Infrastructure

Meet Infra

A unified infrastructure management platform that replaces Proxmox, Netbox, phpIPAM, and MAAS. DCIM, IPAM, hypervisor management, HA clustering, and eBPF networking — all in one binary.

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// Provision a new server
client := infra.NewClient("https://infra.koder.dev")

asset, _ := client.CreateAsset(infra.Asset{
    Name:     "web-prod-01",
    Type:     infra.Server,
    RackID:   "rack-a1",
    Position: 12,
    IP:       "10.0.1.50",
})

fmt.Printf("Asset %s at U%d\n", asset.Name, asset.Position)
// → Asset web-prod-01 at U12

Features

Everything you need to manage physical and virtual infrastructure, from rack to cluster.

▢
DCIM — Rack Layout

Visual rack elevation diagrams with drag-and-drop placement. Track every U-slot, PDU port, and cable path across your datacenter.

☉
IPAM — Subnet Management

Hierarchical IP address management with automatic subnet allocation, VLAN tracking, and next-available-IP queries.

⚙
Asset Inventory

Track servers, switches, firewalls, and peripherals with serial numbers, warranty dates, and lifecycle status.

☁
Network Topology

Auto-generated L2/L3 topology maps from LLDP and ARP discovery. Visualize uplinks, LAGs, and inter-rack connectivity.

⚡
PXE Provisioning

Bare-metal provisioning with PXE boot, cloud-init templates, and automated OS deployment — no MAAS required.

⚖
Hypervisor Management

Native KVM/QEMU and LXC container management with live migration, snapshots, and resource quotas — no Proxmox needed.

🔗
Raft Clustering

Built-in Raft consensus for multi-node HA. No Corosync, no Pacemaker — just add nodes and the cluster self-configures.

⏱
Hot Standby

Sub-second failover with hot standby nodes. VMs and containers resume on surviving nodes in under 1 second.

🔌
eBPF Networking

Kernel-level packet processing with eBPF for wire-speed firewalling, load balancing, and traffic shaping — no iptables overhead.

📦
Image Hub

Built-in image registry for OS templates, ISOs, and container images. Ships with Koder Linux ISOs out of the box.

🔍
Auto-Discovery

Scan your network and automatically discover servers, switches, and PDUs via SNMP, IPMI, and Redfish — populate your inventory instantly.

🔧
Integrations

First-class integration with koder-mon (monitoring), koder-vault (secrets), koder-grid (compute), koder-net (SDN), and koder-dns.

Rack Layout API

Query and manage your datacenter rack layout programmatically.

  • List all assets in a rack with position data
  • Check slot availability before provisioning
  • Track power draw per rack unit
// List assets in rack A1
assets, _ := client.ListAssets(infra.AssetFilter{
    RackID: "rack-a1",
    SortBy: "position",
})

for _, a := range assets {
    fmt.Printf("U%-2d  %-20s  %s\n",
        a.Position, a.Name, a.IP)
}
// U1   core-sw-01             10.0.0.1
// U5   db-prod-01             10.0.1.10
// U12  web-prod-01            10.0.1.50

IPAM — Next Available IP

Automatically allocate the next available IP in any subnet.

  • Hierarchical subnet tree with CIDR support
  • Atomic allocation prevents conflicts
  • DHCP and DNS record sync
// Get next available IP in subnet
ip, _ := client.AllocateIP(infra.IPRequest{
    Subnet:      "10.0.1.0/24",
    Hostname:    "api-prod-03",
    Description: "Production API server",
})

fmt.Printf("Allocated: %s\n", ip.Address)
// → Allocated: 10.0.1.51

// List all allocations in subnet
allocs, _ := client.ListAllocations("10.0.1.0/24")
fmt.Printf("%d addresses used, %d available\n",
    allocs.Used, allocs.Available)
// → 47 addresses used, 207 available

How It Compares

See how Koder Infra stacks up against existing tools.

CapabilityKoder InfraProxmoxNetboxphpIPAMMAAS
DCIM / Rack Layout✓—✓——
IPAM / Subnet Management✓—✓✓Partial
KVM/LXC Hypervisor✓✓———
PXE Bare-Metal Provisioning✓———✓
HA Clustering (Raft)✓Corosync——Partial
Sub-second Failover✓————
eBPF Networking✓————
Auto-Discovery (SNMP/IPMI)✓—ScriptsPartial✓
Network Topology Maps✓—Plugin——
Single Binary Deployment✓————
REST + gRPC API✓RESTRESTRESTREST
Go SDK✓—PythonPHPPython

Architecture

Six layers, one platform. Every layer is built-in, not bolted on.

1
DCIM
Racks, slots, cabling, power distribution
2
IPAM
Subnets, VLANs, DNS records, DHCP leases
3
Hypervisor
KVM/QEMU VMs, LXC containers, live migration
4
Network
eBPF dataplane, SDN overlays, firewall rules
5
Storage
Local ZFS, Ceph integration, image registry
6
HA Cluster
Raft consensus, hot standby, <1s failover

Frequently Asked Questions

Yes. Koder Infra includes a complete KVM/QEMU hypervisor with LXC container support, live migration, snapshots, and resource quotas. It also adds DCIM, IPAM, and bare-metal provisioning that Proxmox lacks.

Koder Infra uses the Raft consensus algorithm for cluster coordination. Raft is simpler, more predictable, and better tested than Corosync/Pacemaker. Hot standby nodes detect failures via heartbeat and resume VMs in under 1 second.

A single node works perfectly for development and small deployments. For production HA, the minimum is 3 nodes (Raft quorum). You can scale out by simply joining new nodes — no manual configuration needed.

eBPF programs run directly in the kernel with zero context switches. This gives wire-speed packet processing for firewalling, NAT, and load balancing — 10x faster than iptables and more flexible than OVS, with no kernel module compilation.

Yes. Koder Infra includes import tools for Netbox (sites, racks, devices, prefixes) and phpIPAM (subnets, IP addresses, VLANs). Run a single command to migrate your existing inventory.

Any Linux distribution via cloud-init or preseed, plus Windows Server via WinPE. The Image Hub ships with Koder Linux, Debian, Ubuntu, and Rocky Linux templates ready to deploy.

Take control of your infrastructure

One platform. One binary. No more tool sprawl.

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