Computing Drives Sustainable Innovation
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About Program

As AI reshapes the global landscape, Wistron is stepping forward to ensure its benefits reach farther and serve more. Starting in 2026, Wistron will launch the "Wistron Computing Power Donation Program"—a commitment to donate one million GPU hours annually to promising startups and research institutions in Taiwan and around the world.

The mission is clear: to help innovators overcome the high barrier of computing resources that often stands between an idea and its realization. Through this Program, participants will gain access to advanced infrastructure for AI model training, fine-tuning, and deployment, as well as support for complex simulation and virtual computing environments.

GPU computing power 
5-35
Thousands of hours
Length of use
6
Months
NVIDIA
H100
Series chips

Wistron Computing Power Donation Program is dedicated to empowering innovation and accelerating progress. In line with Wistron's belief that shared technology fosters collective advancement, the program prioritizes areas that deliver both economic growth and social impact.

In partnership with Garage+, Taiwan's leading international incubation center, Wistron Computing Power Donation Program extends beyond computing power. Participants will also benefit from business mentorship and gain access to Taiwan's world-class supply chain ecosystem. With the support from both Wistron and Garage+, the Program builds a bridge between an idea and realization, between innovation and real-world impact.

At its core, Wistron Computing Power Donation Program is an act of generosity. It embodies the belief that technology is not a race for dominance, but a force for shared progress—transforming computing power into human advancement.

.Application Category
Startup Company
  1. Company Type: Startup established within Seven Years (registered/established after January 1, 2019)
  2. Possess a Local Connection (Must meet at least ONE of the following)
    • Company is legally registered in Taiwan OR has an officially registered branch in Taiwan.
    • Operate a dedicated R&D office/center in Taiwan.
    • At least one founder holds Taiwanese nationality.
  3. Technical Readiness:
    • Team members must possess extensive experience in using large-scale computing power or an AI-related technical background, along with strong data processing capabilities.
    • Must have necessary datasets prepared for training, inference, and validation.
Prioritization Advantage:
  • Completed a Proof of Concept (POC) or developed a preliminary product prototype.
  • Has a clear product commercialization plan and demonstrates the project’s competitive potential and long-term value in the target market.
Academic Institution
  1. Institution Type: Legally registered university or college in Taiwan.
  2. Research Quality: Non-teaching use, AND must have measurable expected outcomes aligned with the research objectives.
  3. Technical Readiness:
    • Team members must possess extensive experience in using large-scale computing power or an AI-related technical background, along with strong data processing capabilities.
    • Must have necessary datasets prepared for training and validation.
Prioritization Advantage:
  • Has not yet obtained computing power subsidies through other industry–academia collaborative research projects.
  • Possesses preliminary research outcomes, trained models, and evaluation datasets.
.Application Process
1
Application
Now - 2025/12/12
2
Evaluation
2025/12 - 2026/01
3
Announcement
2026/01
4
Orientation
2026/01
5
Computing Power Usage
2026/02 - 2026/07
6
Demonstration
Application
Now
-
2025/12/12
Evaluation
2025/12
-
2026/01
Announcement
2026/01
Orientation
2026/01
Computing Power Usage
2026/02
-
2026/07
Demonstration
.Review Focus
Startup Company
+
Value indicator bonus
Technical Innovation and Foresight
+
Demonstrates tangible proof-of-concept results or initial product prototypes showcasing originality and breakthroughs.
Market Potential
+
Presents a clear and feasible product commercialization plan, with competitive advantages and long-term market value.
Team Competence
+
Shows readiness through well-prepared data for model training and validation.
Computational Resource Utilization Plan
+
Outlines a comprehensive computational resource utilization strategy, including multi-GPU requirements.
+
Possesses relevant experience and capability to deliver scalable, high-performance GPU-based solutions.
Societal and Industrial Impact
+
Contributes to the advancement of open innovation through the release or sharing of open-source data, code, or models.
Academic Institution
+
Value indicator bonus
Technical Innovation and Foresight
+
Presents publicly available early-stage research outcomes (e.g., academic papers, patents, or open-source projects) that demonstrate originality and potential for technological advancement.
Research Value and Academic Influence
+
Represents a research project that has not yet received computational resource subsidies and demonstrates strong potential for interdisciplinary collaboration among academia, industry, and government sectors.
Team Competence
+
Shows readiness through well-prepared data for model training and validation.
Computational Resource Utilization Plan
+
Outlines a comprehensive computational resource utilization strategy, including multi-GPU requirements.
+
Possesses relevant experience and capability to deliver scalable, high-performance GPU-based solutions.
Societal and Industrial Impact
+
Contributes to the advancement of open innovation through the release or sharing of open-source data, code, or models.

FAQ

Q1. For applicants affiliated with an academic institution, is professorial status required? Can graduate or doctoral students submit applications independently?
Only professors from academic institutions may serve as the project’s Principal Investigator.
Q2. In addition to completing the online application form, is a project proposal also required?
Teams that have a complete project proposal (in any format) may upload it during the online submission. If no proposal is available, the online form by itself will be accepted.
Q3. Are standardized formats or electronic templates available for both the project proposal and the project final outcome report?
No specific formats or templates are required for the project proposal or final outcome report; teams may prepare their documents independently.
Q4. If applicants are simultaneously applying for other computing subsidy programs, are they still eligible to apply for this program?
Yes; however, applicants are advised to disclose this information truthfully on the application form.
Q5. What resources will be provided to the selected teams?
This program provides GPU computing hours, storage space, and an orientation on using the GMI platform. Applicants are responsible for preparing their own models and data and must possess the technical skills necessary for data analysis, model training, MLOps deployment, multi-GPU operations, cloud environment deployment, code debugging, and other related capabilities.
Q6. Will the program provide models, or are teams required to develop their own?
The program does not provide models; participants must upload their own models for training or inference.
Q7. If we apply for eight GPUs, can the computing service be provided in Bare Metal mode?
Due to current functional limitations of the GMI platform, this program provides computing services only in Container mode. If there is significant demand for Bare Metal mode, the organizers will explore feasible solutions in the future.
Q8. If I am only familiar with Colab or on-premises systems and not with Docker or SSH, will training be offered to run my code on the program’s computing platform?
Teams requiring technical guidance on cloud environment deployment and operations are encouraged to consult directly with IT service providers for project support.
Q9. If the allocated GPU hours are insufficient, can additional GPU hours be requested?
If allocated GPU hours run out before the end of the usage period, teams may request a one-time supplement by submitting an application at least six weeks before the period ends. Approved extra hours must be used within the original project period, and any unused hours will be forfeited. The usage period cannot be extended.
Q10. Can the usage period be extended if allocated GPU hours are not fully used?
If allocated GPU hours are not fully used within the usage period and an extension is needed, each project may apply for a one-time extension. Applications must be submitted at least six weeks before the usage period ends. Once approved, the usage period may be extended by up to three months. Any unused GPU hours after the extended deadline will be forfeited, and no further supplementation will be granted.
Q11. What differentiates this program from other GPU resource programs?
1. Target Audience: This program focuses on medium-scale computing needs (1–8 H100 GPUs).
2.Duration of Computing Resources: This program provides computing resources for six months.
3.Project Outcome: Upon completion of the computing period, this program will host an annual results presentation to showcase project achievements.
4.Rooted in Taiwan: This program primarily targets startups with local connections in Taiwan and Taiwanese universities, with the goal of attracting foreign startup teams to establish and grow in Taiwan.

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