Diarkis Receives "Best Coverage Award" at ATLA's "Evinobe Grand Culture Festival"
Diarkis received the Best Coverage Award at an event held by the Acquisition, Technology & Logistics Agency.
📋 Article Processing Timeline
- 📰 Published: March 28, 2026 at 00:31
- 🔍 Collected: March 28, 2026 at 21:59 (21h 28m after Published)
- 🤖 AI Analyzed: April 15, 2026 at 02:31 (412h 32m after Collected)
Diarkis Co., Ltd. announced that on March 5, 2026, it spoke at the "Defense x Civilian" ecosystem co-creation event "Evinobe Grand Culture Festival" hosted by the Acquisition, Technology & Logistics Agency Defense Innovation Science and Technology Institute, and received the "Best Coverage Award". This event was held with the aim of incorporating rapidly advancing private-sector cutting-edge technologies into the defense sector, promoting collaboration among industry, academia, and government, and creating defense innovation.
**Background and Evaluation Points for the Award**
At the workshop, our company proposed a network solution for linking and controlling numerous unmanned aerial vehicles (drones) in harsh environments where communication is easily disrupted (*1). At the award ceremony, our distributed network engine was highly praised as an "idea that could realize a communication infrastructure to cover the entire OODA loop (*2) and accelerate it," and the award was presented by the Director of the Defense Innovation Science and Technology Institute.
**Outline of Proposal: Achieving "Uninterrupted Ultra-Low Latency Communication" with Game Technology**
In complex situations such as disaster response and defense, "radio congestion" due to many devices communicating simultaneously and "communication disruption" due to external factors become critical issues. Our company presented a solution that applies ultra-low latency and uninterrupted communication technology proven in large-scale online games. This mechanism allows unmanned aerial vehicles to autonomously build and repair networks and instantly assign optimal roles without relying on a central server.
This enables the system to continue cooperating "without dying" even in any harsh communication environment, and to continuously cycle through the decision-making to execution process at a speed that exceeds the cognitive limits of humans and conventional systems.
**Future Outlook**
This award demonstrates that our communication technology cultivated in the entertainment domain is also effective in dual-use fields requiring extremely high reliability. We will continue to promote partnerships with various companies possessing hardware and AI technologies, and contribute to improving the safety and resilience of social infrastructure through the provision of next-generation real-time communication infrastructure.
(*1) Harsh Environment (DDIL Environment): An extreme network environment where communication disruption, intermittence, and bandwidth limitations are constant due to radio interference, infrastructure destruction, etc.
(*2) OODA Loop: A cycle from decision-making to execution, which involves ① Observing the situation, ② Orienting oneself to the situation, ③ Deciding on a course of action, and ④ Acting. It is considered an important concept for gaining an advantage in rapidly changing situations.
**About Diarkis Co., Ltd.**
Established in 2019, Diarkis is a technology company that develops and provides n-to-n bidirectional real-time communication infrastructure. Its decentralized distributed service mesh "Diarkis", which meets requirements such as "ultra-low latency" and "fault tolerance" demanded by large-scale online games, has been adopted in global titles such as "TEKKEN 8." Currently, its application extends beyond games to defense, mobility, smart cities, and other fields requiring real-time performance and scalability...
**Background and Evaluation Points for the Award**
At the workshop, our company proposed a network solution for linking and controlling numerous unmanned aerial vehicles (drones) in harsh environments where communication is easily disrupted (*1). At the award ceremony, our distributed network engine was highly praised as an "idea that could realize a communication infrastructure to cover the entire OODA loop (*2) and accelerate it," and the award was presented by the Director of the Defense Innovation Science and Technology Institute.
**Outline of Proposal: Achieving "Uninterrupted Ultra-Low Latency Communication" with Game Technology**
In complex situations such as disaster response and defense, "radio congestion" due to many devices communicating simultaneously and "communication disruption" due to external factors become critical issues. Our company presented a solution that applies ultra-low latency and uninterrupted communication technology proven in large-scale online games. This mechanism allows unmanned aerial vehicles to autonomously build and repair networks and instantly assign optimal roles without relying on a central server.
This enables the system to continue cooperating "without dying" even in any harsh communication environment, and to continuously cycle through the decision-making to execution process at a speed that exceeds the cognitive limits of humans and conventional systems.
**Future Outlook**
This award demonstrates that our communication technology cultivated in the entertainment domain is also effective in dual-use fields requiring extremely high reliability. We will continue to promote partnerships with various companies possessing hardware and AI technologies, and contribute to improving the safety and resilience of social infrastructure through the provision of next-generation real-time communication infrastructure.
(*1) Harsh Environment (DDIL Environment): An extreme network environment where communication disruption, intermittence, and bandwidth limitations are constant due to radio interference, infrastructure destruction, etc.
(*2) OODA Loop: A cycle from decision-making to execution, which involves ① Observing the situation, ② Orienting oneself to the situation, ③ Deciding on a course of action, and ④ Acting. It is considered an important concept for gaining an advantage in rapidly changing situations.
**About Diarkis Co., Ltd.**
Established in 2019, Diarkis is a technology company that develops and provides n-to-n bidirectional real-time communication infrastructure. Its decentralized distributed service mesh "Diarkis", which meets requirements such as "ultra-low latency" and "fault tolerance" demanded by large-scale online games, has been adopted in global titles such as "TEKKEN 8." Currently, its application extends beyond games to defense, mobility, smart cities, and other fields requiring real-time performance and scalability...