Engineering Infrastructure, Intelligent Systems, & Custom Software.
ReesLabs designs high-reliability networking architectures, self-hosted private AI compute clusters, and custom full-stack software tools built for precision and long-term autonomy.
Network Uptime
99.98%
BGP Dual-Homed Uplinks
Self-Hosted Compute
128 vCPU
Proxmox / K8s Cluster
Private Storage
160 TB
ZFS High-Availability Pool
AI Inference
70 Tok/s
Local Llama 3 & DeepSeek
Core Focus
Engineering Capabilities
Modular solutions bridging enterprise network architecture, local artificial intelligence, and custom software utilities.
Network Operations
Enterprise-grade routing architecture, BGP multi-homing setups, VLAN segmentation, and multi-vendor firewalls.
- Juniper & Fortinet OS
- OSPF / BGP Routing
Self-Hosted AI
On-premise LLM deployment, private RAG pipelines, GPU inference acceleration, and air-gapped data safety.
- Ollama & vLLM Runtimes
- Local Vector Storage
Custom Software
Tailored web apps, DNS record management tools, network calculators, and workflow automation suites.
- Node.js & React Tools
- Cloudflare & REST APIs
Storage & Infra
Resilient ZFS storage arrays, automated off-site backups, container orchestration, and power redudancy.
- TrueNAS ZFS Pools
- Proxmox VE Clusters
Portfolio
Software & Tooling Showcase
Cloudflare DNS Manager
Lightweight dashboard interface for rapid dynamic record updates, proxy toggles, and IP failover rules via Cloudflare's API.
Rack Topology Visualizer
Canvas-driven interactive rack mapping utility for documenting network switch ports, fiber uplinks, and patch panel paths.
Private Document RAG Pipeline
Offline vector index for internal network documentation, technical PDF datasheets, and codebases running on GPU nodes.
Subnet & Optical Loss Calculator
Combined IPv4/IPv6 CIDR subnetting calculator alongside fiber optic link budget loss estimation math engine.
Proxmox Cluster Backup Monitor
Automated audit script notifying Slack/Discord channels regarding PBS backup status, snapshots, and wear levels.
BGP Route Failover Simulator
Interactive visual simulator for testing autonomous system path selection, prepending, and primary/backup link failover.
Live Metrics
Homelab System Dashboard
Real-time status of compute nodes, resource allocation, and optical network interfaces.
2x AMD EPYC 7542 • 2.9GHz
ECC DDR4 Registered 3200MHz
NVIDIA RTX 6000 Ada Cluster
ACTIVE SERVICE INSTANCES
| Container Name | Type | Port | Status |
|---|---|---|---|
| ollama-inference-01 | AI Engine | :11434 | Running |
| cloudflare-dns-sync | Daemon | Internal | Running |
| juniper-snmp-collector | Telemetry | :161 | Running |
18.4 TB / 32.0 TB
Configuration: RAID-Z2 (4x NVMe PCIe 4.0 Enterprise)
92.1 TB / 128.0 TB
Configuration: RAID-Z2 (8x 18TB SAS3 12G HDDs)
PRIMARY WAN (ISP A)
10 Gbps SFP+
BGP Peer EstablishedBACKUP WAN (ISP B)
1 Gbps RJ45
Standby FailoverINTERNAL BACKBONE
40 Gbps QSFP+
LACP Core Switch TrunkPhilosophy
Built for Reliability, Precision, & Data Autonomy.
ReesLabs serves as both an active research studio and a private homelab environment focused on enterprise networking, full-stack software development, and self-hosted AI compute models.
We believe in understanding hardware down to the silicon and packet level. By maintaining air-gapped infrastructure, high-throughput optical switches, and tailored software workflows, ReesLabs provides a platform for testing software architectures under real-world conditions.
Technical Specifications
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Interested in Technical Collaboration?
Whether discussing enterprise BGP routing, custom software tooling, or self-hosted AI compute architecture, feel free to reach out.