Deep dive into Ethelo's technology
Ethelo is a multi-attribute decision algorithm. It combines multiple decision parameters such as options, issues, criteria, constraints, influence, and fairness to develop a space of potential scenarios. Those scenarios are then evaluated and ranked according to the aggregated analysis of participants, prioritizing fairness in the distribution of satisfaction.
How Ethelo Works
Ethelo is collaboration technology designed for solving multi-factor decision problems, particularly when issues are contentious and there is a requirement for fairness.
Read NowEthelo Starting Guide
The Ethelo Starting Guide is intended to provide a detailed roadmap to the Ethelo decision aggregation process.
Read NowTraining Tutorial
A walk-through tour of the Ethelo platform, with explanations of key functionalities and examples.
Read NowThe structure of an Ethelo Decision
A unique decision engine
The Ethelo algorithm is computationally challenging to solve; the scenario ranking required to solve the Ethelo algorithm is an NP-Complete problem and brute force solutions can take days even on fast servers. Therefore, Ethelo uses an NLP solver developed in partnership with the University of Waterloo. The algorithm is designed to find outcomes with high average support and low variance in satisfaction among participants - a form of “optimized consensus” for large groups.
Ethelo is an extension of morphological analysis into complex multi-stakeholder decisions. It is compatible with and a complement to processes such as quadratic voting, conjoint analysis, the Monte Carlo Method and decision trees. It incorporates a novel approach to liquid democracy using networks called Liquid Trust.
Want to dive even deeper?
Read a technical summary of the Ethelo algorithm. This White Paper sets out the mathematical framework of Ethelo and explains its implementation in a process for deliberative decision-making.
Based on the Ethelo Patent: US Patent No. 9,727,883
Read the most recent news about Ethelo's technology
Ethelo Democracy and Artificial Intelligence
Can artificial intelligence truly play a role in a functioning democracy?
Read MoreJohn Rawls and Ethelo
Ethelo theory is based on the work of John Rawls, a 20th-century philosopher and social contract theorist. Rawls wrote about the importance of fairness in democracy.
Read MoreCalculating Ethelo
The Ethelo Score measures the level of “intentional energy” that a group will bring to an option or outcome. The level of energy determines the strength of a decision; its capacity to harness the aligned intentions of participants towards action.
Read MoreEthelo Partners with University of Waterloo to Optimize Algorithm
Ethelo partnered with the University of Waterloo to optimize the Ethelo algorithm, making it faster and more efficient—so it can deliver real-time results during consultations.
Read MoreThe Theory Behind Ethelo
“Ethelo” is a word from ancient Greek that means “intention” or “willpower.” The theory underlying ethelo is that complex problems can be solved by identifying decisions that will focus the intentions of individuals into unified collective intention and action.
Read MoreEthelo Function Enhancements
Building upon “Calculating Ethelo,” this document discusses possible enhancements which can be made to the calculation of the Ethelo function, from both a theoretical standpoint as well as a computational one.
Read MoreEthelo Open Source Strategy
Our plan is to Open Source the Ethelo engine under an Affero Copyleft license. We will also provide an Open API to the Ethelo engine and support a community of developers interested in optimizing the Ethelo engine code.
Read MoreUse Liquid Trust for Next Level Liquid Democracy
Liquid democracy is a democratic voting system that empowers participants to either vote on issues directly or to delegate their voting power to someone who has more knowledge in a particular area.
Read MoreSign up to receive the latest updates!
Join our Geek mailing list and learn about the latest developments.
Are you a developer? Sign up to volunteer!