Your Questions About Our Platform Answered

Find answers to common questions about our AI infrastructure, workforce, and deployment solutions.

Frequently Asked Questions

Learn more about how ThisWay Global helps organizations deploy sovereign AI infrastructure at scale.

Amalgamy.ai is our hardware orchestration platform for AI and high-performance computing infrastructure. It automates provisioning and optimization of GPU clusters, networking, and storage across hybrid, on-premises, and sovereign environments. Learn more at Amalgamy.ai

Sovereign Blueprint is our end-to-end planning and deployment framework for organizations that need full control over their AI infrastructure. It covers site evaluation, compliance mapping, hardware selection, architecture design, and operational handoff for on-premises, air-gapped, and hybrid environments.

Our infrastructure and deployment frameworks are designed to meet ITAR, FedRAMP, GDPR, and other regulatory requirements. Sovereign Blueprint includes compliance mapping as a core phase, ensuring your environment is audit-ready from day one.

Our AI4JOBS platform connects skilled trades and engineering talent to data center construction, operations, and infrastructure roles. It uses AI-powered matching to identify candidates by trade, certification, and clearance level, and integrates with workforce training programs to build a qualified talent pipeline.

Our solutions serve enterprise, government, public sector, and research institutions. Whether you are building a sovereign cloud, staffing a data center buildout, or deploying AI at the edge, our platforms adapt to your security posture and operational requirements.

We provide white-glove support with dedicated infrastructure engineers embedded with your team from planning through production. This includes architecture review, deployment assistance, workforce sourcing, and ongoing operational guidance.

Talk to an Infrastructure Expert

From sovereign AI deployment to data center acceleration, our team brings deep expertise across every layer of the stack.

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