Samar Salih, General Manager – FMPro Technology Solutions

Blockchain, which was initially associated with cryptocurrencies, has demonstrated its versatility beyond the financial industry. With its distinctive attributes of decentralisation, immutability, and transparency, it has emerged as a promising tool for a wide range of applications.

Considering the significant and rapid transformation being experienced in the facilities management sector, combined with the impact of disruptive technologies such as IoT, AI, and blockchain, the prospects for the built environment look promising, especially when viewed from the perspective of successful integration of blockchain technology.

The implementation of blockchain technology, originally intended for streamlining financial transactions and payment systems, has proven to be an ignition point for enhanced transparency and reduced fraud risk. Its distinguishing characteristics, including decentralised and immutable distributed ledgers, offer a clear audit trail of transactions, limiting the chance of undiscovered tampering. Experts predict that as technology advances, transformations will go beyond transaction automation. The capacity of blockchain to execute smart contracts, in particular, has the potential to eliminate intermediaries, improving transactional efficiency and lowering costs.

Furthermore, the potential impact of blockchain extends beyond governance systems and data management. Its decentralised structure can democratise decision-making processes in a variety of circumstances, increasing trust and accountability. In terms of data management, blockchain's immutability protects data integrity, increases security, and ensures data provenance. The entire scope of blockchain's promise in areas such as transactional efficiency, governance, and data management remains an intriguing frontier for exploration and realisation as the technology evolves. 

In the field of Property Design, Delivery, and Operations, Blockchain technology holds the potential to establish trust among all parties involved in a development's lifecycle, through creation of an open, transparent, and unalterable record of transactions and interactions, with the potential to significantly improve operational efficiency and minimise disputes. Though Building Information Modelling (BIM) already holds great promise, the integration of blockchain technology has the potential to accelerate the transition towards BIM Level 3. This level involves the collaboration of all parties involved in a project on a single, shared model. By utilizing blockchain, security and reliability are enhanced, and real-time data collection is made possible within an open and trustworthy environment.

The integration of IoT devices in the building's design, construction, and development process has paved the way for blockchain technology to offer a dependable system for handling transactions between self-governing IoT services and data sources. This development is set to improve the efficiency and dependability of these systems.

There are a number of compelling case studies on the market that serve as prime examples of the revolutionary capabilities of blockchain technology, with clear outcomes such as improving the efficiency of the supplier sourcing-to-onboarding journey, addressing supply chain disruptions, and ensuring quality. New open-source blockchain platforms enable businesses to securely share data with authorized parties, with the possibility of data verification by third-party verifiers. As a consequence, a blockchain-based corporate digital passport is possible, which can improve compliance, risk management, and efficiency through extensive process automation.

These prospects and opportunities are not without hurdles, with technical intricacies, insufficient comprehension and awareness, and regulatory concerns being among possible challenges that must be addressed. 

Despite the possible challenges, experts predict that with more awareness, these challenges (whether real or perceived) will eventually be surmounted leading to substantial advantages to the industry. As the sector related to the built environment continue to explore and demonstrate various use cases, the role of blockchain is expected to expand exponentially. This growth is anticipated to offer increased efficiency, transparency, and trust in the respective sector processes.

It is thus worth concluding that the integration of blockchain technology into the sectors and subsectors related to the built environment is a significant step towards achieving higher efficiency and transparency levels with clear benefits to relevant stakeholders. Blockchain technology will inevitably continue gaining traction in various sectors, despite being currently in its early stages of adoption. 

Success stories recorded thus far are indicative of the immense potential that this technology holds for the built environment. The maturity and widespread adoption of this technology in FM is highly anticipated and the prospects that the resultant transformation holds look very exciting.