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Rocket Lab successfully launched the final five satellites for the French technology company Kinéis, completing its “Internet of Things” constellation. The mission, named “High Five,” lifted off on March 17 at 9:31 p.m. EDT from the company’s launch site. The Electron rocket carried the satellites into orbit, reaching an altitude of 404 miles (650 kilometers) approximately 66.5 minutes after launch. The latest deployment finalises the 25-satellite network, which is designed to facilitate global data transmission by connecting remote objects across various industries.

Final Deployment for the Kinéis Constellation

According to the Rocket Lab, the “High Five” mission marks the culmination of the Kinéis satellite network. The first 20 satellites were launched over four separate missions in June, September, and November 2024, with an additional launch taking place in February 2025. The newly completed system enables real-time data transfer, supporting applications in maritime tracking, environmental monitoring, and industrial logistics.

Expanding Connectivity Through Satellite Technology

As per Rocket Lab’s mission details, the Kinéis network allows objects worldwide to be connected and transmit crucial data efficiently. The technology aims to enhance decision-making processes by offering tracking, monitoring, and alerting functions. This constellation is expected to provide improved satellite-based IoT services, supporting industries that require reliable data transmission in remote areas.

Rocket Lab’s Increasing Launch Frequency

Reportedly, Rocket Lab has recorded an active launch schedule, with the “High Five” mission being the fourth launch of 2025. Just days earlier, on March 14, an Electron rocket carried a radar satellite for the Japanese Earth-imaging company iQPS. In 2024, the Electron vehicle completed 14 missions, the highest in its operational history. Two suborbital launches were conducted using the HASTE variant, designed for hypersonic testing.

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Electricity-Driven Nitrogen Insertion Opens a Sustainable Path to Drug-Ready Heterocycles

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Scientists at the National University of Singapore have developed an electricity-driven method to insert nitrogen into stable carbon rings, enabling greener synthesis of valuable heterocycles. Published in Nature Synthesis, the approach avoids harsh chemicals, reduces waste, and allows access to key drug-ready molecular frameworks under mild conditions.

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Hubble Captures Rare Collision in Nearby Planetary System, Revealing Violent Planet Formation

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Astronomers using NASA’s Hubble Space Telescope have witnessed rare collisions between rocky bodies in the Fomalhaut system. The glowing debris clouds created by these impacts offer a unique glimpse into how planets form and highlight challenges in identifying true exoplanets.

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Astronomers Observe Black Hole Twisting Spacetime for the First Time, Confirming Einstein’s Theory

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Astronomers have directly observed a black hole twisting spacetime for the first time, confirming Einstein’s long-standing prediction. The effect was detected during a violent stellar destruction event, where repeating X-ray and radio signals revealed a slow cosmic wobble. The discovery provides new insight into black hole spin, jets, and extreme gravity.

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