Subsequently, we will delve into the criteria essential for an efficient and comprehensive enterprise blockchain system.

Essential Criteria for a Robust Blockchain Enterprise Solution

While blockchain presents one image in the public domain, its role and features within the enterprise sector vary significantly. The distinctions arise not just from the varied use cases of blockchain within enterprises but also from the unique features or prerequisites it must cater to.

Key prerequisites for an effective enterprise blockchain solution include:

1. Secrecy 

In the public blockchain domain, data remains accessible to all. But in the enterprise sphere, data access should be restricted only to users adhering to specific rules and compliance measures. A foundational element of blockchain’s potential in enterprises is its permissioned data viewing, ensuring that only authorized stakeholders access the information.

2. Security

Although intertwined with privacy, security in the context of Enterprise Blockchain differs notably from its public counterpart. Aspects such as Know Your Customer (KYC) and Anti Money Laundering (AML), optional in public blockchains, are paramount for enterprise blockchains. Even though blockchain inherently promises enhanced security, enterprise-specific data necessitates added security layers.

3. Throughput Time

Transaction frequency on blockchain varies considerably between public and private systems. While public blockchains often handle a higher volume of transactions and a larger node consensus, leading to extended throughput time, enterprise blockchains demand the exact opposite. Consequently, blockchain developers for enterprises prioritize minimizing throughput times.

4. Operational Expenses 

Operational cost-efficiency remains a paramount concern for all enterprises, regardless of their revenue scale. An ideal enterprise blockchain application should not only be cost-efficient but also ensure stable and predictable transaction charges.

These stipulated requirements have catalyzed a surge in demand for private and permissioned blockchain platforms tailored for enterprise needs.

Leading enterprise blockchain solution providers globally have identified certain platforms as optimal for crafting blockchain use cases for businesses.

Navigating the Complex Landscape of Enterprise Blockchain Networks

Blockchain technology heralds a transformative approach to data management and protection. By its nature, blockchain presents a decentralized ledger system, positioning it as an unassailable source for data integrity and security. 

This technology empowers the creation of diverse network configurations that can be concurrently accessed, authenticated, and updated by multiple stakeholders. It’s crucial, however, to note the nuanced differences among various blockchain networks.

Diagram 1: Delineation of Blockchain Network Categories

enterprise blockchain development services

1. Permissionless Blockchains

  • Public Blockchain 

This decentralized, universally accessible system is analogous to a city’s open transit system — no barriers to entry. Cryptocurrencies like Bitcoin and Ethereum typify such open, permissionless networks. 

These platforms are esteemed for their unmatched transparency, decentralization, and security bolstered by widespread user participation and advanced cryptographic measures.

2. Permissioned Blockchains

Herein lies a spectrum, from wholly private to consortium-led:

  • Private Blockchain

Akin to an exclusive transit system, these are closed, participant-specific networks. Notably used within enterprises or large-scale projects like national digital currencies, they centralize control among select entities. 

Premier examples include platforms like Hyperledger Fabric and Corda Enterprise. These networks are primed for businesses prioritizing stringent privacy controls, centralized governance, and regulatory adherence.

  • Consortium or Federated Blockchain

This model emerges as a collective enterprise, managed by an assemblage of entities or organizations. Unlike the unilateral control seen in private blockchains, consortium networks democratize governance across multiple stakeholders. 

Such structures engender collaboration, efficiency, and trust, with prime examples being the Marco Polo Network and the Energy Web Foundation.

  • Hybrid or Semi-Private Blockchain

Fusing characteristics from both public and private networks, hybrid blockchains offer bespoke configurations. They allow stakeholders to dictate transaction publicity and participant inclusivity. Balancing the best of both worlds, they ensure data protection while leveraging public blockchain benefits. Dragonchain stands as a paragon of hybrid networks.

In sum, as blockchain technology permeates diverse sectors, understanding its multifaceted landscape becomes essential. Each network type carries its unique attributes, with implications on transparency, control, and security. Choosing the right fit hinges on aligning organizational priorities with network capabilities.

Multi-Tiered Strategy for Developing an Enterprise Blockchain Framework

Enterprise Blockchain Framework
  • Interface Domain

This domain encompasses the front-end applications facilitating user engagement with the blockchain ecosystem. It embodies both web and mobile interfaces, granting users the ability to seamlessly conduct transactions and govern digital assets.

  • Integration & Enhancement Domain

Situated within this domain are advanced software components that augment the functionality and user-friendliness of the blockchain system. It integrates identity verification, data repositories, analytics, monitoring, and assimilation with prevailing enterprise infrastructures, thereby facilitating sophisticated enterprise operations like cross-border financial transfers.

  • Contractual Logic Domain

Herein lies the foundation for smart contract regulations within the blockchain network. It furnishes a platform dedicated to the inception and enactment of these contracts. Entities like Ethereum Virtual Machine (EVM) and Hyperledger Fabric Chaincode are central to this domain.

  • Core Protocol Domain

This fundamental domain embeds the intrinsic blockchain protocol, safeguarding the network’s reliability and security credentials. Integral to this is the consensus model, ensuring network node uniformity. Esteemed examples within this space encompass Ethereum, Hyperledger Fabric, Hyperledger Sawtooth, Quorum, Besu, XDC Network, and Corda.

Exploring Modern Enterprise Blockchain Platforms

Enterprise Blockchain Platforms

The growth in blockchain platforms has spurred and bolstered the development of blockchain-integrated applications. Below are several widely adopted enterprise blockchain platforms driving cutting-edge blockchain solutions in business.

1. Ethereum

Recognized as the foundational layer for many decentralized applications, especially within the enterprise domain. The global blockchain community’s trust in Ethereum is rooted in its multiple benefits, including enhanced security, reliability, consistent uptime, and resistance to tampering.

2. Hyperledger Fabric

This permissioned network empowers businesses by registering users with distinct transaction rights and access based on their identity. Its capability to partition data helps enterprises protect sensitive information, considering legal considerations.

3. Quorum

Originating from Ethereum, this permissioned network handles both private and public transactions. 

Suited for applications needing swift private transactions within the blockchain ecosystem, Quorum has been pivotal for several industries beyond just decentralized finance offerings.

4. Corda

An open-source blockchain platform, Corda facilitates direct business transactions with robust privacy via smart contract integrations. 

With Corda, businesses can streamline operations, reducing record-keeping and transaction expenses. The platform’s agility allows it to match ever-changing business needs. 

Furthermore, with Corda, enterprises can craft specific tokens that handle extensive financial transactions.

5. XDC Network

Positioned as a premier enterprise-grade hybrid blockchain for finance and global trade, the XDC network seamlessly melds features of both private and public blockchains. It powers tokenization and digitization, ensuring efficient transaction regulation. 

Notably, it operates using the Delegated Proof of Stake (XDPoS) and is supported by prominent wallets like Freewallet and XcelPay.

6. Hyperledger Sawtooth

Distinguished as a premier enterprise blockchain platform, Hyperledger Sawtooth boasts a flexible architecture that distinctly separates the core system from the application layer. This delineation enables businesses to devise smart contracts with business rules, bypassing the core system’s intricate details. It can interpret multiple consensus algorithms and is equipped with notable features like parallel transaction execution and Ethereum contract compatibility.

The inherent attributes of Blockchain that resonate perfectly with enterprise necessities and the proliferation of platforms facilitating enterprise blockchain development converge towards a single insight: Enterprises are shifting from contemplating blockchain integration to strategizing its comprehensive incorporation.

Blockchain Enterprise Use-Cases 

Enterprise Blockchain

Pioneers and forward-thinkers in various sectors recognize the transformative potential of blockchain technology. Its applications are increasingly permeating diverse industry verticals. Herein, we highlight several practical implementations of blockchain across different industries.

1. Financial Services 

Blockchain technology and the finance sector have a longstanding history, with the impact of blockchain on fintech being notably significant. This journey has consistently evolved through meticulously conducted pilots, tests, and proofs of concept.

Enterprises such as RBC, Santander, JP Morgan, BNY Mellon, Citibank, Visa, American Express, Goldman Sachs, and MasterCard are spearheading various blockchain-centric initiatives. Additionally, these entities have dedicated internal teams centered on the integration and advancement of enterprise blockchain technology.

Similar Cases:

  • The Federal Reserve System has partnered with IBM’s blockchain to enhance the data processing platform for its automated clearing center. 
  • Visa introduced B2B Connect, streamlining direct institutional payments and facilitating cross-border transactions. 
  • Both American Express and Santander have incorporated the Ripple blockchain network for transaction purposes. 
  • Moreover, the Royal Bank of Canada utilizes blockchain for seamless cross-border transactions between Canada and the U.S.

The financial applications of blockchain are not limited to the mentioned scenarios but extend across a broader range.

2. Automobiles Industry 

The automotive sector is witnessing a paradigm shift. From the rise of autonomous vehicles and ride-sharing to the push towards electrification, the very core of mobility is transforming.

Given these evolutions, numerous car manufacturers are turning to blockchain to stay ahead and play a pivotal role in reshaping the future of mobility. Notably, Volkswagen and Renault have been at the forefront, having initiated their proof-of-concept as early as 2017 to explore vehicle telematics tracking.

At the enterprise level, blockchain’s utility in the automotive sphere goes beyond mere tracking. Data related to a vehicle’s mileage, engine usage, and repair history, among other details, can be securely logged on the blockchain. This ensures that dealers, manufacturers, and resellers access authentic and comprehensive vehicle information.

Additional noteworthy initiatives in the automotive sector include:

  • Toyota Research Institute has embarked on a project to gather data on autonomous driving, ensuring this information remains transparently stored on the blockchain.
  • Share & Charge are innovating in the electric vehicle charging space with their mobile platform.
  • Renault, in collaboration with VeChain and Microsoft, has developed a digital logbook to chronicle a vehicle’s technical and operational data.

3. Aviation Industry 

In 2017, a collaborative initiative was undertaken by British Airways, SITA (an IT enterprise), and three major airports: Miami, Geneva, and London. Termed “FlightChain,” the project aimed to discern if blockchain could act as a cohesive data source for aviation industry stakeholders.

During this initiative, participants logged various flight details on the blockchain, such as aircraft departure and arrival times, passenger counts, among other data. Over 2 million data modifications were documented, serving as a resource to streamline operations. 

For instance, in the event of delays, airport services could adjust service schedules, and travelers could modify their itineraries accordingly, such as rescheduling connecting flights.

Key insights from the project were captured in a SITA report, emphasizing the significance of selecting an apt governance framework (a private blockchain was employed) and the versatility of smart contracts.

In the same vein, 2017 also saw Airbus experimenting with blockchain at Berkeley to monitor aircraft components. Simultaneously, KLM collaborated with a Blockchain consultancy to craft blockchain-centered prototypes.

This integration of blockchain in aviation is bolstering airlines by enhancing record-keeping security, refining maintenance management, modernizing ticketing through tokenization, and offering a superior digital travel experience.

Additional endeavors in this domain include:

  • Singapore Airlines introducing a blockchain-driven loyalty scheme.
  • AXA Insurance leveraging smart contracts to autonomously compensate passengers for flight delays.
  • Air New Zealand employs distributed ledgers for baggage tracking and ticket trading.

4. Real Estate

The integration of blockchain in the real estate sector is rapidly gaining traction, providing a platform for investors, sellers, and buyers to seamlessly engage and acquire property insights. Blockchain’s distributed ledger system in real estate applications enhances trust by offering increased transparency and accelerates contractual agreements, resulting in both time and cost savings.

Among the notable blockchain real estate ventures are RealBlocks, SMARTRealty, StreetWire, and ShelterZoom. These entities harness the power of blockchain to enhance their operations, utilizing smart contracts to simplify lease payments, employing tokenization to refine land registration procedures, and facilitating informed decisions for all involved parties.

Deedcoin stands out by substantially cutting down the customary 6% real estate commission to a mere 1%, effectively bridging property buyers and sellers. Ubiquity offers a unique proposition with its SaaS-based blockchain real estate platform, allowing users to log property details and monitor ownership chains.

Furthermore, Propy emerges as a pioneering example, functioning entirely on blockchain and offering holistic solutions poised to redefine the real estate landscape.

(Also Read- NFT Real Estate: Redefining Property Ownership in the Digital Age)

5. Healthcare 

Over recent years, the integration of blockchain in the healthcare sector has showcased significant potential. The deployment of blockchain solutions has been instrumental in pinpointing challenges, enhancing performance, ensuring data security, and promoting transparent medical data sharing within the industry.

The applications of blockchain in healthcare are manifold. They include ensuring transparency in the supply chain, safeguarding and facilitating access to patient electronic health records (EHRs), utilizing smart contracts for insurance purposes, verifying medical staff credentials, and applying blockchain within IoT to monitor remote medical devices.

Noteworthy examples of blockchain implementation in healthcare include BurstIQ and Guardtime. BurstIQ leverages blockchain for the protection, sale, distribution, or licensing of data, all while rigorously adhering to HIPAA regulations. Meanwhile, Guardtime collaborates with governments and healthcare organizations, assisting them in integrating blockchain for bolstered cybersecurity measures.

Analogous Initiatives:

  • MedRec, a collaboration between Boston’s Beth Israel Deaconess Medical Center and the Massachusetts Institute of Technology Media Lab, was designed to monitor medications and ensure the authenticity of electronic medical records.
  • The Estonian e-Health Foundation partnered with Guardtime to establish a consolidated database for the nation’s medical records, termed eHealth Estonia.
  • Platforms such as SimplyVitalHealth and Patientory are employed for secure storage and efficient accessibility of patient data by healthcare professionals.

(Recent- Blockchain in Healthcare: Charting the Future of Health Systems and Innovations)

6. Oil Industry

Several leading entities in the oil sector, complemented by a cohort of other oil enterprises, trading platforms, and banks, have collaboratively birthed the VAKT trading platform. 

This innovation pivots from traditional paper-based contracts to automated smart contracts, promising diminished error margins, cost efficiency, and robust backend operations. 

The initiative, forged with contributions from Deloitte, ThoughtWorks, and Komgo, premiered in a pilot phase in November 2018, exclusively for project insiders. Broadened accessibility is slated for 2019.

Parallel Endeavors:

  • Petroteq Energy has pioneered a blockchain mechanism for overseeing the oil industry’s supply chain. 
  • GuildOne, in partnership with the R3 consortium, showcased a solution catering to data management, business analytics, and secure transactions.
  • Accenture introduced a network tailored to monitor the transit of trucks integral to the long-distance transportation of oil and gas.

7. Supply Chain and Logistics 

Blockchain applications are revolutionizing the supply chain and logistics sector. These applications optimize management by accelerating product deliveries and reducing costs. They ensure traceability, enhance coordination among partners, and provide easier access to finance. 

By leveraging Distributed Ledger Technology (DLT), the industry witnesses real-time tracking of every shipping container, streamlining of delivery processes, and a notable reduction in both bottlenecks and clerical inaccuracies through smart contracts.

A few exemplary use cases in blockchain logistics include Sweetbridge, Slync, and Blockfreight. To illustrate, Sweetbridge stands out as an exemplary model in blockchain for supply chain. 

It offers an economic structure on the blockchain that fosters swift collaboration in the supply chain, facilitating a nimble value exchange that frees up working capital. Such innovations not only elevate performance but also contribute to shaping a more efficient global economy.

Similar Cases-

  • Provenance has crafted a system tailored for tracing product origins and streamlining supply chain operations. This software has been adopted by notable entities including the British Co-op cooperative, Asian fish supplier Pole and Line, the Association of Organic, and fashion designer Martine Jarlgaard, among others.
  • Bright Food integrates VeChainThor technology to enhance and optimize its supply chain management processes.
  • UPS has engineered a system that independently orchestrates supply chains across diverse logistics service providers, facilitating instantaneous settlements between involved parties.
  • FedEx is experimenting with Hyper Ledger to monitor crucial shipments.

(Must Read- Blockchain in Supply Chain- Challenges, Benefits, Use-Cases & Considerations)

8. Retail Industry 

The retail sector is keenly tapping into blockchain, emerging as one of the industries most intensely focused on leveraging this technology to enhance profitability, particularly in supply chain management.

Walmart, for instance, is harnessing blockchain to trace the origin and journey of pork in China, showcasing how the retail industry can employ the technology.

Alibaba has implemented its proprietary private blockchain system to authenticate products in the supply chain, aiming to curb the influx of counterfeit items. Additionally, the e-commerce titan employs blockchain to streamline cross-border transactions, ensuring customers receive precise product information.

Amazon too, is onboard, utilizing blockchain to provide a ‘track and trace’ functionality, granting sellers enhanced insights into their inventory’s status and location.

9. Media & Entertainment 

The media and entertainment sector is progressively identifying the potential of blockchain. The industry is zeroing in on addressing issues such as intermediaries, profit disparity, and operational inefficiencies. 

At present, blockchain’s role in the media domain is predominantly in managing royalty distributions for films, music, and streaming platforms. Moreover, it’s catalyzing innovative business models that resonate with the evolving consumer needs, steering them towards consumption-based payment structures.

Prominent examples of blockchain applications in the media sphere include platforms like Mediachain, Steemit, Binded, and Vevue. These tools offer capabilities like asset lifecycle tracking, combating content piracy, safeguarding digital assets, and ensuring genuine digital collectible distributions.

While these illustrate the current successful implementations of blockchain in enterprises, it’s imperative to recognize and navigate the challenges ahead. For blockchain to be etched as a cornerstone in global success narratives, the hurdles it faces need to be diligently addressed.

Challenges Hindering the Broad Adoption of Enterprise Blockchain

As organizations contemplate the large-scale integration of blockchain, they are confronted with numerous challenges and internal constraints. These obstacles sometimes deter them from fully embracing and investing in the technology, even when trying to delineate its use within enterprises.

Outlined below are the predominant barriers perceived by companies regarding the mass adoption of blockchain:

1. Architectural Transition: The incorporation of blockchain means a seismic shift from the conventional centralized data centers to more decentralized databases. Meeting the burgeoning demand for blockchain would mandate significant infrastructure overhauls. Nevertheless, blockchain’s inherent advantages in data security and integrity might bolster data center reliability.

2. Potential Pitfalls: Embarking on blockchain for enterprise use can present heightened risks such as opting for an unsuitable platform, encountering project budget overshoots, and not securing a favorable return on investment (ROI).

3. Smart Contract Vulnerabilities: Smart contracts are integral to blockchain but come with their set of challenges. Their ability to transfer considerable data and funds makes them lucrative targets for malicious actors. It’s not just about subverting the blockchain’s rules; often, it’s about exploiting these very rules. 

Once deployed, the immutable nature of smart contracts makes patching nearly impossible. Hence, meticulous planning and stringent testing regimes are crucial. Organizations can also benefit from smart contract audits, which assess potential errors and vulnerabilities.

4. Adoption Reluctance: Blockchain’s potential is realized when there’s mass adoption. Limited participants may mean limited benefits, a hurdle for early adopters.

5. Skills Shortage: There’s a dearth of skilled blockchain professionals. However, the landscape is evolving as training and certifications become prevalent to meet the escalating demand.

6. Trust Issues: Due to its novelty, many businesses hesitate, unsure of blockchain’s security paradigms. This often pushes them towards private blockchains, potentially compromising on transparency.

7. Performance Concerns: Blockchain’s inherent redundancy might elevate costs and impact performance. This challenge is a primary driver for many organizations to prefer private blockchains.

8. Scalability Dilemma: The distributed nature of blockchain can be resource-intensive, especially with consensus mechanisms like proof-of-work (PoW). Alternatives like proof-of-stake are being explored to enhance efficiency.

9. Environmental Concerns: Blockchain operations, notably bitcoin mining and PoW, are resource-intensive. The environmental footprint of these processes is under scrutiny, pushing the industry and governments to seek sustainable solutions.

In summary, while blockchain promises transformative potential across sectors, its journey to mainstream adoption is fraught with challenges that need strategic solutions.

How Can Debut Infotech Elevate Your Enterprise Blockchain Endeavors?

Crafting and implementing an enterprise-grade blockchain solution demands expertise beyond the scope of typical business operations. At Debut Infotech, we specialize in blockchain application development, forging a robust enterprise blockchain infrastructure that can seamlessly decentralize your business processes or its foundational elements.

With our blockchain development services, we have empowered numerous startups and SMEs to amplify their operational scales. 

Collaborations with distinguished brands such as Integra Ledger, Ifinca, and Digipharm have enabled us to bring transformative and efficient solutions to various industry segments.  

Debut’s Approach for Setting Up a Business Blockchain

blockchain app development companies

1. Discover 

Initially, we evaluate the necessity of integrating blockchain. Is it the right fit for your needs? Typically, situations that demand blockchain integration are those involving challenges with sharing, structuring, and validating data across several parties.

Our objective is to identify or confirm a significant, ambitious challenge or opportunity that requires commitment from multiple stakeholders. This could stem from extensive documentation, intricate international procedures, reliance on intermediaries, prolonged paper processes, or general bottlenecks in service delivery. 

To streamline this identification process, we employ a systematic problem-solving approach to discern and validate the issue in focus.

Anticipated Duration: 3 to 5 weeks.

2. Design 

During this stage, we conduct multiple workshops involving key stakeholders, which may include essential suppliers, competitors, and public entities. These collaborative sessions foster the development of innovative ideas, preliminary designs, and prototypes that shape the future solution and its potential business value. 

As we work towards a mutually beneficial resolution, we aid in forming a budding consortium of participating entities. The proposed solution undergoes a thorough evaluation to ascertain that its business case effectively propels the transformation. This evaluation encompasses preliminary cost approximations for comprehensive technical execution. 

At this juncture, we reassess whether blockchain remains the optimal technology for the task, or if a conventional tech stack might serve more efficiently.

Anticipated Duration: 3 to 6 weeks.

3. Developing the PoC

By this stage, the business advantages of the proposed blockchain solution are evident. Leveraging this clarity, we draft comprehensive technical guidelines, delineate components within the technology structure, and outline the data interaction with prevailing legacy systems.

The primary objective of the PoC is to validate the technical feasibility of the blockchain infrastructure for the chosen solution. During this phase, we scrutinize multiple blockchain platforms to determine the one that aligns best with the requirements of our envisioned solution. 

It’s worth noting that Debut Infotech is blockchain platform-neutral. This positions us as unbiased technical consultants, well-versed in various enterprise-grade blockchain platforms.

Anticipated Duration: 5 to 7 weeks.

4. Enhancing Ecosystem and Accessibility

Once blockchain emerges as the apt technological choice, the focus shifts to consortium governance. Ideally, the consortium will comprise several committed organizations prepared to finance the solution’s technical evolution.

Prior to this, consensus must be established regarding governance frameworks, legal configurations, ownership of intellectual property, distribution of costs, decision-making processes, risk mitigation strategies, protocols for managing members joining or leaving the platform, and criteria for vendor selection, among others. 

Debut Infotech, with its vast cross-functional expertise, can provide valuable guidance in these areas.

Anticipated Duration: 2 to 5 months.

(Read- Determining the Blockchain App Development Cost – A Comprehensive Guide)

5. Develop and Monetize

After the solution’s rollout, the imperative phase of monitoring and evaluating its efficacy begins. It’s crucial to discern whether there’s a rationale for broadening the solution horizontally, by incorporating more competitors similar to those already within the consortium.

Alternatively, consider scaling vertically, delving deeper into the digitization of business operations and enhancing sector workflows by introducing varied organizational entities to the consortium.

To succeed, it’s essential to comprehend how participants derive value from the freshly digitalized and standardized processes, along with the seamless data interchange within the sector.

Anticipated Duration: 5 – 12 months.

(Must Read- Enterprise iOS App Development – Complete Deep Dive)

The Future Ahead 

The pace of innovation in today’s digital domain is accelerating rapidly, significantly driven by blockchain technology. 

We’re witnessing an increasing number of blockchain enterprise applications, and this surge is expected to continue as more businesses embrace this technology. Many enterprise blockchain platforms are available to assist the creation of robust and scalable solutions. 

For forward-thinking enterprises, understanding and integrating blockchain solutions sooner can provide significant market advantages and a distinct edge over competitors.

Reach out to us, and let’s leverage enterprise blockchain solutions to elevate your business horizon with our procedure for enterprise blockchain.


Q. What platforms are available for enterprise blockchain?

A. Enterprise blockchain platforms facilitate the creation of either permissioned or permissionless blockchain applications. Prominent enterprise blockchain platforms include Ethereum, Hyperledger Fabric, Hyperledger Sawtooth, Ripple, Quorum, XDC, R3 Corda, Tezos, among others.

Q. What considerations should be made before engaging an enterprise blockchain service provider?

A. When selecting a blockchain development firm, it’s essential to choose one with a robust team of knowledgeable blockchain developers. The following checklist can guide your decision:

  • Proficiency in crypto-economic protocols
  • Adherence to an agile development approach
  • Demonstrated experience through a blockchain-centric portfolio
  • Size and capability of the team
  • Client ratings, feedback, and testimonials

Q. Why is it beneficial to invest in enterprise blockchain solutions?

A. Adopting blockchain for enterprise application development brings forth a plethora of advantages that can catalyze an organization’s progress. Key reasons to consider enterprise blockchain solutions encompass automation, enhanced transparency, robust data security, cost-efficient storage, and minimized data duplication.

Q. Which Startups and Organizations Focus on Enterprise Blockchains?

A. Several crypto-centric entities are delving into enterprise blockchain, including:

  • R3
  • Hyperledger
  • Enterprise Ethereum
  • Paxos
  • Digital Asset Holdings

Q. Which Renowned Corporations Are Investigating Enterprise Blockchains?

A. Several globally recognized firms are delving into this distributed ledger technology to stay ahead:

  • Facebook
  • Mastercard
  • IBM
  • Intel
  • Walmart

March 26, 2024

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