Kurtis Krack's Contact Details

Kurtis Krack's Company Details

Denvr Dataworks

Calgary, AB, CA • 5 - 9 Employees
Technology Consulting/Tech Services

Denvr Dataworks. High Performance Cloud.Denvr's ultra-efficient data centers are the basis of our Premium HPCaaS at 40-80% lower cost to our customers. Denvr's High Performance Cloud services are designed for AI/ML, Deep Learning, GPU Accelerated Data Science and related applications, with seamless support for hybrid cloud scenarios.High Performance CloudThe Denvr Platform is built exclusively on advanced NVIDIA GPUs (V100S, A100, A100 MIG) and backed with NVMe storage and Mellanox InfiniBand 100G+ networking. Clients workloads execute on Managed CNCF Kubernetes, VM instances, or pre-built application services. Denvr integrates seamlessly with DevOps pipelines and APIs in private-cloud, hybrid-cloud, and edge computing settings.Clean Technology Data CentersOur data centers run industry leading Power Usage Effectiveness (PUE) ratings, far better than air cooled data centers. We are clean technology leaders and we develop practical solutions that have real-world impact working with today's infrastructure.Supercharged Stacks | All Major Frameworks and DriversSimplify your ML jobs. Denvr VM stacks come with all major ML frameworks and toolsets preinstalled. Tools such as PyTorch, TensorFlow, Scikit-learn, Keras, Caffe, including major deep learning frameworks Apache MXNet and NVIDIA Cuda (cuDNN). What ever your preference, we likely support it.The Convergence of HPC and the CloudThe next revolution in research computing is cloud transformation. Denvr Batch is based on Slurm Workload Manager and runs on client dedicated bare-metal or virtual machine instances. Jobs are fault-tolerant and can be configured with user resource limits or for elastic bursting to scale out compute nodes.Data Center-Scale PerformanceBy leveraging GPU-powered parallel processing, users can run advanced, large-scale application programs efficiently, reliably, and quickly. Denvr uses all-InfiniBand clusters to provide scalability across multiple compute nodes.