blockchain technology in business

The Rise of Blockchain Technology in Business

March 4, 2024

In the past, cryptocurrencies attracted major attention as one of blockchain’s first uses. However, it’s now clear this technology benefits sectors well beyond just finance. Distributed ledger systems sustain verifiable records across networks, aiding industries like finance, supply chain, healthcare, and voting systems. 

Rather than replacement, blockchain enhances existing operations through cooperation between new innovations and human expertise. But what exactly is blockchain, and how is it making its mark on the business world?


At the heart of blockchain technology is a shared digital ledger replicated across multiple devices, rather than stored in one central location. Imagine a giant, digital spreadsheet that’s simultaneously accessible and secure, but instead of being stored on one server, it’s replicated across multiple computers. This setup offers significant advantages. 

  • Immutability: Updating encrypted copies simultaneously ensures data consistency and prevents alteration of past entries.
  • Security: Cryptographic authentication enhances security by requiring network consensus for any changes to occur. This lowers the risks of errors, fraud, or tampering that could erode trust between parties.
  • Efficiency: The automated processing and verification on the distributed ledger also increase efficiency, completing transactions with less manual effort and cost.
  • Traceability: Additionally, clear traceability of each item’s journey provides accountability. Embracing principles such as integrity, security, and coordination among all stakeholders can enhance collaboration within communities through connected yet secure technologies. 

While the financial sector embraced blockchain early on (remember crypto!), its applications extend far beyond:

  • Supply Chain Management: Through the unchangeable perspective of blockchain, every creation securely moves between collaborators, leaving no doubt about their origins. It prevents counterfeits from finding any openings to bypass anonymity, thus protecting both buyers and honest producers.
  • Digital Identity Management: Digital connections can also safeguard valuable identities from the grasp of fraudsters, returning control to users themselves. When records are stored safely under the watchful eyes of guardians, there’s no need for exclusion or breaches that complicate coordination.
  • Healthcare: Health will also improve as information is freely exchanged among caretakers while being shielded from unauthorized access. This liberation allows hands to focus on assisting each patient where they need it most and eases concerns about outpacing community support.

Blockchain Market Size

According to reports, the global blockchain market was valued at approximately $7.4 billion in 2022 and is projected to reach revenue of over $94 billion by the end of 2027, showing a significant compound annual growth rate of 66.2%. At present, North America leads as the dominant region in this market.

Projections from Statista indicate that worldwide spending on blockchain solutions is expected to approach nearly $19 billion by 2024. Additionally, Gartner estimates suggest that by 2030, blockchain technology could generate a business value of around $3.1 trillion and potentially govern 10% to 20% of the global economic infrastructure with its systems.

Furthermore, it was noted that more than 30% of the complete blockchain market accounts for activity within the financial sector; however, there are also fast-growing areas such as manufacturing, agriculture, distribution, and services along with notable developments observed in public sector adoption.

Lastly, PwC has reported an increasing emphasis on digital transformation initiatives among companies – with up to 61% now prioritizing these efforts for growth – driven largely by rising demand for improved security and transparency addressed through innovations like blockchain.

How is Blockchain Technology Used in Business?

Blockchain technology has significant value for organizations engaging in transactions with each other. Utilizing distributed ledger technology allows approved participants to access data simultaneously, leading to enhanced efficiency, trust-building, and reduced obstacles. Additionally, blockchain enables flexible scalability and the adaptability of solutions across various industries.

These examples demonstrate blockchain’s real-world benefits.

  1. Walmart: Walmart leverages the technology to track food from farm to store, boosting safety and transparency for consumers. The distributed ledger ensures traceability at each step.
  2. Maersk: Maersk partners with IBM on a blockchain platform to digitize complex global trade documents. This streamlines the process, saving costs and delays for businesses worldwide.
  3. De Beers: De Beers utilizes blockchain to monitor diamonds from mine to market. It verifies authenticity and protect against conflict gems entering the supply chain. This allows participants to conduct business with trust and integrity.

By implementing blockchain solutions, these major companies see tangible outcomes. Walmart addresses food safety concerns. Maersk and IBM facilitate international cooperation. De Beers promotes responsible practices through transparency.

The Road Ahead: Challenges and Opportunities

While the potential of blockchain is significant, there are obstacles to address:

  • Scalability: Public blockchains may face issues with speed and cost when it comes to widespread acceptance.
  • Regulation: Clear and consistent regulations are essential for the responsible implementation of blockchain technology.
  • Standardization: The absence of standardized practices across various blockchain platforms can impede their compatibility.

Nevertheless, despite these challenges, a promising future awaits businesses in embracing blockchain. With advancing technology, evolving regulations, and emerging standards, we anticipate even more inventive applications that will revolutionize business operations and interactions.