SERVICES
On-premise local AI: hardware, models, and operation
Stop paying cloud tokens for repetitive processes: local AI sized, deployed, and governed.
Why choose On-premise local AI: hardware, models, and operation?
The cost of AI services in the cloud grows with use: each process, agent, or internal query consumes tokens. At the same time, open-weight models are becoming more capable, and a category of desktop AI supercomputers has been born with enough unified memory for serious local inference. Q2BSTUDIO turns that opportunity into an implementation project: we diagnose when it pays to move on-premises, size multi-vendor hardware, deploy the right software stack, and connect AI to company processes, documents, and systems.
We do not sell a brand of box. We advise and implement on NVIDIA DGX Spark / GB10 platforms (ASUS Ascent GX10, Dell Pro Max with GB10, HP ZGX Nano, Lenovo ThinkStation PGX, MSI EdgeXpert, GIGABYTE AI TOP Atom, Acer Veriton/Altos) or AMD Ryzen AI Halo / Strix Halo alternatives (Framework, GMKtec and other mini-PCs) and, when volume demands it, GPU servers. The value of Q2BSTUDIO is design, deployment, integration, and governance — not the resale of hardware.
In software we cover the full journey: LM Studio and Ollama for adoption and pilots in the position; vLLM or TensorRT-LLM for multi-user production; ROCm/Vulkan when the way is AMD; and on top of that RAG, agents, n8n/Dify and internal APIs. The message is not "install a chat": it is to go from pilot to stable internal service with cost and data control.
This service is the hub from which AI runs. The Artificial Intelligence hub continues to be the solutions hub (agents, chatbots, product RAG). The "Private and Secure AI" sub-service within that hub covers VPC/dedicated cloud architectures; here the focus is on-premise / local box / CAPEX vs. token OPEX. Both complement and link each other as the case may be.
We work with ENS/GDPR in mind: access, audit, retention, and operation. We're honest with trade-offs: CUDA is usually more mature for heavy agentic stacks; AMD brings Windows/x86 and competitive entry. We made the decision with load data, not with manufacturer marketing.
WHAT'S INCLUDED
On-premise local AI: hardware, models, and operation solutions we develop
Cloud vs on-prem diagnostics and hardware sizing
We analyze token volume, data sensitivity, and load to decide on cloud, hybrid, or on-premises and size GB10, AMD Halo, or GPU server.
View solution →On-premises LLM deployment (LM Studio, Ollama, vLLM)
We install and harden the local runtime: LM Studio/Ollama for pilot and vLLM or TensorRT-LLM for multi-user production.
View solution →RAG and private agents over internal data
We connect the on-premises LLM to internal documentation and systems: RAG with appointments, agents with tools and permissions within the edge.
View solution →On-premises AI operation, monitoring, and governance
We leave the local AI operable: accesses, logs, alerts, model updates, backups and runbooks aligned with ENS/GDPR.
View solution →
HOW WE WORK
Our development process
Diagnose
Token volume, data sensitivity, cloud vs on-premises threshold, and ENS/GDPR requirements.
Size
We choose GB10/OEM family, AMD Halo or GPU server based on load, stack and budget.
Unfold
LM Studio/Ollama in pilot; vLLM or TensorRT-LLM in production; internal models and APIs.
Integrate and operate
RAG/agents on internal data, governance, monitoring and upgrade plan.
FREQUENTLY ASKED QUESTIONS
