Machine Learning and Artificial Intelligence
Challenge
Our client, heavily reliant on GPU servers for running resource-intensive AI/ML algorithms, faced significant performance issues when migrating to the cloud. Despite utilizing cloud GPU servers, they experienced slow processing times, unreliable resource scaling, and high operational costs. The performance bottleneck threatened their project timelines and customer satisfaction.


Challenge, Solution and Result
Project Information
Client:
AI and ML solutions company
Location:
Japan
Industry
Artificial Intelligence & Machine Learning (AI/ML)
Date
November 2024
- Challenges
- Requirements
- Results
- Conclusion
- Key Takeaway
Key Problems Identified
Technical situation and environment analysis
JPStream stepped in to analyze the existing cloud infrastructure and GPU server setup. By leveraging our expertise in dedicated GPU cloud servers, we deployed a customized solution for the client.
By implementing JPStream’s powerful GPU cloud servers, the client overcame their performance issues, reduced operational costs, and successfully scaled their AI/ML workloads. Our dedicated support and expertise ensured that the client could focus on innovation rather than infrastructure challenges.
JPStream offers tailored cloud GPU server solutions that provide optimized performance, scalability, and cost efficiency for businesses running resource-heavy workloads like AI and ML. Whether you’re migrating to the cloud or improving your existing setup, we have the expertise to elevate your infrastructure.
Virtualized GPU technology for sharing graphics processing & computing power.
vGPU 16Q Plan
¥ 128728 / Monthly
- GPU Memory: 16GiB
- Memory RAM: 48GiB
- CPU: 8 vCPU
- Storage: 800GiB NVMe SSD
- Transfer: 10TB
vGPU 48Q Plan
¥ 278988 / Monthly
- GPU Memory: 48GiB
- Memory RAM: 128GiB
- CPU: 24 vCPU
- Storage: 1500GiB NVMe SSD
- Transfer: 16TB
Dedicated GPU Entry Level
¥ 78228 / Monthly
Achieve Ultra-High Performance
- Let your cloud server harness the full power of dedicated GPU to achieve ultra-high-performing parallel data computation, machine learning and graphics-intensive projects.
