Hello,

This newsletter provides a roundup of FUNZIN's latest achievements and activities.

• FAIP 3.0 Studio Earns Grade 1 GS Certification

• KWM-Ocelot Conducts Field Verification and Demonstration at Pocheon Drone Test Site

• FUNZIN Experts Deliver Special Lecture for Defense AI Course at Sungkyunkwan University

• Two FUNZIN Research Papers Registered in KCI

• FUNZIN's Milestones in the Defense Industry

As a leading Defense Vertical AI Company driving future security, we appreciate your continued interest in FUNZIN's journey.

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FUNZIN Achieves Grade 1 GS Certification for 'FAIP 3.0'! (5th Software Solution Awarded 🏆)

FUNZIN's Automated AI Development & Operations Platform, FAIP 3.0 Studio, has earned Grade 1 GS (Good Software) Certification. 

💡 Key Features of FAIP 3.0 (Funzin AI Platform)

• Auto MLOps: Automates over 80% of the entire pipeline, from data collection and storage to AI training and deployment.

• AI OTA*: Enables edge data collection as well as remote deployment and management of the latest AI models.

• AI Engine: Equipped with cutting-edge technologies, including Small Language Models (sLLM), Multimodal AI, and Swarm Intelligence.

As a "Proven AI Platform," FAIP supports the continuous modernization of KWM's AI models. Together with EagleEye™, the synthetic data generation platform that holds the Defense Quality Mark Certification, FAIP provides essential capabilities for "Continuous AI Operation".

* AI OTA: Seamless Remote AI Model Update Feature

KWM-Ocelot Conducts Field Verification in Pocheon, Accelerating Solution Enhancement

In the first week of December, the field verification of KWM-Ocelot was successfully conducted at the Pocheon Drone Test Site under the leadership of Seung-Hoon Shin, Director of Research at FUNZIN.

The verification was carried out in the presence of the head of the Pocheon Defense Drone & UAM Support Center and other key officials. A significant achievement of this operation was the acquisition of SA frequency data, which is essential for solution enhancement, utilizing swarm operation drones.

Building on the data secured from this verification, we remain committed to elevating our technical completeness and delivering even more sophisticated solutions.

FUNZIN Educates Key Leaders of South Korea's Defense AI

FUNZIN was invited to deliver a special lecture at the "7th Defense AI Policy & System Course" held at Sungkyunkwan University.

This course is a top-tier professional education program in the defense sector, attended by key practitioners and commanders (field-grade officers and core personnel) from the military's highest organizations, including the Joint Chiefs of Staff (JCS), Army, Navy, and Air Force Headquarters, and the Ministry of National Defense (MND).

Seung-Hoon Shin, VP/Director of Research, and Ji-hoon Jeon, VP/Head of the AIoT Business Division, took the stage as speakers for this significant event.

Before key stakeholders designing military strategy, the two leaders presented the latest trends and technical solutions in Defense AI, demonstrating the depth and practical value of FUNZIN's technology. Presenting the direction of future technology to the leaders guiding the military serves as proof of FUNZIN's technological stature.

FUNZIN's Technological Competitiveness Proven by KCI Paper Registration

The future of Defense AI envisioned by FUNZIN has been validated once again through the registration of papers in the accredited KCI (Korea Citation Index). We are proud to share these meaningful achievements in the core technology areas of "Detecting" and "Connecting" with our subscribers.

📡 Piercing through the Battlefield with AI

[Study 1] Research on Enemy Communication Signal Detection and Real-Time Battlefield Visualization Technology through AI-Based Wireless Signal Detection and Analysis

Locating enemy signals in complex radio wave environments is like finding a needle in a haystack. The FUNZIN research team has secured technology to precisely analyze these signals using AI and visualize enemy locations in real time.

(Researchers: Seung-Hoon Shin, Deuk-Hwa Kim, Jeong-Hoon Kim, Min Gam, Sung-Gu Kim, Chang-Hoon Jung, Hyun-Cheol Kim)

🔗 Connecting in Any Environment

[Study 2] Integrated Flow Control Scheme Using Buffer-Based Routing (OLSRb) and Traffic Filtering in Tactical Ad-hoc Networks

In tactical environments where communication is unstable, data bottlenecks can be fatal. We have developed a technology that self-diagnoses the network's 'Buffer' status and filters traffic to identify the optimal data transmission path.

(Researchers: Dong-Hyun Lim, Gyo-Sang Oh, Seung-Hoon Shin, Jeong-Hoon Kim, Deuk-Hwa Kim)

To fulfill the mission of "Self-Reliant Defense," FUNZIN's technology continues to evolve today. We will repay your support with continuous R&D. Thank you.