HOOFDDORP, Netherlands, June 8, 2026 /PRNewswire/ — EZVIZ, a world-leading smart home brand, announced to enter a new chapter of its EZVIZ Green Initiative by expanding environmental protection with two multi-year projects. Under the theme “Clean. Conserve. Coexist.”, the brand is launching a green advocacy week across the World Environment Day and World Oceans Day to engage partners and users in larger joint actions. By combining calls for climate resilience and ocean protection, EZVIZ responds to environmental issues with a larger proposition of sustainable coexistence between humans and nature.

“In the new phase, EZVIZ Green eyes on ecological vitality that benefits both people and other creatures,” said Joanne Cao, EZVIZ Board Secretary and Director of the ESG Committee. Highlighting its year-long projects with Treedom, a world-leading tree planting platform, and Plastic Bank, a global pioneer in ocean protection, EZVIZ tries to involve local communities more deeply to balance environmental protection with economic value. This aligns with the United Nations’ appeal to repair the relationship between humans and the planet. By building a positive cycle where people can gain from a vital ecosystem, it helps shape sustainability that endures over time, fulfilling its role as the participant in the UNGC and contributing to the SDGs.

“Like humans, all creatures are stakeholders of this planet,” said Cao. “With our Green Initiative, we aim to help create healthy ecosystems where nature and people complement each other.”

The EZVIZ Green upgrade drives change from land to sea through partnerships with Treedom and Plastic Bank. With Treedom, EZVIZ supports local farmers in planting trees, integrating agriculture with forestry across 11 countries. Estimated to reduce more than 738.2 tons of CO₂ in the next decade at the current scale, the growing global forest is expected to exceed 6,000 trees by 2027, further improving food security and economic development. In the new collaborative year, forest cover will extend to more regions across Southeast Asia, South America, and Africa, focusing on vital ecological areas like Ecuador to offset climate change.

Through Plastic Bank, EZVIZ helps combat plastic pollution by engaging collectors worldwide to gather bottles for additional income. To date, it has enabled the recycling of 1,000,000 bottles, prevented 20,000 kg of plastic from polluting water, and empowered collectors from 29 communities with exchanged social benefits. This year, EZVIZ concentrates on Southeast Asia, home to one of the world’s longest coastal archipelagos, to implement more careful and systematic plastic recycling, creating leverage to boost marine biodiversity and economic stability.

As part of the Initiative, EZVIZ also synergizes external cooperation with internal practices to amplify its impact. It strives for green innovation and launched the 4G battery camera family this year, which minimizes energy consumption without compromising safety. Innovation is in high gear to enhance wild animal detection, offering greater protection for both users and wildlife in remote areas.

SHANGHAI, June 8, 2026 /PRNewswire/ — On June 5, 2026, Calterah, a global leader in mmWave radar chips, unveiled its latest high-performance radar SoCs for ADAS and groundbreaking UWB radar solutions at its annual product and technology showcase, Calterah Day.

The newly launched Kunlun-Pro and Andes-Pro radar SoCs are engineered to address the market needs and emerging regulatory requirements for high-performance ADAS radar. As Euro NCAP 2026 raises the bar for automotive active safety and China progresses its national L2 ADAS and AEB regulations (currently in draft), ADAS radar is increasingly expected to deliver all-condition, full-speed-range perception for all road users.

• Kunlun-Pro is an automotive 5T4R mmWave radar SoC featuring a 10 times more powerful RSP 2.0, higher DMIPS CPU performance, larger memory, over 2.5 dB SNR boost, and 25% more virtual channels compared to existing 4T4R products on the market. In demanding test scenarios, Kunlun-Pro reliably tracks weak targets at significantly longer ranges than 4T4R solutions.

• Andes-Pro features the world’s first 6T6R ADAS radar SoC, achieving a 200 m detection range for weak targets and outstanding angular resolution (1° in azimuth; 3° in elevation). As a cost-effective alternative to expensive 8T8R products, the chip can also be scaled into a cascaded 12T12R imaging radar system, delivering high performance at lower system cost.

Beyond mmWave radar chip innovations, Calterah further explores the UWB radar functionality and emerging applications. The company claims the world’s first implementation of IEEE 802.15.4ab Sensing in the Dubhe CAL1106AQ SoC and has released two groundbreaking solutions—a Child Presence Detection (CPD) development suite and a Parking Assist System (PAS) development suite. The two suites are both built on CAL1106AQ—the world’s first IEEE 802.15.4ab-compliant and FiRa 4.0-certified 2T4R UWB SoC. With a unique 2T4R architecture, a Radar Leakage Suppression (RLS) module, and the IEEE 802.15.4ab Sensing feature, CAL1106AQ is capable of accurate height measurement, detection of nearby stationary objects, and high-speed parking lot search—tasks extremely challenging for conventional UWB products.

As of Q1 2026, Calterah has shipped over 30 million mmWave chips cumulatively, powering vehicle models from more than 30 OEMs. Calterah Founder and CEO Dr. Jiashu CHEN noted: “Combining mmWave and UWB technologies creates a seamless, safe, and intelligent driving experience—from car locating, unlocking, and assisted driving, to automated parking, car locking, child presence detection (CPD), and intrusion alerts.”

BANGKOK, June 8, 2026 /PRNewswire/ — A researcher from Chulalongkorn University has developed an innovative “cocoa-based mineral supplement” that transforms low-grade cocoa and discarded cocoa husks into value-added livestock feed, helping farmers reduce costs, improve cattle health, and lower greenhouse gas emissions under a circular economy model.

The project was led by Asst. Prof. Dr. Tansiphorn Na Nan, Acting Assistant Dean for Research and Academic Services at the Faculty of Integrated Agriculture and Director of the Innovation Center for Research and Development of Sustainable Cocoa Thailand (ISTC) in Nan province. The innovation emerged in response to worsening climate conditions that have caused cocoa crop losses of up to 80–90%, leaving farmers with large quantities of unsellable cocoa waste. At the same time, livestock farmers have faced rising feed costs during prolonged drought.

The research team created two forms of supplement: a compressed “lick block” for small farms and a powdered supplement for larger feed-mixing systems. Both products can incorporate cocoa waste as up to 30% of the ingredient formulation, creating a practical way to reduce agricultural waste while generating additional income for cocoa farmers.

According to the research, compounds naturally found in cocoa—including flavonoids, polyphenols, theobromine, and tannins—provide significant health benefits for livestock. Theobromine was found to improve cattle well-being, reduce inflammation, and enhance feed-to-meat conversion efficiency. In dairy cattle, testing showed that the supplement reduced somatic cell counts associated with mastitis by more than 70% and increased milk fat content by up to 15%.

Results in beef cattle were equally striking. Farmers who previously sold ordinary beef cattle for 20,000–30,000 baht per animal reported improved meat quality after using the supplement, with some cattle reaching premium A3 and A4 grades valued at more than 100,000 baht. Researchers also found that tannins in cocoa help suppress methane-producing bacteria in the rumen, reducing greenhouse gas emissions by up to 44% while redirecting energy toward muscle and fat production, improving marbling and meat quality.

Beyond cattle farming, the research is being expanded into poultry, goats, and shrimp farming, reinforcing the project’s guiding principle that “every cocoa bean must have a purpose” and demonstrating how circular economy innovation can create sustainable value across multiple agricultural sectors.

For more information, contact the Faculty of Integrated Agriculture, Chulalongkorn University at Tel. +662 218 1243, or visit www.cusar.chula.ac.th.

Media Contact:  
Chula Communication Center
Email: Pataraporn.r@chula.ac.th