hesiod-dns-map

Purpose

HS-class DNS zone files, Hesiod naming, and resource mapping for the FlatRacoon Network Stack.

Implements the Hesiod naming system (RFC 1535 adjacent) for service discovery and resource location within the private network.

Part of the FlatRacoon Network Stack.

Architecture

              ┌─────────────────────────┐
              │   Hesiod DNS Server     │
              │   (This Module)         │
              │   ─────────────────     │
              │   • HS class records    │
              │   • Service location    │
              │   • User/group mapping  │
              └───────────┬─────────────┘
                          │
       ┌──────────────────┼──────────────────┐
       │                  │                  │
┌──────▼──────┐    ┌──────▼──────┐    ┌──────▼──────┐
│  Services   │    │   Users     │    │  Resources  │
│  .service   │    │  .passwd    │    │  .filsys    │
└─────────────┘    └─────────────┘    └─────────────┘

What is Hesiod?

Hesiod is a DNS-based naming system developed at PMPL-1.0’s Project Athena. It uses the HS (Hesiod) DNS class to provide:

• Service discovery - Locate services by name

• User information - passwd/group lookups via DNS

• Resource mapping - Mount points, printers, etc.

• Configuration distribution - Centralized config via DNS

Components

• HS-class zone files - Hesiod DNS records

• Service registry - FlatRacoon service locations

• User/group mapping - Integration with authentication

• Resource definitions - Storage, compute, network resources

• Dynamic updates - RFC 2136 compliant updates

Directory Structure

hesiod-dns-map/
├── zones/
│   ├── flatracoon.hs          # Main Hesiod zone
│   ├── service.hs             # Service locations
│   ├── passwd.hs              # User mappings
│   ├── group.hs               # Group mappings
│   └── filsys.hs              # Filesystem mappings
├── configs/
│   ├── named.ncl              # BIND/Knot configuration
│   ├── hesiod.ncl             # Hesiod-specific settings
│   └── dynamic.ncl            # Dynamic update policies
├── scripts/
│   ├── generate-zones.sh      # Zone file generation
│   ├── update-service.sh      # Service registration
│   └── sync-users.sh          # User sync from LDAP/AD
├── manifests/
│   ├── deployment.yaml
│   └── service.yaml
├── Justfile
├── README.adoc
├── STATE.scm
├── META.scm
└── ECOSYSTEM.scm

Inputs

Input	Description	Source
Service registry	Service name → address mappings	FlatRacoon modules
User database	User/group information	LDAP/AD or local
Resource definitions	Storage and compute resources	Infrastructure config
Zone configuration	DNS zone parameters	configs/hesiod.ncl

Outputs

Output	Description
HS-class DNS server	Hesiod-enabled DNS resolver
Service discovery	host -t TXT twingate.service.flatracoon HS
User lookups	hesinfo username passwd
Resource mapping	Mount points, printers, etc.

Example Hesiod Records

Service Location

; Service: twingate
twingate.service    HS  TXT "twingate-connector.default.svc.cluster.local:443"

; Service: ipfs-gateway
ipfs-gateway.service HS TXT "ipfs-gateway.ipfs.svc.cluster.local:8080"

; Service: zerotier-api
zerotier-api.service HS TXT "zerotier-api.zerotier.svc.cluster.local:9993"

User Information

; User: admin
admin.passwd    HS  TXT "admin:*:1000:1000:Admin User:/home/admin:/bin/bash"

; Group: operators
operators.group HS  TXT "operators:*:1001:admin,user1,user2"

Filesystem Mapping

; Mount: ipfs-data
ipfs-data.filsys    HS  TXT "AFS /afs/flatracoon/ipfs rw"

Integration Points

With FlatRacoon Stack

• All modules - Service discovery via Hesiod

• twingate-helm-deploy - Registered as service

• ipfs-overlay - Bootstrap nodes via Hesiod

• network-dashboard - DNS health monitoring

Machine-Readable Manifest

{
  "module": "hesiod-dns-map",
  "version": "0.1.0",
  "layer": "naming",
  "requires": ["bind", "kubernetes"],
  "provides": ["hesiod-dns", "service-discovery", "user-lookup"],
  "config_schema": "configs/schema.ncl",
  "health_endpoint": "/dns/health",
  "metrics_endpoint": "/dns/metrics"
}

Quick Start

# 1. Generate zone files from registry
just generate-zones

# 2. Deploy Hesiod DNS server
just deploy

# 3. Test service discovery
just query twingate.service

# 4. Register new service
just register-service myapp 10.0.0.50:8080

Status

Phase	Scaffolding
Completion	5%
Next	Zone file templates and BIND configuration

License

PMPL-1.0-or-later