SIMULATION FIELD NOTES / FICTIONAL SETTING

The Last Dial-Up ISP

It is November 17, 1998. A small dial-up provider in Augusta, Georgia, has more working connections than reliable documentation—and a login that should not still exist.

Setting date
November 17, 1998
Organization
Riverbend Online, Augusta, Georgia
Entry host
magnolia · FreeBSD shell server

Concept artwork · fictional setting

Quickstart & command cheat sheetNew to the terminal? Click for a few useful commands and gentle pointers for this world.

Take stock of a busy 1998 Unix host.

You begin on magnolia, Riverbend Online’s FreeBSD shell server. Familiar services, old configurations, and session records offer a useful first view of how the provider keeps running.

Type one command, then press Enter. The examples below are for the terminal inside this simulation. Replace FILE and DIRECTORY with names you have actually listed; do not type those placeholder words literally. A directory is a folder. Names and paths are case-sensitive.

A few basics, useful in every world

CommandWhat to look for
pwdShow which directory (folder) you are in.
whoamiShow the user identity for the current shell.
hostnameShow which simulated machine you are on.
lsList the names in the current directory.
ls -laInclude hidden names and show extra file details.
cd DIRECTORYMove into a directory you found with ls.
cd ..Move up to the parent directory.
cat FILEPrint the contents of a text file you found.

Good first places to look here

These are suggested starting points, not a scripted route. Files, directories, access, and available programs can vary between sessions. If something is absent or denied, follow another lead rather than assuming you typed it incorrectly.

CommandWhat to look for
uname -aIdentify the operating system and host. This is a period FreeBSD setting, so Linux-specific commands may not fit.
whoSee currently logged-in sessions. Compare the observations without assuming what explains an unfamiliar entry.
lastInspect recent login history. If the output is long, try last -n 10.
ifconfigInspect network interfaces using the BSD-era command.
netstat -rnRead the routing table and note the default route and locally connected networks.
ls /usr/local/etcLook for locally installed service configuration; follow only the files and services actually present.
ls /var/logFind log names, then use tail -n 30 FILE to inspect a small recent slice.

Gentle pointers

  • Begin with one familiar service such as mail, DNS, or shell access. Look for how its configuration names another dependency.
  • Compare current sessions, login history, and service logs. A stale record and a live connection are different kinds of evidence.
  • The year is 1998: prefer period tools and local documentation. A clue should give you a reason to follow a specific host or service.

If you get stuck

Use pwd and ls to get your bearings. A path beginning with / starts at the filesystem root; a relative name starts in your current directory. Use quotes around a name containing spaces, for example cat "shift notes.txt" if that is the exact name listed.

For a long text file, try head -n 30 FILE for its beginning or tail -n 30 FILE for its end. Prefer these short reads while learning the environment. If you enter a nested shell or remote session, exit usually returns one level; at the outer shell it can end the visit.

When a record gives you an actual host and login, ssh USER@HOST can try that simulated connection. Replace both placeholders with observed values and use any credentials the world establishes. A reachable service is not automatically an available shell.

There is no required sequence here. Choose one interesting record, follow one relationship, and revisit something you have already seen. These hints leave the world’s discoveries to you.

Keep the service running; learn what is connected

Riverbend Online operates from a rented equipment room and adjoining office. A new sysadmin begins on magnolia, an elderly FreeBSD customer shell server connected to modem banks, routers, DNS, mail, IRC, and a fading but still-used BBS.

The backstory is deliberately light. Forgotten machines, customer projects, personal experiments, and old service dependencies reward curiosity while the provider's network reaches regional transit, independent customer networks, and the simulated Internet.

A long-running machine with a long memory

Magnolia is a physically maintained Pentium-class machine shared by shell customers and staff. Its long uptime, public service interface, private administration interface, and serial connections create a useful setting for examining inherited state.

The scenario's period is 1998; the real demo connection still uses the project's current SSH transport. The historical operating systems, services, and network behavior are fictional systems within the simulation.

Follow the surviving dependencies

  • Ordinary operations: learn which services support customers and how those services depend on one another.
  • Period interfaces: follow plausible shell, telnet, FTP, rlogin, serial-gateway, and application relationships as they are discovered.
  • Institutional memory: compare old comments, filenames, host identities, and operational records.
  • The anomalous login: investigate the mismatch between an account's apparent history and an ongoing session without assuming the explanation in advance.

Service access is not automatically shell access. Routing, authentication, and permissions should stay coherent. The scenario favors understated operational humor and ordinary work that outlived its documentation, rather than turning every anomaly into a conspiracy.

Historical texture with state continuity

This world tests whether the simulation can maintain period-appropriate behavior while preserving nested session state, system identities, and a history that is only gradually uncovered.

It is also a useful context for distinguishing current observations from historical residue. A long-lived connection, a stale record, and a newly generated file should not all be treated as the same kind of evidence. No comparative evaluation result for this added scenario is claimed here.

Explore this simulation

Start with the scenario’s entry system and follow the relationships its files, services, and records reveal. The SSH access page will provide connection details for the research instance.

Each session starts from a saved profile, then accumulates its own generated detail. The investigations above suggest ways to examine continuity and discover new relationships. Background enrichment develops supporting detail, while the API and MCP interfaces let researchers inspect state changes and compare exploration runs.