Architecture consulting
Requirements discovery, platform comparison, deployment models, capability planning, and transparent tradeoffs.
Private compute + hybrid systems
BLITS engineers right-sized on-prem AI/ML systems and hybrid architectures for teams that need local performance, data control, a smaller footprint, and a clear operational path.
Workload-first architecture
GPU count alone does not define a useful AI platform. Memory capacity, data movement, storage, thermals, power, software compatibility, concurrency, privacy, and the people operating the system all shape the correct design.
Small footprint, serious capability
Many teams need controlled local inference, development, retrieval, automation, or engineering tools—not a giant training cluster. We design for the useful workload and a manageable operating footprint.
Engineering scope
Compute is one layer. A dependable AI/ML environment also needs a stable system, good data paths, access controls, observability, and a way to deploy work repeatedly.
Requirements discovery, platform comparison, deployment models, capability planning, and transparent tradeoffs.
Component selection, physical design, thermal considerations, host configuration, and accelerator provisioning.
Driver and runtime integration, system tuning, service design, resource controls, and reliable administration.
Dataset movement, local storage, shared access, throughput, capacity, backup, and retention considerations.
Private inference services, access patterns, containerized deployment, resource allocation, and operational handoff.
Secure connections between local systems and cloud resources for selected workflows, scale, or collaboration.
Custom technical tooling
Where appropriate, BLITS can connect models to internal workflows with custom interfaces, engineering utilities, retrieval systems, deterministic calculations, and task-specific automation.
Control where it matters
Local capability can reduce dependency on an external service, make data boundaries clearer, and provide predictable access. Hybrid architecture remains useful when cloud elasticity or a managed capability fits part of the workload better.
A durable decision
Validate model compatibility, memory needs, performance expectations, data flow, and user concurrency.
Account for monitoring, updates, security, supportability, power, thermals, and recovery from failures.
Choose architecture with realistic expansion, replacement, software, and hybrid options in view.
AI/ML infrastructure inquiry
Share the model or use case, data sensitivity, expected users, and where the system needs to operate.