AI LIFE OS POST-CAMP RUN | Handed over the 1-hour Night Run execution system to the night. Removed the approval loop, and will check the results in the morning.

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Yesterday, I finalized the design for the 1-hour Night Run and handed the mission over to the night. Claude and Codex solidified the execution contract, and the Night Run Supervisor entered a period without human presence. My previous article recorded up to that point.

This time, I will continue from there.

The Builder, having received the design, began the implementation of MISSION-007. However, when actually running it, I found that confirmations to the human were still required during Work Package switching and command execution.

This is not a matter of redoing the design from scratch. It is about ensuring that routine tasks within the approved scope can continue without being interrupted.

I made those adjustments and handed the 1-hour Night Run execution system over to the night once again.

From design to building the execution system

The structure of MISSION-007 inherits the Mission Control used until now.

Claude Sonnet 4.6           = Architect
Hermes / GLM-5.2            = Mission Control
OpenCode / DeepSeek V4 Flash Free = Builder
Codex / GPT-5.6             = Reviewer

By yesterday, I had solidified the architecture and execution contract, and created a dedicated Worktree for the Builder. Tonight, I am in an Implementation Run, turning that design into a functioning Night Supervisor.

The implementation consists of three Work Packages.

IMP-WP-01 = Core Fork + State Machine
IMP-WP-02 = Relay + Repair + Resume
IMP-WP-03 = Evidence + Review + Report

In the first, IMP-WP-01, the foundational functions of the Supervisor were implemented.

Budget Gate
Command Envelope
Heartbeat
State Machine
Configuration

Currently, the implementation and testing of the subsequent Relay, Repair, Resume, Evidence, and Report are underway. On the screen, the Builder is proceeding with test code fixes on its own and continuing the build.

Separating the Human Gate from routine progress checks

What I adjusted this time is not the Human Gate itself. In AI LIFE OS, the Human Gate remains necessary.

Changes that exceed the scope. Destructive operations. Exceeding budget limits. Failures that cannot be automatically repaired.

In these situations, it is necessary to stop the mission and return the decision to a human.

On the other hand, if I return to the human for confirmation every time I proceed to an approved Work Package, or for Compile, Test, and Checkpoint generation, it will not be a Night Run.

Therefore, this time, I made it so that the Builder can proceed continuously through routine processes without inserting intermediate approvals.

IMP-WP-02 → IMP-WP-03 → Compile → Unit Test → Implementation Complete

I will only return to the human when a blocker that truly requires a decision occurs.

I am not eliminating the Human Gate.

Reposition the Human Gate to where it is needed.

What I did tonight was that adjustment.

First, complete the execution system that runs the Night Run.

The goal this time is not just the one-hour figure. It is to create an execution system where the Mission can maintain its state and proceed to the next process even after the Human has left their seat.

In MISSION-007, the following functions are connected to the Night Supervisor.

Provider Relay
Context Relay
Repair Policy
Resume Packet
Heartbeat
Evidence Capture
Evidence Index
Review Loop
Run Report

Ultimately, the execution entry point,

NightSupervisorM007.run()

will be made ready to launch.

Implementation and testing may take more time from here. This Implementation Run alone might take a total of 40 to 50 minutes.

However, that is not preparation outside of the Night Run. It is the time the Builder is spending to construct the execution system itself to make the 1-hour Run possible.

Connect to the 1-hour Run after implementation is complete.

I did not start a new Mission tonight. I am moving forward with the same MISSION-007 for which I closed the design yesterday.

NightSupervisorM007の実装
    ↓
Compile / Unit Test
    ↓
Implementation Review
    ↓
Post-implementation Preflight
    ↓
NightSupervisorM007.run()
    ↓
1時間Night Run

The Mission clock does not count the current implementation time. T0 is the moment the Night Supervisor launches and enters the actual Run. Everything from that point on is the time without a Human that I want to verify this time.

Can it connect directly to the 1-hour Run after implementation is complete? If a Provider Relay or Repair becomes necessary along the way, can the Supervisor continue the process? Can it leave Evidence until completion or SAFE_STOP?

I will check those results in the morning.

The next time I look at the Cockpit will be in the morning.

Currently, the Builder is continuing implementation and testing. Tonight, I will not return for intermediate routine checks. Unless an actual technical blocker occurs, I will proceed with the Implementation Run to the end and connect to the 1-hour Run beyond that.

I will check the following status in the morning.

NightSupervisorM007は完成したか
CompileとUnit Testは通ったか
1時間Runへ接続できたか
追加のHuman操作なしで継続したか
Provider RelayやRepairは発生したか
EvidenceとReportは残ったか
Missionは完了したか
または正しい理由でSAFE_STOPしたか

Yesterday, I closed the design and handed the Mission over to the night. Tonight, I handed the execution system that runs the Mission itself over to the night.

The Builder is still running. I will check the results in the morning from the Evidence left in the Repository.

#AI #AILIFEOS #NightRun #HumanGate #DevelopmentCamp #AINavigator