Support workloads with specific technical requirements
Architect and optimize high-performance computing (HPC), GPU clusters, IoT telemetry ingestion, and specialized computational workloads.
Attempting HPC on standard commodity virtual machines, unbuffered IoT sensor ingestion crashing databases, and unoptimized GPU memory caching.
Assess your organization's preparation before initiating services in Specialized Cloud:
Orchestrate high-throughput GPU clusters optimized for maximum compute and memory efficiency.
Configure GPU-enabled computing for workloads that benefit from parallel processing, including AI, graphics, and scientific computing. We match hardware and software setup to the workload.
High-Performance Computing clusters equipped with InfiniBand fabrics and Slurm job schedulers.
Design cloud infrastructure for high-performance computing workloads that need substantial parallel processing or specialized networking. Planning covers compute, storage, scheduling, and cost.
Scalable HLS and DASH video streaming architectures with global low-latency CDN delivery.
Build or improve the systems used to ingest, process, deliver, and monitor audio or video streams. Architecture depends on latency, audience size, quality, and distribution needs.
Resilient e-commerce cloud architectures optimized for fast checkouts and high conversion.
Build and operate the hosting, application, data, and delivery systems behind an online store. We focus on checkout reliability, security, performance, integrations, and seasonal demand.
High-concurrency, low-latency game servers and matchmaking backends built for global players.
Build the backend services that support online games, such as accounts, matchmaking, leaderboards, game data, and live operations. The design depends on concurrency, latency, and game requirements.
High-throughput IoT telemetry ingestion pipelines capable of millions of messages per second.
Connect devices to cloud services for secure communication, data collection, device management, and processing. We design around device scale, connectivity, lifecycle, and data needs.
Speak directly with a Principal Cloud Architect. We will review your infrastructure requirements and deliver a written Statement of Work.