KEYAN calculation provides highly flexible and cost-effective computing power rental solutions tailored for research institutes and scientific enterprises. Facing sudden bursts of highly concurrent computational tasks, strict project deadlines, or the financial pressure of temporary hardware investments, our cloud supercomputing resources are always on standby.
Whether your research relies on the extreme multi-core CPU processing required for complex CALPHAD modeling and Finite Element Analysis (FEA), or the massive parallel GPU computing needed for long-timescale Molecular Dynamics (MD) simulations and rapid large language model fine-tuning, you can execute second-level scaling and pay-as-you-go billing based on specific needs. By eliminating the heavy burdens of underlying server room construction and hardware maintenance, our all-postgraduate expert team ensures you focus your core energy and funding entirely on rapidly publishing top-tier outcomes and driving breakthrough technological innovations.
Say goodbye to expensive hardware procurement and server room construction. KEYAN calculation offers flexible pay-as-you-go and monthly packages. Maximize your limited research funding to tackle core academic challenges, launching your cutting-edge physical simulations and AI projects with minimal trial-and-error costs.
Facing demanding data supplement requests from journal reviewers (Rebuttals) or sudden large-scale multi-scale computational tasks? Our cloud HPC cluster is always on standby. Support one-click instant scaling to hundreds of nodes, seizing the academic initiative with extreme efficiency to comfortably meet urgent deadlines.
Renting computing power is more than just getting a virtual machine. KEYAN calculation's all-postgraduate team provides comprehensive academic-level technical backing. From underlying communication library (MPI/CUDA) optimization to the seamless pre-installation of professional scientific software, we eliminate complex IT maintenance for a ready-to-use experience.
Whether you need the latest Intel/AMD architectures to overcome the memory wall in First-Principles (DFT) calculations, or rely on top-tier GPU matrices to accelerate million-atom Molecular Dynamics (MD) evolutions, our rich heterogeneous resource pool precisely matches the strongest digital foundation for your complex algorithms.
KEYAN calculation offers highly flexible billing solutions. For sudden or short-term computing needs (like meeting a reviewer's rebuttal deadline), we support pay-as-you-go models billed by the hour or day. For long-term routine projects, we offer highly cost-effective monthly or annual packages, fully adapting to the funding pace of different research groups.
Not at all. Our all-postgraduate expert team provides an "out-of-the-box" experience. Whether you need First-Principles calculations (DFT), Molecular Dynamics (MD), or deep learning training, we pre-complete the optimal compilation and environment configuration of underlying communication libraries (MPI/CUDA) and specific scientific software for you.
We understand the pain points of transferring research data. KEYAN calculation equips exclusive cloud nodes with enterprise-grade, high-bandwidth dedicated networks and supports multiple efficient data transfer protocols. This ensures your massive initial mesh files and huge computational trajectory data flow ultra-fast and seamlessly between local and cloud environments.
We treat research data security as a lifeline. All rented nodes employ extremely strict network isolation and enterprise-grade encryption. Each tenant's environment is completely independent. Upon task completion, you can opt for one-click physical-level data erasure, thoroughly eliminating any risk of intellectual property leaks.
We maintain a massive heterogeneous computing resource pool as a deep reservoir. Through intelligent job scheduling systems (like Slurm) and elastic scaling mechanisms, the system instantly allocates idle resources based on your task priority. Even during peak computing times, waiting times are drastically minimized to ensure your research progress is never delayed.
Our scientific consultants provide expert assessments. Generally, tasks heavily reliant on logical computation and memory bandwidth, like FEA or CALPHAD, are better suited for high-frequency CPU nodes. For large-scale MD simulations of millions of atoms or AI large model fine-tuning, we precisely match you with top-tier multi-GPU accelerated nodes.
No, we provide in-depth scientific-level support. Unlike standard IT customer service, our all-postgraduate team directly assists you in troubleshooting root causes. Whether it's an Out-of-Memory (OOM) error, dependency library conflict, or parallel communication topology error, we provide professional log analysis and parameter adjustment recommendations.
Fully supported. We have a long history of serving major universities, research institutes, and scientific enterprises, possessing a mature standard contract system and corporate financial workflow. We can issue compliant VAT invoices and detailed research testing service lists tailored to your institution's specific financial reimbursement requirements.
Tell us what you're working on—our PhD-level team will respond quickly with a tailored solution and quotation (DFT/MD/FEM/CFD, 200+ PFlops compute resources, or end-to-end manuscript support).
