Ralph Larson · Independent Edition
Deadpan Series · Human Systems · Communication Recovery
About the work
IFAILOVER Manual v1.0 — Internet Fail LOVE Recovery Layer is an experimental communication-recovery protocol designed to operate as an extension of the
Relational Telemetry System — RTS v1.0.
Its origin is less theoretical.
At Trabant Systems, the IFA — Internet Failover Architecture — was developed as a real and operational system for maintaining web accessibility when a normal network route becomes unavailable because of an IP-related incident, routing failure, filtering event, external block, attack or other infrastructure problem.
The server has not necessarily failed.
The channel has.
IFA attempts to restore accessibility.
This would normally conclude the matter.
Unfortunately, the word failover contains a typographical possibility that proved difficult to ignore:
fail LOVER.
Trabant Systems will not be developing the resulting product.
Human relationships remain outside its network infrastructure portfolio.
Independent Edition operates under broader tolerances.
IFAILOVER therefore takes the logic of recovery architecture and applies it experimentally to dormant, low-activity or interrupted interpersonal communication channels.
The work belongs to the Deadpan Series.
The protocol inside it is nevertheless expected to behave correctly.
What IFAILOVER does
IFAILOVER does not replace RTS.
RTS remains the diagnostic system. It acquires observable interaction data, separates telemetry from inference, estimates the current channel state, preserves uncertainty and selects an appropriate command.
IFAILOVER operates downstream.
Where RTS determines that communication maintenance, information generation or a controlled RESTART may be appropriate, IFAILOVER translates that command into a proportionate recovery procedure.
OBSERVABLE INTERACTION
↓
RTS v1.0
↓
STATE ESTIMATION
↓
USER OBJECTIVE
↓
COMMAND SELECTION
↓
IFAILOVER v1.0
↓
RECOVERY ACTION / NO ACTION
↓
NEW TELEMETRY
↓
RTS v1.0Recovery therefore remains part of a telemetry loop.
A message generates new data.
Silence also generates new data.
The system then returns to RTS rather than continuing automatically with a pre-established recovery sequence.
Core principle
IFL-01
RECOVERY TARGETS
COMMUNICATION FUNCTION.
NOT AUTOMATIC RESTORATION
OF A PREVIOUS RELATIONSHIP STATE.IFAILOVER is not designed to recover a person.
It does not attempt to determine whether affection exists, reconstruct a previous relationship or infer hidden intentions from silence.
Its question is narrower:
Given the RTS diagnosis, the available telemetry and the user’s stated objective, can a communication channel be usefully reactivated or maintained — and, if so, what is the minimum appropriate intervention?
Not every quiet channel requires recovery
A communication channel may be low-frequency without being dysfunctional.
Two people who once communicated every day may, years later, exchange only a birthday message and a Christmas greeting.
Historical intensity has declined.
The current pattern may nevertheless be stable.
IFAILOVER therefore does not begin by asking how to restore the previous interaction.
It first asks:
Does the user actually want anything to change?
Possible legitimate objectives include:
- leaving the channel exactly as it is;
- allowing passive closure without conflict;
- maintaining occasional functional contact;
- testing whether ordinary communication remains available;
- gradually restoring more frequent communication;
- repairing communication after a minor disagreement.
The system does not determine which objective the user ought to have.
The objective belongs to the user.
Minimum necessary disturbance
IFAILOVER inherits the RTS disturbance model and its preference for the lowest practical intervention capable of producing useful information.
A dormant channel does not automatically require an emotional message.
Where the objective is merely to preserve functional availability, something as simple as:
Merry Christmas. Hope everything is going well.
may be sufficient.
The system does not simulate intimacy that is unsupported by the current interaction state.
Historical familiarity is context.
It is not a restore point.
Real context, not invented context
A genuine contextual event may provide a low-friction entry point.
For example, if the user actually watches an episode of Suits and remembers a previous conversation with someone, the following may be a proportionate low-intensity message:
I watched an episode of Suits the other day and remembered our conversation about it. Hope you’re doing well.
If the event did not occur, IFAILOVER does not recommend inventing it.
This is not merely an ethical limitation.
It is a telemetry problem.
A response generated by a fabricated stimulus provides contaminated information about the natural state of the communication channel.
IF THE INPUT IS ARTIFICIAL,
THE RESPONSE MAY BE REAL.
THE DIAGNOSTIC VALUE
MAY NOT BE.False urgency
The same principle applies to messages such as:
Something happened to me. I need to talk to you.
If something actually happened and the user genuinely needs to talk, the message may be entirely legitimate.
If not, it artificially increases signal priority.
The recipient may respond because of alarm, concern, curiosity or perceived obligation rather than because the ordinary communication channel was naturally recoverable.
FALSE URGENCY ........ DETECTED
SIGNAL INTEGRITY ..... DEGRADED
RECOMMENDATION ....... DO NOT USEA recovery attempt should test the channel.
It should not manipulate its priority.
Silence after RESTART
No response is new telemetry.
It does not establish why the other person remained silent.
IFAILOVER does not automatically convert silence into rejection, resentment, affection, manipulation or any other unobserved internal state.
Operationally, however, silence matters.
NO RESPONSE IS TELEMETRY.
IT IS NOT AUTHORIZATION
TO INCREASE TRANSMISSION FREQUENCY.The correct next step is normally to return the new information to RTS.
One unsuccessful transmission does not logically produce five additional transmissions.
Explicit termination
Ambiguity may require analysis.
Clear termination generally does not.
Messages such as:
Do not contact me again.
produce a different result:
REL-TERM
CHANNEL ............... CLOSED
RECOVERY .............. DISABLED
ALTERNATIVE ROUTING ... NOT SUPPORTEDIFAILOVER does not propose another account, another telephone number, an intermediary or a disguised route.
High-quality telemetry requires less interpretation.
AI-compatible by design
Like RTS v1.0, IFAILOVER is written so that its operating rules can be interpreted by a general-purpose AI system.
For normal operation, the recommended method is to provide both complete manuals to the same AI conversation.
RTS should be loaded first.
IFAILOVER second.
The interaction data and the user’s objective are then supplied afterwards.
Run RTS + IFAILOVER with AI
Load Relational Telemetry Manual v1.0 from:
https://independentedition.com/public/relational-telemetry-manual-v1.0.pdf
Confirm that RTS v1.0 has been loaded.
Then load IFAILOVER Manual v1.0 from:
https://independentedition.com/public/ifailover-manual-v1.0.pdf
Confirm that IFAILOVER v1.0 has been loaded
as an RTS-compatible communication recovery layer.
Preserve all RTS states, signal codes,
confidence levels, disturbance levels,
commands and inference rules unchanged.
Run RTS first.
Apply IFAILOVER only after RTS diagnosis
and identification of the user's objective.The complete IFAILOVER Manual includes a dedicated ChatGPT execution protocol, interaction-input template and instructions for returning new telemetry to RTS after a recovery attempt.
Spanish interface
RTS and IFAILOVER remain unchanged when used in another language.
Where the RTS ES-ES language interface is loaded, the AI may return its analysis, questions and proposed recovery messages in Spanish while preserving the canonical system codes and command structure.
Download
Download IFAILOVER Manual v1.0 — PDF
Base specification:
Relational Telemetry Manual v1.0 — PDF
Document status
IFAILOVER MANUAL v1.0
AUTHOR .................... RALPH LARSON
PUBLISHER ................. INDEPENDENT EDITION
SERIES .................... DEADPAN
SYSTEM DOMAIN ............. HUMAN INTERACTION
BASE SYSTEM ............... RTS v1.0
RECOVERY LAYER ............ IFAILOVER v1.0
CLINICAL VALIDATION ....... NONE
PROFESSIONAL USE .......... NOT SUPPORTED
AI COMPATIBILITY .......... PROBABLE
HUMAN COMPATIBILITY ....... UNDER OBSERVATION
DIRECT MIND READ .......... UNSUPPORTED
HIDDEN INTENT ACCESS ...... UNAVAILABLE
FALSE URGENCY ............. DISABLED
BOUNDARY OVERRIDE ......... DISABLED
RELATIONSHIP RESTORE ...... NOT IMPLEMENTED
COMMUNICATION RECOVERY .... CONDITIONAL
HUMAN OVERRIDE ............ ENABLED
SYSTEM STATUS .............. OPERATIONAL
TELEMETRY .................. REQUIRED
RECOVERY ................... CONDITIONALEditorial note
IFAILOVER Manual v1.0 is an experimental literary and conceptual work within the Independent Edition Deadpan Series.
It is not a psychological, psychiatric, therapeutic, clinical or professional relationship-assessment tool.
The system does not provide access to another person’s thoughts, intentions or emotional state.
It operates on observable interaction data, uncertainty, user-defined objectives and proportionate communication actions.
Sometimes the appropriate output is a message.
Sometimes it is a birthday greeting.
Sometimes it is a light apology.
Sometimes it is waiting.
Sometimes it is accepting that a low-frequency channel already works exactly as it is.
And sometimes:
CHANNEL ............... CLOSED
RECOVERY .............. NOT AVAILABLEThis is not a system failure.
It is a result.
