8-K: World Scan Project Unveils JIKAI Sensor for Mine Clearance

World Scan Project's subsidiary WSP unveiled its JIKAI magnetic field sensor at UMAC2025, designed for ultra-sensitive mine and UXO detection in Ukraine's recovery efforts.

Summary

• World Scan Project, Inc. (OTC: WDSP) subsidiary, World Scan Project Corporation (WSP), participated in the Ukraine Mine Action Conference (UMAC2025) held in Tokyo on October 22-23, 2025.
• WSP unveiled its proprietary high-performance next-generation magnetic field sensor, JIKAI, for the first time at the conference.
• JIKAI achieves ultra-high sensitivity of 15-20 picotesla (pT), surpassing conventional fluxgate methods.
• The sensor is compact, lightweight, highly rugged, and can be deployed on drones or underwater robots, enabling measurements in inaccessible or hazardous areas.
• JIKAI is expected to reduce personnel exposure risks and enhance safety in mine and unexploded ordnance (UXO) detection operations, particularly for humanitarian recovery in Ukraine.
• Integrated with JIKAI-VISION software, acquired data can be visualized as heat maps over geospatial layers for analysis and operational planning.
• WSP's Chief Technology Officer presented JIKAI's performance and potential applications, and the company hosted a booth, engaging with local companies and organizations.
• Attendees expressed interest and several recommended field testing and practical implementation of JIKAI in local test areas.

Sentiment

Score: 8

Explanation: The unveiling of a highly sensitive, next-generation sensor with significant humanitarian and commercial potential is a strong positive development. The positive reception at an international conference further reinforces this, though it is still in the early stages of implementation.

Positives

• Successful unveiling of the JIKAI sensor at a significant international conference (UMAC2025).
• JIKAI demonstrates ultra-high sensitivity of 15-20 picotesla (pT), exceeding conventional fluxgate methods.
• The sensor's design (compact, lightweight, rugged) allows for versatile deployment on drones or underwater robots, expanding operational reach.
• JIKAI is expected to significantly enhance safety and reduce personnel risk in mine and UXO detection.
• Positive reception and recommendations for field testing from conference attendees and local organizations.
• The technology is positioned to support critical humanitarian recovery operations in Ukraine and foster international collaboration.

Negatives

• No direct negatives are stated; however, the forward-looking statements section highlights inherent risks associated with product development and commercialization.

Risks

• Ability to complete development, testing, and validation of JIKAI.
• Achieving technical feasibility for widespread deployment.
• Establishing reliable manufacturing and deployment capabilities.
• Obtaining necessary regulatory or compliance approvals.
• Realizing adoption in humanitarian field operations.
• Successfully bringing JIKAI into practical use.
• Potential for inadvertent errors or inaccuracies in the English translation of the original Japanese press release.

Future Outlook

The company intends to accelerate the development and implementation of JIKAI, leveraging insights from discussions with stakeholders and international organizations. JIKAI is expected to support safe and sustainable humanitarian recovery operations and enable broader international collaboration, with the goal of expanding its social value worldwide.

Management Comments

• "WSP will accelerate development and implementation to bring Japan-origin magnetic sensing technology to humanitarian field operations."
• "As a technology that supports safe and sustainable recovery, we will continue to expand the social value of JIKAI worldwide."

Industry Context

The unveiling of JIKAI aligns with a growing global need for advanced technologies in humanitarian mine action, particularly in conflict-affected regions like Ukraine. The focus on ultra-high sensitivity, compact design, and drone/underwater robot deployment reflects a trend towards safer, more efficient, and remote detection methods, moving away from hazardous manual operations. This positions World Scan Project at the forefront of innovation in a critical and expanding niche within the defense and humanitarian technology sectors.

Comparison to Industry Standards

• JIKAI's ultra-high sensitivity of 15-20 picotesla (pT) significantly surpasses the capabilities of conventional fluxgate methods, indicating a technological advantage.
• The ability to deploy JIKAI on drones or underwater robots for measurements in inaccessible or dangerous areas represents a notable advancement compared to traditional, often ground-based or manual, mine detection techniques.
• While specific comparable companies or projects are not named, the stated performance metrics suggest JIKAI aims to set a new benchmark for magnetic detection in humanitarian demining.

Stakeholder Impact

• Shareholders: Potential for increased company value through successful product development, market penetration in humanitarian aid, and broader international collaboration.
• Employees: Continued engagement in cutting-edge technology development and humanitarian efforts.
• Ukraine/Humanitarian Organizations: Provision of a safer and more efficient tool for mine and UXO detection, aiding recovery efforts and reducing risks to personnel.
• Customers/Partners: Opportunity for collaboration on field testing and practical implementation of advanced detection technology.

Next Steps

• Accelerate development and implementation of JIKAI.
• Leverage insights gained from discussions with local stakeholders and international organizations.
• Conduct field testing and practical implementation of JIKAI in local test areas, as recommended by attendees.
• Expand the social value of JIKAI worldwide.

Key Dates

Recommendation

The unveiling of the JIKAI sensor is a significant positive development, showcasing innovative technology with substantial humanitarian and commercial potential. The ultra-high sensitivity and versatile deployment capabilities position World Scan Project favorably in the critical field of mine clearance. However, the product is still in the development and implementation phase, with field testing and regulatory approvals yet to be fully realized. The forward-looking statements highlight inherent risks associated with bringing new technology to practical use. While the long-term outlook is promising, a 'hold' recommendation is appropriate at this early stage, awaiting further progress on testing, adoption, and commercialization before a stronger 'buy' recommendation can be justified.

Keywords

JIKAI sensor, mine clearance, UXO detection, magnetic field sensor, humanitarian aid, Ukraine recovery, drone deployment, underwater robotics, World Scan Project, UMAC2025, picotesla, advanced technology