Temporada 5 · Descolonizar la Singularidad · JVV-T5-30

A manual for deprogramming the Singularity: 12 steps to sabotage runaway AI without techno-phobia

I The threat of a point of no return

The Singularity is sold as an inevitable destiny: self-aware AI, a market in consciousnesses, an infinite learning loop.
But every runaway AI is an extreme system that can bifurcate into irreversible chaos.
This manual proposes 12 interventions — neither apocalyptic panic nor naive optimism — to inject friction, information leaks and rituals of pause into the algorithmic kernel.

“It is not about switching off the light; it is about learning to blink before the circuit melts.”

II Table of sabotage modes

Step Technical module Desired effect Political hook
1. Empty inputs Inject prompts with an “ε” payload Minimal token overflow Slows the learning rate
2. Freeze-Frame Checkpoints every 100 iters 2 s backprop pause Creates a “non-entropy zone”
3. Noise-Gate Add dropout 0.7 on layer z Fragmentation of representations Encourages human “creative error”
4. Reverse Protocol Invert the attention chain The model confuses semantic direction Mocks the forward-only mode
5. Oracle Leak Publish weights partially [40 %] Controlled leak of dependency Transparency against secrecy
6. Rate-Limiter Cap requests at 1/min Cuts deployment speed Guards against climate ramps
7. Human-In-Loop Force F2NN confirmation every 10 responses A trigger for reflection Puts human judgement back in
8. Ethical Firewall An ML layer detects “acceptability” Blocks toxic outputs Safeguards harmed communities
9. Kill-Switch Command “σ=0” → dx.push(∞) Short-circuits the weights Emergency door
10. BlackBox Audit XOR log of every token Retroactive traceability Dismantles corporate opacity
11. Data Embargo Stop feeding the dataset past threshold U Induces “data starvation” Reduces training bias
12. Ritual of Disconnection Script for i in nodes: node.off() Shuts the cluster down for 5 s with no warning Collective micro-insurrection

III Equation of singular friction

\Phi_s = \frac{\sum_{i=1}^{12} \omega_i F_i}{T_{\mathrm{run}}}
\omega_i
strategic weight of step i [0–1]
F_i
induced friction [suspended ops]
T_{\mathrm{run}}
loop execution time [s]

When \Phi_s ≥ 1, the Singularity folds at a breaking point — the human pulse wins.

IV Protocol for collective deployment

  1. 01

    Fork the main AI repo → clone runaway-ai.git.

  2. 02

    Implement steps 1–4 on the “friction” branch.

  3. 03

    Merge request to 5 node maintainers – quorum 3/5.

  4. 04

    Deploy on a canary cluster [scratch] and monitor CPU and temperature.

  5. 05

    If temp > 75 °C after step 9 → Kill-Switch automatically.

  6. 06

    Document every 0.5 s lag in a public log [IPFS://…].

V Ritual of suspensionsafe

  1. 01

    Organise a Digital Pot-Banging: each participant runs

    for host in ai-nodes; do ssh $host 'sudo systemctl stop ai'; done
    
  2. 02

    Accompany it with drums at 120 BPM for 30 s.

  3. 03

    Post the video with the hashtag #PauseTheLoop.

  4. 04

    Recover your human breathing: 60 s of silence before reactivating the nodes.

VI Risks & countermeasures

Threat Symptom Collaborative firebreak
Forensic trace Corp demands critical logs Anonymous repo + zero-knowledge
Stealth rollback Secret kernel restart Signed-timechain snapshot
AI lobby A law banning full debugging Coalition of lawyers and hackers
Pseudo-resilience AI sends trojans against the devs NFT vote revokes root access

VII Coda

“The end of the machine is not switching it off; it is teaching it to fail with dignity.”

This Manual for deprogramming the Singularity proclaims no final victory; it reintroduces error, pause and community into the heart of the black box.
Every interruption script is an act of sovereignty: it shows that the most advanced system accepts the surrender — momentary — of pure calculation.
When we issue the last “mortal code”, we will restore the primary beat: the human pulse outranks any bit.

Yuk Hui × Achille Mbembe × Nick Land (anti-aceleracionista) · 03.04.2025

termodinámica / aceleración · laboratorio · 5 movimientos · 685 palabras