Bare-Metal Nodes (Hardware)
The Sovereign Fleet
Tier 1 Hardware (Startup)
Config: Five Node / Micro-Cluster
Type: High-performance Mini-PC (e.g., Intel NUC/AMD Ryzen).
Security: Firmware TPM (fTPM). Designed for cost-efficiency and silence in office environments.
Tier 2 Hardware (ScaleUp)
Config: 5-Node SFF Cluster
Type: Small Form Factor (SFF) Servers or High-End Workstations.
Security: Discrete TPM 2.0 chips. Adds redundancy and local storage resilience.
Tier 3 Hardware (Midsize)
Config: 5-Node Rack-Mount Cluster
Type: 1U/2U Standard Rack Servers.
Security: Enterprise TPM 2.0 + YubiHSM for key management. Introducing dedicated GPU nodes for local AI inference.
Tier 4 Hardware (Enterprise)
Config: Multi-Rack / Multi-Zone Cluster
Type: High-Density Compute Nodes & NVMe Storage Arrays.
Security: FIPS 140-2 Level 3 HSMs. Fully redundant power and networking for mission-critical uptime.
Tier 5 Hardware (Hyperscale)
Config: Custom Datacenter-Scale, Multisite, Multi-Region Pods
Type: Open Compute Project (OCP) style vanity-free hardware.
Security: Network HSMs and Custom Root of Trust Integration. Optimized for massive scale AI training and data sovereignty.
Zero-Trust Foundation
Sovereign Verification
Our rigorous supply chain security process ensures that no "Backdoors" or "Trojans" are introduced into your infrastructure. We verify firmware, validate hardware components against known baselines, and ensure that the physical boxes cannot "Call Home" to siphon trade secrets.
This is critical for Digital Sovereignty—if you cannot trust the metal your code runs on, encryption is merely a delay, not a defense. This creates a trusted hardware root for the entire stack.
Hardware Resilience
- ↪ Reliability (N+2): Every cluster is architected to survive the simultaneous failure of up to 2 nodes without data loss or service interruption. This self-healing capability is powered by the distributed storage mesh which automatically re-replicates data to surviving nodes.
- ↪ DR/BCP (Cloud-Burst): A unique innovation that allows the cluster to "failover" to the cloud. In the event of a total site disaster (fire/flood), the system spins up encrypted "Confidential VMs" in the cloud, re-hydrates data from encrypted backups, and resumes operations in a "Cloud-First" mode until local hardware is replaced and recovered.
The Elastic Boundary
Confidential Cloud VMs (The Extension)
Leverages the Google Cloud Confidential Computing portfolio to extend your sovereign boundary elastically.
Technology: Utilizes Trusted Execution Environments (TEEs) powered by AMD Secure Encrypted Virtualization (SEV), and Intel TDX. For AI workloads, we integrate NVIDIA Confidential Computing.
Benefit: Data remains encrypted in use (in memory) while processing. The cloud provider cannot see your data or keys. This capacity is managed through the same Local Control Plane as your physical hardware, providing a unified, elastic, and sovereign fleet.
Explore The Stack
- ↪ The Solution: Discover the Sovereign Software Suite
- ↪ The Proof: Calculate your 25-Year Financial Reality (TCO)