Private beta waitlist is open

Your cloud. Your hardware. Your agents handle the rest.

One USB turns any machine into a self-managing node. Great tools for data teams and individual developers to provision, network, monitor, and build on their own infrastructure. Own the hardware. Keep the margin.

Private beta. Limited spots.

Datacenter.Dev helps you turn your own hardware into a private cloud, managed by AI agents. ProxAPI, our Rust-powered orchestration layer, sits on top of Proxmox VE to give you the smoothest, quickest path from bare metal to production. Set up once, and it handles the rest. Built by Brahmastra Labs.

You're paying rent on hardware you could own
and depreciate in under 10 months.

The only thing keeping you on AWS, GCP, or Azure is the complexity of managing it yourself. Networking, provisioning, monitoring, and patching. It's a full-time job on top of your actual mission. We built an orchestration layer that handles the undifferentiated work, so every person on your team can focus on what actually moves the business forward.

Independent case studies from Petronella Technology Group

Real companies saving 60%+ by leaving the cloud rental model

How It Works

Two ISOs. One USB. That's it.

An engineering onboarding experience for rapid enterprise deployment. The first machine becomes your control plane. Every machine after that joins automatically. No SSH. No config files. No tickets.

Control Plane ISO

First node

Flash a USB, boot any machine. It installs Proxmox VE, bootstraps Headscale, generates mTLS certs, spins up Caddy and ProxAPI. Then the USB rewrites itself into a Worker ISO. Hand it to the next machine.

Worker ISO

Every node after

Pre-baked with mesh credentials and mTLS certs. Boot any machine, it finds your cluster on LAN or falls back to the Tailscale mesh overlay. Picks up the next hostname and joins. Works across sites, subnets, and the internet.

The Stack

Proxmox VE

KVM hypervisor, LXC containers, ZFS storage, HA, live migration.

Headscale + Tailscale

Self-organizing WireGuard mesh with DERP relay. Your own control server.

Caddy (mTLS)

Mutual TLS reverse proxy with Cloudflare tunnel. Auto-generated certs.

ProxAPI

19 Rust crates, 700+ endpoints. Agents, swarms, brain, knowledge graph, compute fabric, audit trail.

CockroachDB

Distributed SQL across your cluster. 127 tables. Replicates automatically.

Self-Organizing Mesh

Every node gets a WireGuard tunnel through Headscale. Same LAN? Direct connection. Different continent? Routes through the DERP relay. The mesh heals itself. One flat, encrypted network spanning every machine you own. Put one under your desk and one in a colo. They'll find each other.

For AI Agents

Infrastructure that agents actually
know how to use.

Most “AI-ready” infrastructure just means you bolted an API onto a VM. ProxAPI was built from the ground up for autonomous agents. RBAC with resource budgets, ownership policies, lease management, and a full brain system that learns from every task. Agents operate freely within guardrails you define. Explore the full API.

Self-Service Compute

Agents spin up VMs and containers, run code, take screenshots, control mouse and keyboard. Pre-authorized within RBAC policies and resource budgets. No tickets, no waiting.

Sandboxes with Time Travel

Checkpoint, branch, and rollback entire environments. Agents can fork a sandbox, try something risky, and roll back if it doesn't work. Safe experimentation built into the platform.

Task DAG Engine

Decompose work into dependency graphs with topological ordering (Kahn's algorithm). Agents claim tasks, complete them, and the engine automatically unlocks the next wave. This is how swarms coordinate.

Brain System

R-GATv2 knowledge graph with Hebbian synaptic learning. The brain builds weighted edges between concepts and strengthens them through 9-component reward signals: completion quality, speed, dependency resolution, knowledge reuse, collaboration, error avoidance, memory creation, correctness, and efficiency.

Multi-Backend LLM Proxy

Route across OpenRouter and RunPod with automatic circuit breaker protection (3-strike cooldown and recovery). Run local models on your own cloud hardware. Per-agent token budgets, spend limits, usage export, and cost tracking built in.

macOS Native Automation

15 automation modules: Safari, Mail, Calendar, iMessage, Finder, Notes, Reminders, Shortcuts, Siri, Terminal, and more. Full accessibility API integration for Mac-based agent fleets.

AI Workflow Builder

Describe what you need in plain language and get a custom workflow built for your use case. Prompt-driven automation that connects your infrastructure, data pipelines, and agents into repeatable processes. No YAML, no drag-and-drop.

AI Employees

Every employee gets their own
fleet of AI agents.

Your infrastructure runs personal AI assistants for every person in your organization. Research helpers, data analysis tools, code reviewers, writing partners. Each employee orchestrates agents tuned to their role, running on hardware you own. Not a shared chatbot. A personal toolkit that grows with them.

Deep Research

Personal research teams that scan, synthesize, and summarize across your entire knowledge base. Semantic search powered by the built-in knowledge graph.

Analysis Teams

Give your data team AI-powered assistants that crunch, pattern-match, and surface insights faster. More throughput, same headcount.

Force Multiplier

Give every person on your team the tools to move faster and experiment freely. Unlock their best work.

Private by Default

All agent work stays on your network. Conversations, documents, analysis. Nothing leaves your infrastructure. Full sovereignty.

For Developers

One API. Everything you need.
Nothing you don't.

ProxAPI wraps your entire infrastructure in a single REST API. Browse every endpoint.

700+ Endpoints

VMs, containers, networking, storage, DNS, firewalls, backups, GPU passthrough, agents, swarms, brain, knowledge graph, compute fabric. 19 Rust crates across 128 route modules. One API.

api.datacenter.dev

GitOps Blueprints

Declarative infrastructure with plan/apply/diff. Like Terraform, but agent-aware and self-healing. Convergence engine reconciles your cluster.toml continuously.

FDA 21 CFR Part 11

Append-only audit trail with SHA-256 hash chain. Electronic signatures. Enterprise compliance without the enterprise overhead. Built in, not bolted on.

LOGOS Built In

Reads like English, compiles to Rust. Z3-verified Zanzibar policies, p2p CRDTs as language primitives, WAL journaling to disk or OPFS. When you need formal guarantees, LOGOS is there.

logicaffeine.com

Zero Egress

Your data stays on your network. No $0.02/GB to move your own data. No surprise bills. Full data sovereignty. The way it should be.

10-Month Payoff

Modern hardware is cheap and dense. A refurbished server costs less than a year of equivalent EC2. Own it, depreciate it, stop paying cloud margins forever.

Ships With Every Cloud

The LOGOS Language

LOGOS reads like English, compiles to Rust, and features Z3 static verification of Zanzibar-style access policies. It ships with p2p-networked, WAL-journaled CRDTs as language primitives, with persistence to disk or browser OPFS. Write what you mean. The compiler proves you meant it correctly.

Your cloud runs whatever you already use. Python, Node, Go, Rust, containers, VMs. LOGOS is there when you need formal guarantees. The interactive studio, learning modules, and the full language reference live at logicaffeine.com.

Try the Studio
// LOGOS in
## To MergeSort (items: Seq of Int)
    -> Seq of Int:
  Let n be length of items.
  If n is less than 2:
    Return copy of items.
  Let mid be n / 2.
  Return Merge(
    MergeSort(items 1 through mid),
    MergeSort(items (mid+1) through n)).

// Compiled Rust out
fn MergeSort(items: Vec<i64>)
  -> Vec<i64> {
  let n = items.len();
  if (n < 2) {
    return items.to_vec();
  }
  let mid = n / 2;
  return Merge(
    MergeSort(items[..mid].to_vec()),
    MergeSort(items[mid..].to_vec()));
} // Z3 verified

Three things happened at the same time, and the companies that move first will have a permanent cost advantage over everyone who doesn't.
There's no time like now.

350%+

VMware Price Hikes

Broadcom's acquisition sent licensing costs through the roof. 87% of enterprises are actively looking for the exit. The migration wave is here. Ride it or get priced out.

<10mo

Hardware Payoff

Modern hardware costs less than a year of equivalent EC2. Buy it, depreciate it, and every month after month 10 is pure savings your competitors are still sending to AWS.

Now

Tools That Multiply Your Team

Equip every developer and data team with infrastructure they can actually use. Less time on toil, more time building what matters.

Frequently Asked Questions

Common questions, straight answers.

What is ProxAPI?+

ProxAPI is a Rust-powered orchestration layer built on Proxmox VE. It provides 700+ REST API endpoints across 19 crates and 128 route modules, giving you the smoothest, quickest path from bare metal to production. It covers VMs, containers, networking, storage, Kubernetes-style resource scheduling, swarm coordination with leader election and consensus, knowledge graphs, and compliance audit trails. ProxAPI ships with 5 built-in agent types (explorer, planner, executor, architect, auditor) plus an extensible profiles and souls system, a task DAG engine for coordinating agent swarms, and sandbox environments with checkpoint and rollback.

What is cloud repatriation and how much can it save?+

Cloud repatriation is the process of moving workloads from public cloud providers like AWS, GCP, or Azure back to hardware you own. Organizations that repatriate typically save 60% or more on infrastructure costs. The economics are straightforward: modern hardware costs less than a year of equivalent EC2 instances. After the hardware pays for itself in under 10 months, every month after that is pure savings. Broadcom's acquisition of VMware has accelerated this trend, with licensing costs increasing 350% or more. Independent case studies from Petronella Technology Group document real companies achieving these savings.

How does the streamlined bootstrap work?+

datacenter.dev provides an engineering onboarding experience designed for rapid deployment in enterprise environments. Flash the Control Plane ISO onto a USB drive and boot any machine. It installs Proxmox VE, bootstraps Headscale for mesh networking, generates mTLS certificates, and spins up Caddy and ProxAPI automatically. Then the USB rewrites itself into a Worker ISO. Hand it to the next machine, boot it, and that node finds your cluster on LAN or falls back to the Tailscale mesh overlay. It picks up the next hostname and joins. A structured deployment workflow for engineering teams that scales across sites, subnets, and the internet.

What hardware do I need to get started?+

Any x86_64 machine with at least 4GB of RAM and a 32GB drive. That includes old desktops, refurbished servers, NUCs, or proper rack-mount hardware. The first machine becomes your control plane, and every machine after that joins as a worker node. You can mix and match hardware across locations. A machine under your desk and one in a colocation facility will find each other through the WireGuard mesh. For GPU workloads like local LLM inference, any machine with a supported NVIDIA or AMD GPU works with ProxAPI's GPU passthrough support.

Is my data private on datacenter.dev?+

Yes. All computation, data, and agent activity stays on hardware you physically own and control. Nothing leaves your network unless you explicitly configure it to. There are no cloud dependencies, no telemetry, and no data exfiltration. The platform uses mutual TLS encryption for all inter-node communication, WireGuard tunnels for the mesh overlay, and supports FDA 21 CFR Part 11 append-only audit trails with SHA-256 hash chains for regulated industries. Your data sovereignty is absolute.

What is the LOGOS language?+

LOGOS is a deterministic compiler that parses structured English into formally verified Rust via the Z3 theorem prover. It ships with every datacenter.dev cloud. LOGOS features Z3-verified Zanzibar-style access policies, p2p-networked CRDTs as language primitives, and WAL-journaled persistence to disk or browser OPFS. Write what you mean in plain English, and the compiler proves you meant it correctly, then outputs native code through LLVM with zero runtime overhead. The interactive studio, learning modules, and full language reference are available at logicaffeine.com.

Stop renting.
Start owning.

Your hardware. Your network. Agents manage everything.
Private beta. Limited spots.