TentiCL provides factory‑engineered modular data center and micro‑edge units that can be shipped and commissioned in weeks, delivering pre‑tested power, cooling, UPS and security systems in a standardized intermodal chassis. The GPU‑optimized, high‑density modules support up to 200 kW per unit and integrate remote DCIM telemetry, API‑driven provisioning, and plug‑and‑play electrical and network interfaces for rapid deployment of AI, edge and high‑performance workloads.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional brick‑and‑mortar data centers are slow to build, capital‑intensive, and lack the flexibility to support latency‑sensitive AI, edge, and high‑performance workloads. This creates bottlenecks for cloud providers, telecom operators, and enterprises that need compute close to users or data sources.
Solution
TentiCL delivers factory‑engineered, modular data center (MDC) and micro‑edge units that can be shipped, installed, and commissioned in weeks rather than months. Each module integrates power distribution, redundant UPS, precision cooling, fire‑suppression, and security systems within a standardized intermodal enclosure. The architecture is GPU‑ready and supports high‑density rack layouts, enabling AI training, inference, and other accelerated workloads. A plug‑and‑play design reduces on‑site integration effort and operational overhead. The solution scales incrementally from a single micro node to multi‑megawatt facilities, preserving a consistent management interface. TentiCL’s partner ecosystem provides cloud, edge, and managed‑service enablement, allowing customers to focus on applications while the infrastructure is handled end‑to‑end.
Target Audience
Primary customers are AI/ML platform operators, cloud and managed service providers, telecom and 5G network operators, as well as government, critical‑infrastructure, healthcare, research and education organizations requiring low‑latency, high‑performance compute at the edge or in centralized facilities.
Features
- Intermodal, factory‑built chassis with pre‑tested IT racks, power distribution units (PDUs) and redundant UPS systems
- High‑density GPU‑optimized rack configurations supporting up to 200 kW per module
- Advanced cooling technologies (liquid‑cooled rear doors, chilled‑water loops) for sustained compute performance
- Integrated fire‑suppression, physical security, and DCIM (Data Center Infrastructure Management) telemetry with remote health monitoring
- Plug‑and‑play electrical and network interfaces enabling rapid commissioning and minimal on‑site labor
- Scalable modular architecture: add or replace modules without disrupting existing workloads, supporting growth from edge to MW‑scale deployments
- Energy‑efficient design with optimized airflow, low‑PUE components and sustainable material choices
- API‑driven integration with partner cloud and managed‑service platforms for automated provisioning and lifecycle management