fu2re
AI and computer vision for physical asset monitoring.
| Date | Investors | Amount | Round |
|---|---|---|---|
* | BRL12.5m | Late VC | |
| Total Funding | 000k | ||
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Fu2re is a Brazilian company founded in 2017 by André Sih and Rodrigo Ferreira, specializing in artificial intelligence and computer vision solutions. Headquartered in Rio de Janeiro with a branch in Recife, the company develops systems primarily for the energy, utilities, and oil and gas sectors.
The firm's core business revolves around its no-code platform, SmartVision AI, which uses AI and image analysis to monitor physical assets, digitize field routines, and automate processes. This technology enables services such as automated meter reading for energy, water, and gas; fraud detection and prevention of non-technical losses in power distribution; and inventory optimization. Specific solutions include SmartReader for meters, SmartAssets for public lighting management, and EnergyWatch for identifying energy theft. Fu2re's business model focuses on selling licenses for its developed products.
Fu2re has established a significant client base, including major companies like Petrobras, Enel, EDP, Neoenergia, and Light, with which it signed its first contract in 2018 to map and reduce energy losses. The company was the first Latin American startup to be accelerated by NVIDIA's Inception Program and represented Brazil at the GTC 2021 conference. It has also received recognition as one of the "100 Startups to Watch" and was ranked among the top AI startups by 100 Open Startups.
In July and August 2025, Fu2re secured R$12.5 million (approximately $2.2 million) in a funding round led by Copel Ventures and Indicator Capital. This capital is intended to enhance its generative AI solutions, expand into the agriculture and industrial sectors, and support international growth.
Keywords: artificial intelligence, computer vision, asset monitoring, no-code platform, energy sector, utility solutions, fraud detection, automated meter reading, data processing, image recognition, SmartVision AI, deep tech, operational efficiency, generative AI, energy transition, smart cities, infrastructure monitoring, predictive maintenance, loss prevention, inventory optimization