StackYak offers a modular AI infrastructure platform that lets developers provision inference, compute, and networking layers individually or as a full stack, enabling rapid deployment of AI agents. The service provides high‑performance GPU fabric (e.g., 8× H100) with low‑latency networking (≈1.2 ms) to eliminate handoffs and streamline workloads for next‑quarter releases.
Funding
Funding not disclosed
Founders
Product
Problem
Developers of AI agents often face fragmented infrastructure, requiring separate services for compute, inference, and networking, which leads to integration overhead, latency, and costly handoffs between providers.
Solution
Yak offers a modular AI infrastructure platform that provides high‑performance GPU fabric, low‑latency networking, and inference services as interchangeable layers or a unified stack. Users can provision a single 8× H100 GPU cluster with sub‑millisecond network latency, enabling rapid deployment of AI workloads without moving between multiple vendors. The platform’s plug‑and‑play design lets teams select only the needed components—compute, inference, or networking—or combine all three for a seamless end‑to‑end environment, reducing operational complexity and accelerating time‑to‑market for AI agents.
Target Audience
Primary customers are AI development teams and enterprises building and deploying AI agents that require high‑performance compute and low‑latency networking, such as autonomous systems, conversational AI, and real‑time analytics providers.
Features
- Scalable GPU fabric featuring up to 8× NVIDIA H100 GPUs per node for high‑throughput training and inference
- Low‑latency networking layer delivering sub‑2 ms round‑trip times between compute resources
- Independent compute, inference, and networking modules that can be provisioned separately or as a full stack
- Unified API and management console that eliminates handoffs between disparate service providers
- Optimized for AI agents with fast workload spin‑up (e.g., 03:21 deployment time) and minimal configuration overhead