A revolutionary blockchain system, originating from research at Cornell University and now commercially available, is being implemented by a software development firm to create a more streamlined and secure property records system for a major U.S. county.
Ava Labs, the company behind the innovative blockchain, recently revealed that their Avalanche blockchain will power the digitization of approximately 370,000 real estate records, representing $240 billion in property value, in Bergen County, New Jersey.
Balcony, a company specializing in real estate infrastructure solutions, will construct the digital database using the Avalanche platform. This collaboration with Bergen County marks the largest initiative in U.S. history to tokenize property deeds using blockchain technology.
By utilizing Balcony’s platform, which is built on Avalanche, Bergen County aims to establish an unalterable, fully digital, and easily searchable record of property ownership across its 70 municipalities. This is expected to significantly reduce deed processing times by over 90% while simultaneously minimizing the potential for fraud, title disputes, and administrative errors. This modernized record-keeping method has the potential to streamline the process of buying and selling real estate for property owners, due to Avalanche’s capacity for swift and reliable transaction verification.
This project, coupled with last year’s announcement regarding the California Department of Motor Vehicles’ plan to digitize 42 million vehicle titles, showcases the vast potential of Avalanche blockchain technology in modernizing and securing essential infrastructure.
Blockchain is essentially a digital ledger that securely records transactions across a distributed network of computers. This groundbreaking technology promises to transform how information is stored and distributed.
“Leveraging blockchain technology greatly simplifies workflows and improves efficiency, as it provides a single, trustworthy source of information,” stated John Wu ’92, President of Ava Labs. “Its immutable and transparent nature ensures data integrity.”
Within a blockchain, data is organized into individual “blocks” which are linked together chronologically to form a “chain.” Each new block contains a reference to the previous block, and the entire blockchain is replicated across a network of computers, each acting as a “node.” This design makes blockchain exceptionally secure and transparent, as any changes or transactions must be verified by the network.
The core technology behind Avalanche was developed in the laboratory of Emin Gün Sirer, formerly a professor of computer science at Cornell University. Sirer co-founded Ava Labs in 2018 with former students Maofan Yin, M.S. ’19, Ph.D. ’21, and Kevin Sekniqi, M.S. ’18. Ava Labs’ products are based on research co-authored with Robbert van Renesse, a computer science professor, and other collaborators.
Avalanche’s innovation lies in its unique transaction verification mechanism, referred to as a consensus protocol. Instead of requiring every node to verify each transaction, Avalanche utilizes a random sampling of nodes. This approach enables faster transaction speeds and improved energy efficiency without compromising security.
“Imagine a malicious actor attempting to dispute a transaction and introduce false information,” Wu explained. “To successfully alter or erase a transaction, they would need to collude with a significant portion of the network simultaneously. This inherent requirement makes the system highly secure.”
Avalanche’s architecture also offers users significant customization capabilities. The blockchain allows for the creation of “subnets,” which are essentially independent blockchains operating on top of the Avalanche network. These subnets, built using Ava Labs’ user-friendly AvaCloud platform, can be configured with their own rules and tailored to specific requirements and applications. Balcony is utilizing this technology for the property record digitization project.
“This allows Bergen County and Balcony to establish a cloud service customized to the specific needs of the registry,” Wu stated. “While Bergen County benefits from the advantages of blockchain technology, they retain control over managing the registry. By leveraging a private blockchain, they can control permissions regarding changes, access, and functionality, leading to cost savings and increased control.”
Adopting a blockchain-based approach for managing official documents like property records and vehicle titles can transform traditionally slow and error-prone processes into efficient and reliable record-keeping systems. As a fast and highly customizable blockchain platform, Avalanche is well-positioned to continue leading the way in these emerging applications.
After securing a license for the technology from Cornell’s Center for Technology Licensing, Ava Labs became the first company to join the Praxis Center for Venture Development in November 2019. Since then, Avalanche has evolved into one of the world’s most widely used blockchains, finding applications in various sectors, including disaster management, event ticketing, and the gaming industry.