Transforming City Fountain Management with SenseCAP LoRaWAN Weather Monitoring-Based Automation in Slovakia
The city of Trenčín in Slovakia has transformed the management of its iconic Vodnik fountain
The city of Trenčín in Slovakia has transformed the management of its iconic Vodnik fountain
The “Bathing Water Quality” project at Boscombe Seafront, Bournemouth, marks a significant advancement in coastal
To tackle the problem of rice pests and diseases in the field, Seeed Studio, partnered with Chengdu Yunyi Technology Co., deployed the Rice Pest & Disease Mornitoring and Forecasting solution in Guangxi, China. This project utilized the SenseCAP S700 Weather Sensor, Industrial pH Sensor, DO sensor, SensCAP 4G Sensor Hub, as well as the SenseCAP Portal and Mobile APP. Meteorology is not only necessary for the growth of rice, but also a key factor in the occurrence and spread of pests and diseases. Real-time monitoring can guide farmers in developing field management practices, such as irrigation, fertilization, and use of pesticides, ensuring a bountiful harvest.
This solar-powered water quality monitoring system by Justin Lutz is to combat the toxic blue-green
This cellular-connected DIY lab incubator monitoring system by Naveen aims to grant users effortless access
Spearheaded by Tanzania Open Innovation Organization (TOIO), local university students and citizens in Tanga co-created “BSF Farming – Creating Protein Content” project – a resource-efficient and low-cost protein production method by monitoring and optimizing BSFs’ living environment. This has been done by deploying Seeed’s SenseCAP LoRaWAN sensors, SenseCAP Outdoor Gateway, SenseCAP Portal, and SenseCAP Mate App.
On March 15th, Seeed Studio was awarded “WSIS Prize 2023 Champion” prize certificate at the UN ITU, in Geneva, Switzerland. It’s a UN-level of recognition for the success of IoT2Wild Contest 2022 and the usage of ICTs for environment, which was awarded at ITU’s 14th World Summit on the Information Society (WSIS) Forum 2023.
We’re happy to officially launch the “Project Repository of IoT Into the Wild Contest for Sustainable Planet 2022” today, which is a corporate report that congregated and summarized last year’s winner projects and other noteworthy projects from the IoT2Wild Contest.
From July 10th to 20th, Seeed’s Field Application Engineer, Lakshantha Dissanayake went to Sri Lanka for an on-site event called ‘Dinacon 3’ – an event focused on wild hacking for nature. We’re happy to have supported Lakshantha’s trip to the event, as well as sponsored 6 units of SenseCAP K1100 Kits, and 1 unit of SenseCAP M2 Data-Only LoRaWAN Indoor Gateway for 15 workshop participants and his smart luffa farming project.
During October 26-29th, the 4th edition of Gathering for Open Science Hardware (briefly known as ‘GOSH 2022’) was held in Panama. On this occasion, Seeed’s Field Application Engineer joined the event on-site to organize 2 hands-on workshops on using SenseCAP K1100 Kit for environmental and wildlife conservation scenarios. On this background, we’re happy to have supported Mario’s trip to the event, as well as sponsored 11 units of SenseCAP K1100 Kit for his workshop participants.
On October 15th-16th, Hendra Kusumah, one of the IoT2Wild Contest winners in our global open source community, flew to Bali, Indonesia, with the intention to share his latest environmental conservation project, deliver a talk on a #Tech4Good topic, and facilitate 2 hands-on workshops at Bali Fab Fest 2022. As Seeed Studio is a Community Partner for Bali Fab Fest, we’re happy to have supported Hendra’s trip to the event, as well as sponsored SenseCAP K1100 Kits for his workshop participants.
To continue the avid #IoT2Wild discourse and our efforts on wildlife, biodiversity, and environmental conservation, we’d like to share a good news that Seeed’s Field Application Engineer, Mario De Los Santos, will be joining ‘GOSH Gathering 2022’ in Panama from October 26th to 29th, in an effort to organize 3 hands-on workshops on AI, IoT, Embedded Systems, and open source hardware design.