World Scan Project (@worldscanpr) 's Twitter Profile
World Scan Project

@worldscanpr

WSP We are World Scan Project Explore and Discover the Unknown Area of the world🌎
#worldscanproject #wsp

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linkhttps://world-scan-project.com/en/ calendar_today09-02-2023 04:19:55

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During the conference, our CTO, Ichikawa, introduced JIKAI — an advanced magnetic-field sensor designed to support mine detection and risk assessment. With sensitivity tens of times greater than conventional fluxgate sensors, JIKAI enables safer and more efficient demining

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WSP showcased its technologies at #UMAC2025, receiving great interest from Ukrainian organizations and international partners! Together, we move closer to a future where advanced AI helps rebuild the world safely.

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Today is the second day of the #GHICD conference! Our staff members are doing their best to explain #JIKAI ’s capabilities. Please feel free to stop by our booth!☺️✨

Today is the second day of the #GHICD conference!
Our staff members are doing their best to explain #JIKAI ’s capabilities. Please feel free to stop by our booth!☺️✨
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It’s the final day of the #GICHDInnovation2025 ! We’re excited to have welcomed so many visitors to our booth and to introduce JIKAI✨ Today, our presentation will highlight how JIKAI makes demining safer and more efficient. Don’t miss it!

It’s the final day of the #GICHDInnovation2025 !
We’re excited to have welcomed so many visitors to our booth and to introduce JIKAI✨

Today, our presentation will highlight how JIKAI makes demining safer and more efficient.

Don’t miss it!
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#JIKAI is a groundbreaking magnetic field sensor that overturns the limits of conventional sensing technologies. Traditional sensors have long struggled with high power consumption, susceptibility to strong magnetic fields and nearby ferromagnetic materials, and unstable output

#JIKAI is a groundbreaking magnetic field sensor that overturns the limits of conventional sensing technologies.

Traditional sensors have long struggled with high power consumption, susceptibility to strong magnetic fields and nearby ferromagnetic materials, and unstable output
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#JIKAI, powered by #WorldScanProject’s noise-cancelling technology, is capable of being mounted directly on drones. Even in magnetically noisy environments, it reliably detects subtle variations and remains resistant to vibration, ensuring highly stable measurements. This

#JIKAI, powered by #WorldScanProject’s noise-cancelling technology, is capable of being mounted directly on drones.

Even in magnetically noisy environments, it reliably detects subtle variations and remains resistant to vibration, ensuring highly stable measurements.

This
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#JIKAI offers two models designed to meet different application needs. • JIKAI-F Utilizing a ferrofluid that reacts to magnetic fields, JIKAI-F detects minute magnetic particles with exceptional stability. Because it leaves no residual magnetization, it maintains a consistent

#JIKAI offers two models designed to meet different application needs.

• JIKAI-F
Utilizing a ferrofluid that reacts to magnetic fields, JIKAI-F detects minute magnetic particles with exceptional stability. Because it leaves no residual magnetization, it maintains a consistent
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📰 Media Coverage #STARWALKERS, developed by #WorldScanProject, was featured in ahead OVER50 under the title “Pre-orders Begin for the Flying Sports Car: Next-Generation Air Mobility STAR WALKERS.” #STARWALKERS is a next-generation air mobility vehicle designed as a “flying

📰 Media Coverage

#STARWALKERS, developed by #WorldScanProject, was featured in ahead OVER50 under the title
“Pre-orders Begin for the Flying Sports Car: Next-Generation Air Mobility STAR WALKERS.”

#STARWALKERS is a next-generation air mobility vehicle designed as a “flying
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#JIKAI-F is a new type of magnetic sensor that uses a ferrofluid as its core material. Because the core does not retain magnetization, it instantly returns to zero when no magnetic field is present. In other words, it never becomes magnetized, and its readings do not drift over

#JIKAI-F is a new type of magnetic sensor that uses a ferrofluid as its core material. Because the core does not retain magnetization, it instantly returns to zero when no magnetic field is present. In other words, it never becomes magnetized, and its readings do not drift over