Context

Around the world, current approaches to regulating technology innovation are siloed, slow, and limited in their ability to effectively include all the required stakeholders in an ongoing collaborative process. Technology regulations are often developed in response to technological advancements, which means that technology regulations are always behind technological advancements. Developing regulations for advanced technologies poses significant challenges due to their rapid evolution and complexity.
One major hurdle is the time-intensive process required to draft, review, and implement regulations that keep pace with technological innovation. This often results in a lag between the technology’s deployment and the enforcement of appropriate safeguards, potentially exposing society to unmitigated risks. Additionally, the financial burden of regulatory development is substantial, as it demands extensive research, expert consultations, and iterative revisions. Involving stakeholders—such as industry leaders, researchers, consumer advocates, and policymakers—compounds the challenge. While stakeholder engagement is critical for ensuring regulations are comprehensive and balanced, it can lead to delays and disagreements, especially when competing interests and priorities clash. Furthermore, regulators must navigate the global implications of advanced technologies, as inconsistent standards across jurisdictions can hinder innovation and regulatory enforcement. Balancing innovation, safety, and inclusiveness in regulation demands careful coordination and adaptive policymaking.
Our Solution
Terefo Protocol is a software that enables a group of unrelated entities to work together through a series of processes towards the research, development and drafting of regulations. This system which combines artificial intelligence with blockchain technology, is composed of a platform and set of processes through which regulations can be developed and tested ahead of the deployment of innovative/new technologies, systems, products etc.
Benefits
Improving Operational Efficiency through Time and Cost Reductions
Reducing the time and cost to develop new regulations. This is the result of a streamlined process that reduces operational inefficiencies.
Improving Regulatory Compliance
Increasing the compliance of new technologies with regulations and increasing the adoption of new technologies since innovators spend less time trying to navigate regulations that they do not understand. Furthermore, compliance would be more easily achieved since regulations would be developed with a better understanding of the technologies they wish to serve.
Streamlining regulations across various jurisdictions. This is possible because with multiple stakeholders participating digitally in the regulatory process, this process would receive more robust inputs and would be able to analyse diverse data representing different perspectives and jurisdictions.
Reduce Risk Associated with Deploying New Technologies
Managing the risks associated with developing and deploying regulations.
Users
Governments
E.g. Policy formation and testing
Private Sector
E.g. Product testing
International Organizations
E.g. Policy formation and testing