In-Silico Machines (PC Building) Services provide customized, high-performance computers specifically built for computational biology, modeling, simulations, and data-intensive research applications. These systems are tailored to meet exact workflow requirements—whether for molecular modeling, AI workloads, or scientific analysis—ensuring optimal processing power, GPU performance, storage speed, and reliability. The service includes selecting compatible components, professional assembly, system optimization, and benchmarking to deliver a ready-to-use workstation designed for advanced in-silico tasks.
Each system is tailored to the application's computational needs, from CPU and GPU selection to memory, storage, and cooling solutions. This ensures the machine is purpose-built for scientific modeling, simulations, AI workloads, or any specialized in-silico tasks.
Hardware components are selected and configured to deliver maximum speed and efficiency. Systems are fine-tuned for parallel processing, fast data handling, and seamless multitasking, ensuring smooth performance even under heavy computational loads.
The machines are equipped with the processing power, high-end GPUs, and stable architecture required for molecular simulations, structural modeling, bioinformatics pipelines, and large-scale data analysis. They are prepared to run demanding scientific software right out of the box.
Every build undergoes vigourous testing, including stress tests, thermal checks, and performance benchmarking. This ensures long-term reliability, stability, and consistent output for mission-critical research and development work.
We build customised PCs for most
computaional biology applications.
Every tier has a specialised use case for your
computation needs.
A budget concious PC, designed for small teams and institutions who need a simple machine that packs enough power to experiemnt and explore.
A high performance CPU focused PC, designed to handle high throughputs of CPU bound loads.
A high performance GPU focused PC, that delivers the largest number of CUDA cores needed for any variety of GPU bound applications.
A specialised machine built with the power to support Artificial Intelligence and Machine Learning Development.