Blockchain Case Studies Across Key Industries in 2026

A recent forecast projects the blockchain market will reach 943 billion U.S. dollars by 2032, growing at a CAGR of 56%.¹ While the potential is massive, executives face uncertainty due to the varying maturity of blockchain solutions across industries.

Check out the top 16 real-world blockchain case studies to help executives identify mature and high-impact investment opportunities.

Blockchain case studies

Financial services case studies

Blockchain in money market protocol: Blaze with OMOMO

Business challenge:

OMOMO set out to build a decentralized money market protocol on the NEAR blockchain. The project required a secure and modular on-chain system for lending, borrowing, and future trading.

Key challenges included managing NEAR’s asynchronous cross-contract calls, ensuring accurate state updates, integrating external price and liquidity data, and preparing the architecture for limit orders and leveraged trading. The team also needed to operate without full SDK support from external protocols, requiring manual implementation of pricing and liquidity logic.

Initiative:

Blaize worked with OMOMO² across three development milestones.

• Money market protocol development: Blaize built the lending and borrowing foundation by developing Market Contracts, a DAO-governed Controller Contract, liquidation mechanisms, oracle integrations, and internal contract audits. The protocol was tested and optimized to ensure stability and cost-efficient operations.
• Limit orders implementation: The team added decentralized limit orders using Ref.finance’s concentrated liquidity pools. Smart contracts were extended to handle order creation and execution, with custom pricing calculations implemented because no SDK was available. A functional MVP was delivered during the NEAR IRL Hackathon.
• Leverage trading development and implementation: Blaize introduced long and short leveraged positions using Ref.finance for trade execution. This included position management logic, risk controls via oracles and liquidation bots, gas optimization, and take-profit orders. An MVP was presented at the METABUILD III Hackathon.

Results:

The collaboration produced a fully functional DeFi platform with:

• A permissionless lending and borrowing protocol
• Zero-fee decentralized limit orders
• Leverage trading with integrated risk management
• Increased trading activity and liquidity within the NEAR ecosystem
• A modular architecture ready for future feature expansion

OMOMO now operates as a versatile DeFi platform with cohesive lending and trading capabilities designed for long-term growth within the NEAR ecosystem.

Blockchain in investment case studies

Digital asset collateralization: Blockchain Australia

Business challenge:

Gold & Silver Standard identified several gaps in the digital asset market. Precious metals such as gold and silver traditionally serve as reliable stores of value, yet they have no accurate representation in the digital asset space. Existing crypto assets were highly volatile, discouraging participation from risk-averse investors.

A further limitation was the lack of lending options that accepted NFTs as collateral, despite many NFTs holding long-term value comparable to conventional assets.

To address these issues, the founders needed a secure framework that could link physical metals to digital assets, support global participation, and provide a borrowing structure backed by NFTs.

They also required a technical team with expertise in blockchain, NFTs, and smart contract engineering, as well as guidance on product architecture, branding, and end-to-end implementation.

Initiative:

Blockchain Australia³ worked with Gold & Silver Standard to design an NFT-based system backed by gold and silver stored in high-security vaults. The collaboration covered technical development, smart contract engineering, and strategic consulting.

Key components included:

• Designing NFTs that represent physical bullion held in the Reserve Vault.
• Developing a smart contract capable of managing minting, ownership, and collateralization.
• Establishing the token attributes and valuation model.
• Supporting branding, distribution, and product positioning.
• Providing technical oversight across front-end, back-end, and operational processes.
• Offering ongoing monitoring and post-launch client support.

Results:

The project delivered a digital asset system that integrates physical bullion with NFT-based representation. Key outcomes include:

• A reliable method for converting gold and silver holdings into digital assets.
• NFTs with value tied to underlying precious metals, preventing their worth from dropping to zero.
• The ability to use NFT holdings as collateral for borrowing.
• A technical foundation that supports global users through secure and well-audited smart contracts.

Blockchain for a trading platform: Pragmatic Coders

Business challenge:

The client needed to convert an early blockchain-based trading product into a compliant platform for digital securities. Their initial system lacked complete documentation, had inconsistent logic, and had a user interface that made essential workflows difficult to follow. Regulatory requirements from the SEC added operational constraints that the existing solution could not reliably support.

They also depended on multiple external partners, including tokenization providers, custodians, and transfer agents. These services were at different stages of development and offered varied API structures, which created integration challenges.

In addition, the platform had to maintain accurate data across both on-chain and off-chain sources, while applying trading restrictions that required approvals from several independent agents.

Initiative:

Pragmatic Coders were engaged to redesign and rebuild the platform to meet regulatory expectations, support accredited market participants, and handle primary and secondary trading of tokenized assets.

The team focused on five core workstreams:

Trading capabilities

• Implemented primary offering configuration connected to blockchain-based tokenization services.
• Added secondary trading integration through API and FIX protocol.
• Added portfolio views, notifications, and rule-based restrictions tied to transfer agent approvals.

Blockchain integration

• Connected the platform to securities smart contracts across several blockchains.
• Enabled monitoring of on-chain transactions.
• Implemented on-chain payment handling.

Tokenization and transfer agent connections

• Integrated tokenization tools are used to generate and manage asset-backed tokens.
• Connected transfer agents use standardized communication protocols to manage approvals and restrictions.

Compliance and onboarding functions

• Added workflow-driven reviews of institutional and individual onboarding documents.
• Integrated KYC and AML checks for users and wallets.
• Introduced audit records for approvals, orders, and whitelist activity.

Results:

The updated platform became a functioning Alternative Trading System for digital securities. It supported accredited investors, issuers, and institutions across primary and secondary markets.

The new foundation provided clear onboarding workflows, consistent enforcement of trading rules, and integration paths for financial institutions that rely on API-based connectivity.⁴

Procurement case studies

Blockchain secures digital contracts and transactions: Hitachi

Business challenge:

Hitachi faced inefficiencies and security concerns in its procurement processes, which involved managing contracts with approximately 3,500 companies. The traditional paper-based system was time-consuming and prone to errors.

Initiative:

Hitachi implemented a blockchain-based, paperless procurement solution using Hyperledger Fabric. This system aimed to streamline contract management and enhance security.

Result:

The new system enabled Hitachi to handle at least one contract case per company per month, improving efficiency and reducing the risk of fraud.

Figure 1: Hitachi Electronic Signature Service workflow.⁵

Blockchain eases supplier master data management: Trust Your Supplier

Business challenge:

Trust Your Supplier identified a significant opportunity to reduce both the cost and effort required to find and onboard reputable suppliers. Businesses often face two major risks in this area: disruptions in the supply chain and the need to meet quality standards, which are increasingly tied to regulatory requirements and stakeholder expectations around environmental and social responsibility.

The process of identifying suitable suppliers is typically time-consuming and costly. One of the main hurdles is verifying and obtaining accurate data from suppliers, especially since many companies are hesitant to share their data openly.

Initiative:

To address these challenges, Trust Your Supplier⁶ partnered with IBM to develop an open-source blockchain platform that enables secure and efficient data sharing between businesses and permissioned partners.

This platform allows supplier data to be validated by trusted third-party verifiers, such as:

• Dun & Bradstreet (for business information)
• EcoVadis (for ESG-related data)
• RapidRatings (for financial data)

Once verified, a blockchain-based corporate digital passport is created for the supplier. This passport facilitates:

• Improved compliance
• Enhanced risk management
• Shortened supplier onboarding times

Results:

• Reduced supplier onboarding duration by more than 70%
• Cut data verification costs by 50% when working with new suppliers
• Boosted compliance by enabling near-instant validation of international certifications, such as GRI, ISO, and SASB.

Blockchain eases trade finance: Marco Polo Network

Business challenge:

International trade presents significant risks for both exporters and importers. If an importer pays in advance, the exporter may receive the cash without delivering the goods. On the other hand, if the exporter agrees to payment after delivery, the importer may refuse to pay upon receiving the shipment.

To manage these risks and support secure trade finance, companies often involve financial institutions and other parties, such as banks, which issue instruments, such as letters of credit. While these tools help ensure payments, they also introduce human error, delays, and additional costs into global supply chains, especially in industries that rely on high-volume cross-border transactions.

Initiative:

Marco Polo Network⁷ deployed a blockchain-based solution designed to modernize trade finance by reducing dependence on intermediaries and increasing transparency.

Leveraging blockchain technology, the network integrates with supply chain ERP systems to enable data exchange between exporters and importers. It automates the creation of irrevocable smart contracts that enforce predefined terms, such as automatic payment upon delivery confirmation, enhancing both trust and speed in trade.

By creating a shared audit trail and reducing reliance on manual documentation, this blockchain platform delivers business value not only to trading partners but also to financial institutions and other parties, improving visibility and reducing complexity.

While the solution can operate independently of third parties, those organizations still benefit from the increased transparency and data integrity it delivers across the blockchain ecosystem.

Results:

• Enhances the working capital cycle for both buyer and seller through automated and secure settlements
• Automates the transaction settlement process via smart contracts, reducing manual errors
• Simplifies operations by digitizing trade documents and creating an immutable audit trail for better supply chain management

Supply chain case studies

Blockchain improves compliance: Renault 

Business challenge:

The automotive sector is one of the most highly regulated industries. Renault, for instance, must comply with over 6,000 regulatory and quality standards across various dimensions, including:

• Safety regulations
• Geometric features
• Material quality
• Environmental requirements

To bring a vehicle to market, it must meet a wide range of internal and external compliance criteria. Regulatory changes must be communicated throughout the supply chain, reaching not only direct suppliers but also suppliers of suppliers.

This complexity called for greater transparency and a system capable of managing compliance effectively across multiple parties.

Initiative:

To address this challenge, Renault⁸ partnered with IBM to develop the automotive industry’s first extended compliance, end-to-end distributed blockchain platform.

This blockchain-based solution ensures full traceability of components and supports both internal and external compliance with regulatory standards. The platform improves supply chain visibility and creates a single source of truth, reducing the risks associated with fragmented or outdated compliance data.

Results:

• Cut non-compliance-related expenses by 50%
• Reduced the cost of managing non-quality and non-compliance issues by 10%
• Motivated Renault to expand the use of blockchain technology to track product carbon footprints and support recycling operations, reinforcing the company’s ESG goals and circular economy strategies.

Blockchain enhances raw material traceability: Ford

Business challenge:

To support the growing demand for electric vehicles, Ford needed to guarantee the ethical sourcing of raw materials like cobalt, an industry challenged by environmental and human rights issues. The lack of end-to-end visibility in global mining and logistics posed major ESG compliance risks.

Initiative:

In partnership with IBM and RCS Global, Ford⁹ deployed a blockchain-based platform that tracks cobalt from certified mines through supply chain touchpoints to battery manufacturing. The solution integrates IoT data and supplier declarations to verify material provenance.

Results:

• Increased consumer trust in EV sustainability by offering verified sourcing trails.
• Achieved ESG compliance by linking suppliers with auditable data on ethical mining.
• Reduced risk of dealing with non-compliant or controversial raw material sources.

Blockchain authenticates infant products quality: Nestle

Business challenge:

In 2008, a food safety scandal involving melamine-contaminated powdered milk sickened over 300,000 newborns in China¹⁰ .This incident severely damaged public trust in infant nutrition products. As a result, Chinese parents became highly cautious about the quality and authenticity of baby food. Nestlé, aiming to successfully introduce its newborn nourishment product NAN A2 to the Chinese market, needed a way to restore trust and provide assurance about the product’s safety and quality.

Initiative:

To address this concern, Nestlé¹¹ partnered with Techrock, a Chinese technology company, to develop a public blockchain platform integrated with a mobile application. This solution enabled parents to verify specific product details directly from their smartphones, including:

• Ingredients
• Source of the ingredients
• Production origin
• Packaging details, including photos

By offering easy access to detailed product information, Nestlé empowered consumers to make informed and confident choices.

Result:

Thanks to the transparency enabled by the blockchain solution, Nestlé gained significant consumer trust and achieved the largest market share in China’s infant nutrition sector.

Insurance case studies

Blockchain manages travel insurance payouts: AXA Fizzy

Business challenge:

AXA faced a common pain point in the insurance industry: delayed claim processing for flight delays. Customers were often frustrated by the paperwork and lag time in payouts. AXA sought to automate and improve customer experience.

Initiative:

AXA created Fizzy¹² ,a blockchain-based parametric insurance product for flight delay coverage. Once a flight delay of more than 2 hours is detected via flight data oracles, a smart contract triggers automatic payouts to the insured, without any need for filing claims.

Results:

• No manual claims filing required; customers are paid automatically.
• Increased trust in AXA through transparent, data-based smart contracts.
• Enhanced customer retention by providing instant compensation.

Blockchain ensures instant claims processing: Etherisc

Business challenge:

Etherisc, an insurtech startup, aimed to significantly reduce the time required to process insurance claims. Traditional claims processing involves multiple steps, typically five, and often takes several weeks to complete, depending on the insurer and type of policy. The lengthy process creates delays for policyholders and adds administrative burdens for insurers.

Initiative:

To automate claims processing, Etherisc¹³ implemented a blockchain-based system that uses smart contracts. These smart contracts are designed to automatically execute and enforce agreement terms when specific conditions are met.

Etherisc also integrated third-party data providers to verify whether the conditions for a payout had been satisfied. Upon receiving an alert from the insured party, the system conducts a real-time evaluation of the initial claim investigation and policy verification, allowing for much faster decision-making.

Results:

• Significantly reduces the time required for claims settlement.
• Automatically detects potential fraud using trusted third-party data sources such as IoT devices or verified databases.

Figure 2: Claims processing with blockchain.¹⁴

Energy case studies

Decentralized energy trading via blockchain: Power Ledger & Google

Business challenge:

Power Ledger aimed to disrupt traditional centralized energy markets by enabling decentralized energy trading. In conventional systems, households with renewable energy installations (like solar panels) often had to sell their surplus power back to the grid at fixed, unattractive rates.

There was limited transparency, slow settlement processes, and minimal flexibility for peer-to-peer transactions. This model limited the benefits for energy producers and consumers alike.

Initiative:

Power Ledger¹⁵ developed a blockchain-based platform to allow peer-to-peer (P2P) energy trading, enabling users to buy and sell energy directly. To support global scalability and performance, the company migrated to Google Cloud Platform (GCP), leveraging services such as:

• Google Kubernetes Engine (GKE) to run scalable containerized applications.
• BigQuery for advanced analytics on energy usage and transaction data.
• Cloud Pub/Sub and Cloud Storage for real-time messaging and secure data handling.
• Cloud Functions and Stackdriver for automated monitoring and debugging.

The blockchain layer, combined with Google Cloud’s computing power, facilitated secure, efficient, and transparent energy trading between individuals and businesses.

Results:

• Scalability: GCP allowed Power Ledger to scale across continents, supporting deployments in Australia, the U.S., India, Japan, and more.
• Real-time Insights: Users gained access to real-time data on energy consumption, generation, and trading activity through Power Ledger’s intuitive interface.
• Operational Efficiency: Automated cloud services and monitoring tools helped reduce manual workloads and enhance the reliability of trading operations.
• Sustainability: Enabled broader adoption of renewable energy by rewarding prosumers and encouraging localized energy markets.

Blockchain optimizes the power grid: Tennet

Business challenge:

TenneT, an energy transmission operator serving the Netherlands and Germany, faced significant challenges in balancing electricity demand and supply. The variable nature of sustainable energy production, particularly from sources like wind, makes electricity distribution complex and unpredictable.

Wind turbine output, for instance, fluctuates based on daily weather conditions. Similarly, electricity demand shifts throughout the day. This variability creates challenges in ensuring consistent, efficient power distribution, necessitating advanced solutions to dynamically manage the grid.

Initiative:

To address this issue, TenneT¹⁶ partnered with IBM and Sonnen. IBM implemented a blockchain-based system, while Sonnen, a manufacturer of home energy storage units, enabled real-time interaction with smaller-scale energy producers and consumers.

These energy storage units were connected to TenneT’s grid database via blockchain. Using the distributed ledger, discrepancies in energy supply and demand were shared transparently with stakeholders. This enabled storage systems to quickly charge or discharge electricity, depending on the grid’s needs, effectively reducing transmission inefficiencies.

Results:

• Eliminated the need for curtailment and complex re-routing operations, saving millions of dollars.
• Marked a major advancement toward integrating renewable energy by offering a solution to manage its inherent supply volatility.
• Empowered local energy producers, such as homeowners and farmers with solar or wind systems, to reduce electricity costs and lower their carbon footprint.

Legal case studies

Blockchain transforms smart legal agreements: OpenLaw

Business challenge:

Law firms and clients often face delays and overhead from manual legal contract creation, negotiation, and execution. There was a clear need for secure, automated solutions that reduce friction without compromising legal validity.

Initiative:

OpenLaw¹⁷ launched a smart contract platform that integrates blockchain with legal text templates. Lawyers and clients could collaboratively draft contracts embedded with executable code, enabling automatic execution of key terms such as payments, IP transfers, or delivery milestones.

Results:

• Accelerated contract lifecycle by eliminating back-and-forth document revisions.
• Reduced legal costs through partial automation of routine clauses.
• Enhanced auditability and tamper-proof legal records stored on-chain.

Blockchain assists the tracking of intellectual property (IP): IPwe

Business challenge:

Many businesses do not have the opportunity to present the true value of their assets to potential investors, so some companies are undervalued.

IPwe intended to transform the inefficient old IP system, in which patent holders, lawyers, corporations, intermediaries, and global patent offices lack effective communication for various reasons, including the inability to transfer information transparently from one source to another.

Initiative:

IPwe¹⁸ teamed up with IBM to create a blockchain that allows IP to be tokenized and stored in the cloud. As a result, traders have easy access to IP and can invest in it based on clear data. IPwe also provides a platform for businesses to fairly advertise their intellectual property.

Result:

IPwe’s blockchain database holds 80% of the world’s patents.

Digital Treasury certificates on blockchain: Luxembourg with HSBC Orion

Business challenge:

Governments face increasing pressure to modernize public debt issuance while maintaining high standards of security, transparency, and investor trust. Traditional treasury instruments rely on paper-based or semi-digital processes that can limit efficiency, traceability, and accessibility.

Luxembourg aimed to modernize the State Treasury’s monetary management by issuing government debt in a fully digital format. The initiative required a legally compliant blockchain framework capable of supporting sovereign debt issuance, ensuring transaction verifiability, and maintaining compatibility with existing financial market infrastructure.

Another objective was to attract investor interest by positioning Luxembourg as a leader in digital finance and advanced financial infrastructure.

Initiative:

Luxembourg issued its first fully digital Treasury certificates, valued at €50 million, using HSBC’s Orion distributed ledger technology (DLT) platform. The certificates were created as fully digital notes that exist exclusively on the blockchain, rather than being mirrored by traditional instruments.

The issuance was supported by HSBC Europe and BNP Paribas, which acted as lead managers. Despite being natively digital, the Treasury certificates were integrated into existing capital market structures and listed on the official securities list of the Luxembourg Stock Exchange.

The project leveraged Luxembourg’s blockchain-friendly legal framework, ensuring full traceability, legal certainty, and investor protection throughout the lifecycle of the digital instruments.

Results:

The issuance marked Luxembourg’s first blockchain-native government debt instrument and positioned the country as the second European nation, after Slovenia, to issue sovereign debt using blockchain technology.¹⁹

FAQ

Reference Links

1.

Blockchain technology market size worldwide 2032| Statista

Statista

2.

Comprehensive Development of a Money Market Protocol - Blaize

3.

Gold & Silver Standard - Blockchain Australia

Blockchain Australia

4.

How we built a compliant blockchain trading platform for digital securities

Pragmatic Coders

5.

Hitachi Streamlines and Secures Procurement with Hyperledger Fabric

The Linux Foundation

6.

Home - Trust Your Supplier

Trust Your Supplier

7.

Marco Polo Network | IBM

8.

A new blockchain solution for the certification of vehicle compliance at European level will be implemented

Renault Group

9.

Ford Motor Company Launches Blockchain Pilot On IBM Platform To Ensure Ethical Sourcing Of Cobalt

Forbes

10.

China dairy products found tainted with melamine - BBC News

BBC News

11.

Techrock brings Nestlé NAN products to China. | by | Techrock | | Medium

Medium

12.

AXA launches Fizzy: the first automated insurance payout scheme - The Futures Centre

Forum for the Future

13.

Etherisc | Make Insurance Fair and Accessible

14.

https://uploads-ssl.webflow.com/6243075ff83d08a79dc7b307/624edb8ad39af33432e9c472_what_is_etherisc_1.0_en.pdf

15.

Power Ledger Case Study  |  Google Cloud

16.

https://www.tennet.eu/tinyurl-storage/detail/europes-first-blockchain-project-to-stabilize-the-power-grid-launches-tennet-and-sonnen-expect-res/

17.

https://www.openlaw.io/

18.

IPwe | IBM

19.

https://capitalpioneer.co.uk/hsbc-orion-drives-digital-treasury-innovations/

Principal Analyst

Cem Dilmegani

Principal Analyst

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Cem has been the principal analyst at AIMultiple since 2017. AIMultiple informs hundreds of thousands of businesses (as per similarWeb) including 55% of Fortune 500 every month.

Cem's work has been cited by leading global publications including Business Insider, Forbes, Washington Post, global firms like Deloitte, HPE and NGOs like World Economic Forum and supranational organizations like European Commission. You can see more reputable companies and resources that referenced AIMultiple.

Throughout his career, Cem served as a tech consultant, tech buyer and tech entrepreneur. He advised enterprises on their technology decisions at McKinsey & Company and Altman Solon for more than a decade. He also published a McKinsey report on digitalization.

He led technology strategy and procurement of a telco while reporting to the CEO. He has also led commercial growth of deep tech company Hypatos that reached a 7 digit annual recurring revenue and a 9 digit valuation from 0 within 2 years. Cem's work in Hypatos was covered by leading technology publications like TechCrunch and Business Insider.

Cem regularly speaks at international technology conferences. He graduated from Bogazici University as a computer engineer and holds an MBA from Columbia Business School.

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Sıla Ermut

Industry Analyst

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Sıla Ermut is an industry analyst at AIMultiple focused on email marketing and sales videos. She previously worked as a recruiter in project management and consulting firms. Sıla holds a Master of Science degree in Social Psychology and a Bachelor of Arts degree in International Relations.

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