Digital Sense
visit site- $25,000+
- 10 - 49 employees
- Montevideo, Uruguay
Client Insights
Industry Expertise
25%
20%
20%
15%
15%
5%
Client Size Distribution
Small Business (<$10M) 40%
Midmarket ($10M - $1B) 40%
Enterprise (>$1B) 20%
Common Project Size
$200K-$999K 1 project
Clients
This provider has not added their key clients.
Highlights from Recent Projects
Digital Sense was hired by the Ministry of Livestock, Agriculture and Fisheries (MGAP) to develop a web computer system for their Agricultural Development and Climate Change project. The system was designed to support the soil conservation policy defined by the MGAP. Digital Sense was selected through an international public call due to their impressive solution proposal. The project involved the integration of three modules (Entry, Verification and Inspection), extensive use of existing information for entry and validation of use plans, and the control of PUMRS through the use of satellite images and specialized detection algorithms. The system was also designed to be interoperable with other systems. The project was successfully delivered by a team of four from Digital Sense, including an architect, functional analyst, programmer, and a specialist in machine learning and image processing.
The Software Testing Bureau, a software testing company, enlisted the services of Digital Sense to implement artificial vision into their tool. The goal was to enable their software robots to handle changes in the applications being automated. Digital Sense successfully implemented and trained a machine learning model that recognized elements on screens and used this information to control a robot when the application changed. Later, this feature was coupled with a large language model (LLM) that allowed the building of robots from a user description of the process to automate. The team from Digital Sense, comprised of three members, worked on this project from September 2019 to August 2021. The vendor was chosen for their expertise in artificial intelligence and experience with artificial vision.