Las Cortes de Internet de China: Hacia el Tribunal de Justicia del Futuro
En China, las cortes virtuales utilizan blockchain e inteligencia artificial para resolver disputas legales…Esta es una versión traducida y adaptada del artículo “Robot Justice: The Rise of China’s Internet Courts” publicado por Bryan Lynn. En China, millones de casos judiciales actualmente son resueltos por “cortes de Internet” que no requieren que los ciudadanos comparezcan en un juzgado físico. Estas “cortes inteligentes” incluyen jueces robot, programados con inteligencia artificial. Si a...
Cómo el Cripto Está Dando Forma a la Revolución Digital
Esta es una versión adaptada y traducida del texto “How Crypto Is Shaping the Digital Revolution” publicado por Mario Laul el 11 de octubre de 2021. En el pasado, definí al “cripto” (un término para denominar al blockchain y toda la innovación vinculada con la Web3) como una parte de la revolución digital que empezó hacia finales de la década de 1960 y comienzos de 1970 con la invención de las redes, los microprocesadores, y otras tecnología digitales que permiten la proliferación de computad...
Contratos Inteligentes, ¿Por Qué Importan?
Los contratos inteligentes son acuerdos escritos en código de computadora y registrados en un blockchain. Van a marcar el futuro de la industria legal…Este artículo es una versión traducida y adaptada del texto The Promise of Smart Contracts de Kate Sills. La película Fargo (1996) trata sobre las promesas. Se plantea si cumpliremos con nuestras promesas, incluso cuando vayan contra nuestro propio interés. Las promesas de la película no estaban respaldadas por el sistema legal. Y por un buen m...
Web3 & Legaltech Entrepreneur. Founder at Kleros and Proof of Humanity. Building the Future of Law.
Las Cortes de Internet de China: Hacia el Tribunal de Justicia del Futuro
En China, las cortes virtuales utilizan blockchain e inteligencia artificial para resolver disputas legales…Esta es una versión traducida y adaptada del artículo “Robot Justice: The Rise of China’s Internet Courts” publicado por Bryan Lynn. En China, millones de casos judiciales actualmente son resueltos por “cortes de Internet” que no requieren que los ciudadanos comparezcan en un juzgado físico. Estas “cortes inteligentes” incluyen jueces robot, programados con inteligencia artificial. Si a...
Cómo el Cripto Está Dando Forma a la Revolución Digital
Esta es una versión adaptada y traducida del texto “How Crypto Is Shaping the Digital Revolution” publicado por Mario Laul el 11 de octubre de 2021. En el pasado, definí al “cripto” (un término para denominar al blockchain y toda la innovación vinculada con la Web3) como una parte de la revolución digital que empezó hacia finales de la década de 1960 y comienzos de 1970 con la invención de las redes, los microprocesadores, y otras tecnología digitales que permiten la proliferación de computad...
Contratos Inteligentes, ¿Por Qué Importan?
Los contratos inteligentes son acuerdos escritos en código de computadora y registrados en un blockchain. Van a marcar el futuro de la industria legal…Este artículo es una versión traducida y adaptada del texto The Promise of Smart Contracts de Kate Sills. La película Fargo (1996) trata sobre las promesas. Se plantea si cumpliremos con nuestras promesas, incluso cuando vayan contra nuestro propio interés. Las promesas de la película no estaban respaldadas por el sistema legal. Y por un buen m...
Web3 & Legaltech Entrepreneur. Founder at Kleros and Proof of Humanity. Building the Future of Law.
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These are the instructions for the final activity of the course “The Lawyer of the Future: Legaltech and the Digital Transformation of Law” taught by Federico Ast on the Coursera platform.
Legal design is a discipline that seeks to apply the principles of design thinking in the development of products in the legal industry. It combines law, technology and design to develop user-friendly products and promote access to justice.

The goal of this exercise is to develop the basic concepts of a software product that aims to solve a problem in the legal industry.
In what follows, I will guide you step by step in the application of legal design tools for the identification of a problem, the ideation of a solution, the development of a prototype and the preparation of a document to pitch your product.
Let’s begin!
To get started, choose a problem you want to solve. It can be in any area you find interesting in the legal world: consumer disputes, labor law, inefficiencies in the way lawyers work, etc.
Some examples:
Consumer law. Consumers in Delaware don’t have a simple and inexpensive way to sue an insurance company for a claim related to an auto accident.
Labor law. Domestic workers in Colombia are often wronged by their employers because they don’t have employment contracts.
Travel. Passengers don’t have an easy way to claim a refund from airlines for problems in service quality.
Construction. Peruvian real estate developers don’t have effective mechanisms to resolve disputes in construction contracts.
Choose an area that is familiar to you and that you find interesting.
Try to identify:
What is the problem?
Who does it affect?
Once the problem has been identified, it’s time to build a prototype to start visualizing what the solution would look like.
There are different levels of fidelity when it comes to prototyping. Low-fidelity prototypes are less realistic. High fidelity prototypes are more realistic and look more like a real product. Obviously, the more realism, the longer the development time.

The prototype building process begins with paper and pencil. Below, you can see the prototype development process of the Guggenheim Museum in Bilbao.



In the case of software, we can build a low-fidelity prototype by drawing some app interfaces and user flows.
Let’s see some examples…



Think about the problem you are trying to solve and imagine how the solution is reflected in a series of screens and in a flow that the user must follow.
Now, draw 2 interfaces of your prototype.
Now that you have your paper prototype, it’s time to look for some feedback.
Find a friend or colleague (if possible, someone who has knowledge of the problem) and do the following:
Explain the problem you want to solve.
Show him the paper prototype.
Listen to the feedback carefully. Don’t try to “sell” him your solution. Try to get an honest opinion.
Now that you have some feedback, it’s time to create a high fidelity digital prototype. This will look more like the actual product.

Some tips for your digital prototype:
You can use tools that you probably already have on your computer or that you can easily download from the Internet, such as Apple Keynote, Google Slides or Microsoft Powerpoint.
For more realism, you can get screen templates in Google Images. You can find them with the search terms “screen template transparent”. You will find images of mobile phones and PC screens with a transparent background in which you can place your product.
If you want, you can also watch this video that explains how to build a digital prototype with Microsoft PowerPoint:
As you’re building your digital prototype:
Choose a name for your product.
Create a logo using one of these free tools: FreeLogoDesign, Hatchful, Wix Logo Maker.
Up to this point, you have defined a problem you want to solve, you have developed a solution, you have designed a prototype and you have chosen a name and a brand for your product.
Now, you will use all these materials to create a pitch deck, a type of document typically used in the startup world to pitch a project to investors.
Typically, a deck is a 10–15 page PDF document that contains information on different aspects of the business. In this exercise, we will only make a part of the deck that contains the following:
Cover page
Problem definition
Solution
Product
Business model
The deck cover contains the name of your product and its value proposition. Here are some examples.


Now, build the cover page for your deck.
This slide explains the problem you want to solve.


Now, build a slide presenting the problem you want to solve.
In this slide, you will present your solution to the problem.


Now, build your solution slide.
This slide shows what the product looks like.


Now, build your product slide with the digital prototypes you designed in a previous step.
In this slide, you have to explain your business model: how will your company make money.


Now, build your business model slide.
After you have designed all your slides, compile them into a PDF document.
This should be a 5 pages document including the following:
A cover with the name of the product and a short sentence with the value proposition.
A clear and precise description of the problem.
A clear explanation of your solution.
Two screen interfaces presenting your product.
A brief explanation of your business model.

These are the instructions for the final activity of the course “The Lawyer of the Future: Legaltech and the Digital Transformation of Law” taught by Federico Ast on the Coursera platform.
Legal design is a discipline that seeks to apply the principles of design thinking in the development of products in the legal industry. It combines law, technology and design to develop user-friendly products and promote access to justice.

The goal of this exercise is to develop the basic concepts of a software product that aims to solve a problem in the legal industry.
In what follows, I will guide you step by step in the application of legal design tools for the identification of a problem, the ideation of a solution, the development of a prototype and the preparation of a document to pitch your product.
Let’s begin!
To get started, choose a problem you want to solve. It can be in any area you find interesting in the legal world: consumer disputes, labor law, inefficiencies in the way lawyers work, etc.
Some examples:
Consumer law. Consumers in Delaware don’t have a simple and inexpensive way to sue an insurance company for a claim related to an auto accident.
Labor law. Domestic workers in Colombia are often wronged by their employers because they don’t have employment contracts.
Travel. Passengers don’t have an easy way to claim a refund from airlines for problems in service quality.
Construction. Peruvian real estate developers don’t have effective mechanisms to resolve disputes in construction contracts.
Choose an area that is familiar to you and that you find interesting.
Try to identify:
What is the problem?
Who does it affect?
Once the problem has been identified, it’s time to build a prototype to start visualizing what the solution would look like.
There are different levels of fidelity when it comes to prototyping. Low-fidelity prototypes are less realistic. High fidelity prototypes are more realistic and look more like a real product. Obviously, the more realism, the longer the development time.

The prototype building process begins with paper and pencil. Below, you can see the prototype development process of the Guggenheim Museum in Bilbao.



In the case of software, we can build a low-fidelity prototype by drawing some app interfaces and user flows.
Let’s see some examples…



Think about the problem you are trying to solve and imagine how the solution is reflected in a series of screens and in a flow that the user must follow.
Now, draw 2 interfaces of your prototype.
Now that you have your paper prototype, it’s time to look for some feedback.
Find a friend or colleague (if possible, someone who has knowledge of the problem) and do the following:
Explain the problem you want to solve.
Show him the paper prototype.
Listen to the feedback carefully. Don’t try to “sell” him your solution. Try to get an honest opinion.
Now that you have some feedback, it’s time to create a high fidelity digital prototype. This will look more like the actual product.

Some tips for your digital prototype:
You can use tools that you probably already have on your computer or that you can easily download from the Internet, such as Apple Keynote, Google Slides or Microsoft Powerpoint.
For more realism, you can get screen templates in Google Images. You can find them with the search terms “screen template transparent”. You will find images of mobile phones and PC screens with a transparent background in which you can place your product.
If you want, you can also watch this video that explains how to build a digital prototype with Microsoft PowerPoint:
As you’re building your digital prototype:
Choose a name for your product.
Create a logo using one of these free tools: FreeLogoDesign, Hatchful, Wix Logo Maker.
Up to this point, you have defined a problem you want to solve, you have developed a solution, you have designed a prototype and you have chosen a name and a brand for your product.
Now, you will use all these materials to create a pitch deck, a type of document typically used in the startup world to pitch a project to investors.
Typically, a deck is a 10–15 page PDF document that contains information on different aspects of the business. In this exercise, we will only make a part of the deck that contains the following:
Cover page
Problem definition
Solution
Product
Business model
The deck cover contains the name of your product and its value proposition. Here are some examples.


Now, build the cover page for your deck.
This slide explains the problem you want to solve.


Now, build a slide presenting the problem you want to solve.
In this slide, you will present your solution to the problem.


Now, build your solution slide.
This slide shows what the product looks like.


Now, build your product slide with the digital prototypes you designed in a previous step.
In this slide, you have to explain your business model: how will your company make money.


Now, build your business model slide.
After you have designed all your slides, compile them into a PDF document.
This should be a 5 pages document including the following:
A cover with the name of the product and a short sentence with the value proposition.
A clear and precise description of the problem.
A clear explanation of your solution.
Two screen interfaces presenting your product.
A brief explanation of your business model.
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