Land has served as a central means of sustenance, but also as a nexus of wealth and power for people throughout the ages. The World Bank has estimated that more than seventy percent of the world’s population lack access to legally registered land titles. Existing land registries are centralized databases, vulnerable to corruption and destruction. There is an increasing turn towards emerging technologies such as blockchain for recording the relationships between people and land, coordinating and synchronizing that data for efficient governance, and making the information publicly available.
This essay explores the abstraction of blockchain as employed for formalizing land rights in emerging economies. Behind the seemingly neutral façade of the technology, diverse aspirational claims and narratives guide its implementation in different societies, shaped by particular histories and socio-political contexts. This highlights the need to explore blockchain-based land registries as distributed knowledge infrastructures, uncovering their broader embeddedness in older, non-digital modalities, and the “peopled infrastructures” of informal networks with their histories and cultural repertoires. As digital technologies can facilitate an illusion of enhanced visibility of some elements while obscuring others, I argue that more attention is needed to the role of broader colonial legacies and enduring North-South inequalities that frequently remain backgrounded in the adoption of such technologies.
An increasing number of governments are investigating the prospects of transferring their land registries to blockchain (Graglia and Mellon 2018). Blockchain applications are explored as enabling the formalization of property rights in the countries of the Global South, as well as providing more efficient coordination of real property markets in the Global North. Blockchain registries have several advantages as compared to centralized digital or paper-based databases. Records on blockchain are distributed and verified by a multitude of nodes in a peer-to-peer digital network, affording them more transparency and resilience. As new additions to the chain of blocks are cryptographically time-stamped, this makes tampering or accidental data loss less likely. Auto-executing “smart contracts” that transform legal agreements into code could mediate contracts (De Filippi and Wright, 2018).Read More »