5G in a Box: Askey & Acromove Unveil 10-Minute Tactical Network

BARCELONA, Spain – March 04, 2026 – By Pamela Cox

In a move poised to redefine critical communications, Askey and Acromove have unveiled a strategic partnership at Mobile World Congress Barcelona 2026, debuting a solution that promises to deploy a secure, private 5G network from scratch in under ten minutes. The jointly developed system, which integrates Askey’s carrier-grade 5G radio technology with Acromove’s portable edge data center platform, creates a powerful “network-in-a-box” designed for environments where speed, security, and independence are paramount.

This rapid-deployment capability offers a stark contrast to the weeks or months typically required to establish network infrastructure, presenting a game-changing tool for defense, emergency response, aviation, and critical infrastructure sectors. The self-contained system operates without any reliance on public networks, providing a high-bandwidth, low-latency bubble of connectivity spanning one to two kilometers, exactly where and when it is needed most.

A New Paradigm for On-Demand Connectivity

The core promise of the Askey-Acromove collaboration is operational agility. For military units in tactical situations, first responders at a disaster scene, or engineers at a remote mining site, the ability to establish a robust communication hub in minutes is not just a convenience—it's a critical enabler. The solution bypasses the vulnerabilities and potential congestion of public cellular networks, creating a completely private and secure operational environment.

By combining the 5G core network, edge computing resources, and radio access network (RAN) into a single, rapidly deployable package, the system drastically reduces both deployment timelines and operational complexity. This eliminates the need for extensive on-site configuration, specialized network engineering teams, and reliance on pre-existing infrastructure. The result is a high-throughput communication system that goes from transport cases to fully operational in less time than a standard coffee break, a feat that addresses a long-standing challenge in tactical and remote operations.

"By leveraging Acromove's edge data center platform with Askey's 5G radio technology, we provide organizations to rapidly deploy secure, high-bandwidth communication networks exactly where they are needed," said Minchul Ho, SVP of Askey International Corp., in a statement at MWC. "Presenting this collaboration at MWC Barcelona underscores our shared commitment to practical, production-ready 5G solutions that address real operational challenges."

The Technology Behind the Speed

The solution's unprecedented deployment speed is the result of a powerful synergy between two specialized technologies. At its heart is Acromove’s ServerPack™ EDGE, a ruggedized and portable “data-center-in-a-box.” These units, designed to be transported in airline-friendly cases, contain all the necessary compute, storage, and networking components to run a 5G core network. Featuring multi-core CPUs, powerful GPUs for AI processing, and ultra-fast NVMe storage, the ServerPack™ provides a complete edge cloud environment that can also function as a standalone UPS for up to four hours on its built-in batteries.

This portable data center is paired with Askey’s compact, ruggedized 5G radio systems. As a long-standing member of the ASUS family, Askey brings deep expertise in designing carrier-grade network hardware built for performance and reliability. The integrated system is engineered to deliver the ultra-reliable low-latency communication (URLLC) that is a hallmark of 5G technology, with performance metrics pointing to latency under 20 milliseconds—essential for real-time applications like drone control or remote robotic operations.

"By integrating our portable edge data center platform with Askey's 5G radio technology, we enable organizations to deploy a fully secure 5G network in minutes, bringing compute and high-bandwidth connectivity directly to the point of operation," stated George Katiniotis, CEO of Acromove. He emphasized the solution's readiness for immediate use, adding, "The fact that the solution has already been validated with multiple 5G devices further reinforces its flexibility and readiness for real-world deployments."

Tapping a Burgeoning Global Market

This technological innovation arrives at a time of surging demand for private wireless solutions in mission-critical sectors. Market analyses project explosive growth, with the global public safety LTE and 5G market expected to grow from approximately $25 billion in 2023 to over $163 billion by 2032. This growth is driven by the increasing digitization of public safety, defense, and industrial operations, which require more bandwidth, lower latency, and greater security than legacy radio systems or public networks can provide.

Sectors like defense are aggressively pursuing private 5G for applications ranging from smart warehouses and AR-assisted training to secure battlefield communications and enhanced situational awareness. The Askey-Acromove solution appears tailored for this market, and the companies have confirmed the system is already being validated with clients in key APAC markets, including India and Australia, across their defense, aviation, and mining domains. While specific details of these projects remain confidential, they signal strong early interest from industries operating in some of the world's most challenging environments.

Beyond immediate tactical uses, the technology holds significant potential for a broad range of enterprise scenarios. This includes establishing temporary networks for live broadcasting events, enabling AI-driven predictive maintenance in remote industrial plants, or providing reliable connectivity for automated vehicles in logistics hubs and ports. The partnership's stated goal of aligning product roadmaps suggests a long-term vision to address these expanding industrial and mobile edge scenarios, positioning their solution as a versatile platform for digital transformation.