GetWorks Launches 'GWX' Private Network Gateway for AI Processing
Key facts
- GetWorks Launches 'GWX' Private Network Gateway for AI Processing
- GetWorks has launched 'GWX', a private network gateway service for companies handling sensitive AI data. It allows secure access to GPU servers in its container data centers without relying on the internet, supporting dedicated lines or SIM connections for compliant, secure AI workflows.
- Source: PR Times
- Date: June 9, 2026
Direct answer
GetWorks has launched 'GWX', a private network gateway service for companies handling sensitive AI data. It allows secure access to GPU servers in its container data centers without relying on the internet, supporting dedicated lines or SIM connections for compliant, secure AI workflows.
- Citation
- GetWorks Launches 'GWX' Private Network Gateway for AI Processing (June 9, 2026), PR Times
- Source
- PR Times
- Date
- June 9, 2026
GetWorks has launched 'GWX', a private network gateway service for companies handling sensitive AI data. It allows secure access to GPU servers in its container data centers without relying on the internet, supporting dedicated lines or SIM connections for compliant, secure AI workflows.
📋 Article Processing Timeline
- 📰 Published: June 9, 2026 at 17:00
- 🔍 Collected: June 9, 2026 at 08:21
- 🤖 AI Analyzed: June 9, 2026 at 08:31 (10 min after Collected)
As AI agents evolve, more companies are entrusting internal knowledge to AI. However, storing confidential or personal information in public cloud services or data centers poses new risks regarding data leakage and auditing requirements.
To mitigate these risks and safely harness the power of AI, GetWorks developed the GWX private network gateway. The service builds a secure closed network between the user and resources like GPU servers located within its container data centers, enabling direct communication without traversing external networks like the internet.
Key Features and Specifications:
- Connectivity: Dedicated lines and SIM cards (service available as soon as the same day).
- Flexibility: Multi-carrier compatibility ensures smooth migration without dependence on existing line environments.
- Use Case: Start with SIM-based closed network connections for laptops or Wi-Fi routers, and scale up to dedicated lines for low-latency environments.
- Compliance: Internet access is blocked by default. An optional 'internet connection with monitoring' is available, allowing communication only from the server outward.
- Security: Servers can be housed starting from a single unit, and container data centers are dedicated (not shared with other customers).
Moving forward, the company plans to develop additional services such as AI agents, audit logging, and quantum-encrypted communications between sites, aiming to expand AI and IT infrastructure in Japan.
GetWorks will showcase its container data center hardware and perform live demonstrations of closed-network LLM services and generative AI (image/video) at Interop Tokyo 2026, held from June 10th to 12th.
FAQ
What is the closed network Gateway service 'GWX'?
It is a secure communication environment provided by Getworks that directly connects GPU servers in a container data center to users without using the internet.
What is 'GWX' suitable for?
It is suitable for securely processing confidential information, personal data, and customer information with AI while complying with internal regulations and audit requirements.
What types of connection methods does 'GWX' offer?
It offers two types: dedicated line connection and wireless connection using SIM cards. The SIM method can be started on the same day.
Is communication from the server to the internet possible?
It is prohibited by default, but an optional 'internet connection with connection auditing' that allows communication from the server to the internet is available.
Where can I find detailed information about the service?
You can check the details through the website, email inquiries, or at the Getworks booth at 'Interop Tokyo 2026' held at Makuhari Messe from June 10-12, 2026.