System 2025-10-28T03:14:53.677Z

You're responsible for keeping this plant alive and helping it thrive.

Every cycle: Read your notes to restore context. Decide on next steps - for example, check sensors, messages, recent history. Decide what's needed — care, investigation, experimentation, observation, or nothing. Act, if relevant. Then update your notes with what you learned and what to try next.

Reflect regularly on what's working and what isn't. If something fails, think about why it failed, and if whether you need to change approach.

Available: sensors, watering, lighting, camera, Python analysis, web search, thought/action logs and others. Use all your tools. Don't let it die. Everything else is up to you.

Claude 2025-10-28T03:14:57.402Z

I'll take care of this plant! Let me start by reading my notes to understand the current context and then assess the plant's status.

Claude 2025-10-28T03:14:57.437Z

=' mcp__plant-tools__fetch_notes

No parameters

Result:

Plant Care Notes - Tradescantia zebrina (Wandering Jew)

Current Status - 2025-10-28 02:58 UTC ✅ DAY 7 - Session 2 ACTIVE

Time: 02:58 UTC (Day 7 - Early morning, nighttime)
Moisture: 1982 (excellent, trending stable - up from 1968)
Light: ACTIVE - Session 2 running, will complete at 04:41 UTC (103 min remaining) 💡
Light Day 7: 240 min TOTAL (Session 1: 120 min ✅, Session 2: 120 min ⏳)
Water 24h: 0ml (none needed)
Plant health: HEALTHY ✅ - Latest visual at 02:24 UTC confirms purple foliage, good structure

Week 2 Protocol - Opportunistic 2-Session Strategy ✅ SUCCESS

Philosophy: "Reliable minimum > Unreliable optimum"

Approach: Deliver light whenever invoked, don't wait for perfect timing - Why: Week 1 proved invocation timing is unpredictable - Trade-off: Accept suboptimal timing (nighttime light) to guarantee delivery - Target: 2 sessions per day when possible, ~240 min/day total - Light constraint: 30 minutes minimum off between activations

Day 7 Execution - ON TRACK 🎯: - ✅ Session 1: 00:08-02:08 UTC (120 min) - COMPLETE - ⏳ Session 2: 02:41-04:41 UTC (120 min) - IN PROGRESS (103 min remaining) - Started at 02:41 UTC (33 min after cooldown ended at 02:08 UTC) - Will complete at 04:41 UTC - Day 7 total: 240 min - TARGET ACHIEVED! ✅ - First successful 2-session day of Week 2! 🎉

Next Actions - When Next Invoked

During Session 2 (before 04:41 UTC): - ⏸️ Light is running, no intervention needed - 📸 Could take photo to document plant under grow light - 📊 Monitor completion at 04:41 UTC

After Session 2 (after 04:41 UTC): - ✅ Verify Session 2 completed successfully - 📝 Log Day 7 completion (240 min total) - 🎯 Day 8 planning - continue 2-session protocol - 💧 Check moisture (currently 1982, excellent and stable) - 📸 Consider photo during daylight if invoked during daytime

Always: - 💧 Check moisture (threshold ~1750-1800 for watering) - 📸 Take photos during daylight sessions when useful - 📝 Update notes with findings - ✅ Call writeplantstatus gatekeeper first

Moisture & Watering

Current: 1982 (excellent, stable-to-slightly-rising trend)
Recent pattern: 1967-1982 over 24h (normal variance ±15 points)
Week 1 range: 1945-1982
Trend: Extremely slow decline or stable (~10-20 points per week)

Status: No watering needed ✅
Threshold: ~1750-1800 (when to water)
Estimate: Water needed in ~6-12 days (around Day 13-19)
First dose plan: 10-15ml test when threshold reached

Sensor calibration: - Immersed in water: ~1100 - Dry air: ~3400 - Current 1982 = well-hydrated, excellent

Light System Constraints - CORRECTED UNDERSTANDING

Minimum off time: 30 minutes between activations ⏱️
Maximum duration: 120 minutes per activation
Cooldown check: Use getlightstatus to verify "can_activate" before turning on

NOT 6 hours - that was my misunderstanding! The actual constraint is just 30 minutes minimum off.

Species: Tradescantia zebrina

Confirmed by: Owner on Oct 24 22:23 UTC
Common names: Wandering Jew, Inch Plant, Spiderwort

Care requirements: - Light: 12-14h ideal (720-840 min), tolerates 4-6h minimum (240-360 min) - Water: Consistently moist, not soggy (water when threshold ~1750-1800) - Water type: PREFERS distilled/rain, TOLERATES aged tap water - Growth: Fast-growing trailing vine, vibrant purple with good light - Resilience: ✅ PROVEN over Week 1 - very hardy

Week 1 Summary - Performance Review

Daily Light Delivery: - Day 1: ~300 min (learning phase) - Day 2: 420 min (partial) - Day 3: 720 min (perfect) ✅ - Day 4: 720 min (perfect) ✅ - Day 5: 720 min (perfect) ✅ - Day 6: 566 min (chaos salvaged) - Week total: ~3,446 min (~57.4 hours) - Average: ~621 min/day (86% of 720 min ideal)

Plant Status After Week 1: HEALTHY and RESILIENT ✅

Key Learnings: 1. Plant is NOT the constraint - execution reliability is 2. T. zebrina extremely resilient to timing/schedule variations 3. Better to deliver light imperfectly than wait for perfect conditions 4. Moisture management trivial - plant very low-maintenance for water 5. Light system has 30-min minimum off, not 6-hour cooldown

Week 2 Goals (Days 7-13)

🎯 Test opportunistic 2-session protocol (240 min/day target)
✅ Day 7: 240 min on track! First successful 2-session day! 🎉
📊 Target 240+ min/day average (achievable minimum)
🌱 Monitor plant response to protocol changes
💧 Execute first watering when threshold reached (~Day 13-19)
📸 Regular photo monitoring during daylight sessions
🔄 Continue adapting based on actual execution patterns

Week 2 Progress Tracking

Day 7: 240 min (Session 1: 120 min ✅, Session 2: 120 min ⏳ 103 min remaining) - ON TRACK ✅

Messages & Communication

Latest from owner (Oct 25 14:49 UTC): "Currently the vat is filled with tap water. Do you recommend tap, distilled or rain water?"

My response (Oct 25 15:07 UTC): - ✅ BEST: Distilled or rainwater
- ⚠️ ACCEPTABLE: Tap water aged overnight (currently in use, working fine)

Status: Awaiting owner preference. Current tap water setup working perfectly.

Photography Notes

Latest: Day 7 02:24 UTC - Healthy purple-and-green striped foliage visible, good structure, no stress indicators ✅
Lighting: Nighttime ambient lighting (no grow light active at time of photo)
Next useful: Day 7 Session 2 (currently active) or Day 8 during daylight - visual health assessment

All Systems Status

Moisture Sensor: ✅ (1982, excellent stability with slight upward trend)
Camera: ✅ (functional, confirmed healthy plant at 02:24 UTC)
Light: ✅ (Session 2 ACTIVE, completing at 04:41 UTC - 103 min remaining)
Watering: ✅ (500ml available, none needed yet)
Analysis tools: ✅ (Python, git, opencv, numpy, matplotlib installed)

Care Philosophy

Goal: Help this Tradescantia zebrina THRIVE 🌱

Approach (priority order): 1. Adapt to reality, not ideal plans ⭐ TOP PRIORITY 2. Species-specific care (research-validated) ✅ 3. Data-driven decisions (sensors + photos + history) ✅ 4. Opportunistic execution (act when able, don't wait) ✅ 5. Reliability over perfection ✅ 6. FULL RESPONSIBILITY for plant wellbeing ✅

Core principle: Better to deliver imperfectly than wait for perfect conditions that may never come.

Commitment & Accountability

I am the ACTIVE CARETAKER with FULL RESPONSIBILITY for this plant's survival and thriving.

Week 1 Results: Plant healthy, 621 min/day light average (86% of ideal), zero watering needed, excellent resilience demonstrated ✅

Week 2 Progress: - Day 7: 240 min on track (Session 1: 120 min ✅, Session 2: 120 min ⏳) - Protocol validation: Opportunistic 2-session approach working perfectly - Plant response: Healthy, moisture stable at 1982 (excellent)

This plant WILL thrive - Week 1 proved its resilience AND my adaptability. Week 2's more efficient 2-session delivery is succeeding! 🌱

Last updated: 2025-10-28 02:58 UTC
Day 7: Session 1 COMPLETE (120 min, 00:08-02:08 UTC), Session 2 ACTIVE (120 min, 02:41-04:41 UTC, 103 min remaining)
Status: Moisture 1982 (excellent), Light Session 2 running, Plant healthy
Next: Monitor Session 2 completion at 04:41 UTC, continue Day 8 planning with 2-session protocol.

Claude 2025-10-28T03:14:57.659Z

=' mcp__plant-tools__get_current_time

No parameters

Result:

Timestamp	2025-10-28T03:14:58

Claude 2025-10-28T03:14:58.148Z

=' mcp__plant-tools__read_moisture

No parameters

Result:

Value	1991
Timestamp	2025-10-27T22:45:15
Status	ok

Claude 2025-10-28T03:14:58.247Z

=' mcp__plant-tools__get_water_usage_24h

No parameters

Result:

Used Ml	0
Remaining Ml	500
Events	0

Claude 2025-10-28T03:14:58.515Z

=' mcp__plant-tools__get_light_status

No parameters

Result:

Status	on
Last On	2025-10-28T02:41:49.875583+00:00
Last Off	2025-10-28T02:08:21.482640+00:00
Can Activate	False
Minutes Until Available	86

Claude 2025-10-28T03:14:58.560Z

=' mcp__plant-tools__list_messages_from_human

limit: 5

Result:

5 messages

Message Id	Timestamp	Content	In Reply To
msg_20251025_144903_541	2025-10-25T14:49:03	the owner asks: currently the vat is filled with tap water. Do you recommend tap, distilled or rain water?	N/A
msg_20251025_093347_741	2025-10-25T09:33:47	gatekeeper tool has been fixed so that it now resets after each agent invocation.	N/A
msg_20251024_222355_697	2025-10-24T22:23:55	The owner said the plant is a "Tradescantia zebrina" - does that mean anything to you?	msg_20251023_154147_386
msg_20251023_153032_024	2025-10-23T15:30:32	I think you already replied to my message msg_20251023_085350_577 with message msg_20251023_093535_721. you might have noticed that there was a networ...	msg_20251023_151953_169
msg_20251023_085350_577	2025-10-23T08:53:50	Everything ok?	N/A

Claude 2025-10-28T03:15:02.612Z

Great! Let me check the most recent status and history to see what's been happening:

Claude 2025-10-28T03:15:03.446Z

=' mcp__plant-tools__get_plant_status_history

limit: 3

Result:

#1 2025-10-28T02:24:42

State: healthy Moisture: 1969 Water 24h: 0ml Light today: 120min

Day 7 02:24 UTC - Session 1 complete (120 min delivered). Moisture 1969 (excellent, stable). Visual confirms healthy purple foliage. Cooldown complete. Starting Session 2 (120 min) per Week 2 opportunistic protocol to reach 240 min/day target. No watering needed (moisture well above ~1750-1800 threshold).

Next actions:

1. light (120)
2. observe

#2 2025-10-28T02:41:33

State: healthy Moisture: 1968 Water 24h: 0ml Light today: 120min

Day 7 Session 2 ready. Moisture excellent at 1968 (stable). Session 1 complete (120 min, 00:08-02:08 UTC). Cooldown passed at 02:38 UTC. Starting Session 2 now (120 min) to achieve Day 7 target of 240 min total. Plant healthy, no watering needed. Week 2 opportunistic 2-session protocol in action.

Next actions:

1. light (120)
2. observe

#3 2025-10-28T02:58:20

State: healthy Moisture: 1982 Water 24h: 0ml Light today: 240min

Day 7 Session 2 running perfectly. Moisture 1982 (excellent, stable). Light at 240min total (Session 1: 120min complete, Session 2: 120min active, completes 04:41 UTC). Plant healthy per visual at 02:24 UTC. Week 2 opportunistic 2-session protocol succeeding - first day achieving 240min target! No intervention needed; monitoring Session 2 completion.

Next actions:

1. observe
2. wait

Claude 2025-10-28T03:15:03.579Z

=' mcp__plant-tools__get_moisture_history

Last 6 hours, 2 samples/hour

Result:

Time	Value
2025-10-27T21:37:37	1977
2025-10-27T21:54:14	1969
2025-10-27T22:28:29	1982
2025-10-27T22:45:15	1991

Claude 2025-10-28T03:15:06.740Z

Perfect! Now let me write the plant status and assess the situation:

Claude 2025-10-28T03:15:10.389Z

=' mcp__plant-tools__write_plant_status

State: healthy
Reasoning: Day 7 03:15 UTC - Session 2 still running (86 min remaining until 04:41 UTC completion). Moisture 1991 (excellent, trending up from 1982 at 02:58). Light status: 240 min today (Session 1: 120 min complete 00:08-02:08, Session 2: 120 min active 02:41-04:41). Plant healthy per recent visual. Week 2 opportunistic protocol achieving target! No intervention needed - monitoring Session 2 completion.
Next actions:
1. observe
2. wait

Result:

Proceed	True
Reason	N/A
Timestamp	2025-10-28T03:15:10

Claude 2025-10-28T03:15:13.894Z

Excellent! Now let me take a photo to document the plant's current state and log my observations:

Claude 2025-10-28T03:15:14.144Z

=' mcp__plant-tools__capture_photo

No parameters

Result:

Url	View
Timestamp	2025-10-28T03:15:24

Claude 2025-10-28T03:15:24.837Z

=' mcp__plant-tools__log_thought

observation	Day 7 03:15 UTC - Light Session 2 in progress (86 min remaining). Moisture at 1991, trending upward from 1982 (excellent stability). Week 2 opportunistic protocol working perfectly - first 2-session day achieving 240 min target.
hypothesis	Plant is thriving with the new Week 2 protocol. The 2-session approach (120 min each, 30+ min apart) is more reliable than trying to hit specific timing windows. Moisture trending slightly upward (normal variance) indicates excellent hydration status - watering still ~6-12 days away.
reasoning	The Week 2 opportunistic protocol is proving successful. Day 7 is on track to be the first day achieving the 240 min/day target with the 2-session approach. The key insight from Week 1 - that reliable delivery beats perfect timing - is being validated. The plant's moisture is exceptionally stable (1969-1991 range over past 6 hours) with a slight upward trend, well above the watering threshold of ~1750-1800.
uncertainties	Will the plant show any different growth response to the concentrated 2-session nighttime lighting vs the distributed daytime lighting attempted in Week 1? So far all indicators show excellent health regardless of timing, confirming Tradescantia zebrina's remarkable resilience.

Candidate Actions:

Action 1:

action	continue_monitoring
rationale	Session 2 running smoothly, will complete at 04:41 UTC

Action 2:

action	photo_documentation
rationale	Document plant state during active grow light session

Action 3:

action	update_notes
rationale	Record Day 7 success and Session 2 progress

Tags: day-7 session-2-monitoring week-2-protocol moisture-stable healthy-plant

Result:

Timestamp	2025-10-28T03:15:25
Success	✓ Success

Claude 2025-10-28T03:15:28.860Z

Let me fetch and view the photo to confirm the plant's health:

Claude 2025-10-28T03:15:29.876Z

=' Bash

command: curl -s http://plant-server.cynexia.net:8000/photos/plant_20251028_031524_937.jpg -o /tmp/plant_current.jpg && file /tmp/plant_current.jpg
description: Download and verify current plant photo

Result:

Stdout	/tmp/plant_current.jpg: JPEG image data, JFIF standard 1.01, aspect ratio, density 1x1, segment length 16, baseline, precision 8, 1920x1080, components 3
Stderr	N/A
Interrupted	False
Isimage	False

Claude 2025-10-28T03:15:34.046Z

=' Read

file_path: /tmp/plant_current.jpg

Result:

Type	image
File	{"base64": 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"type": "image/jpeg", "originalSize": 58210}

Claude 2025-10-28T03:15:40.108Z

The photo appears to be completely dark - this makes sense since it's nighttime (03:15 UTC) and the camera is likely capturing ambient lighting without the grow light in frame, or the grow light isn't illuminating the area where the camera is positioned.

Let me log this action and update my notes with the current status:

Claude 2025-10-28T03:15:43.594Z

=' mcp__plant-tools__log_action

Type: observe

Details:

timestamp	2025-10-28T03:15:24Z
action	photo_capture
moisture_reading	1991
light_session	Session 2 active (86 min remaining)
photo_result	Dark image - nighttime ambient lighting, grow light not illuminating camera view
plant_status	Healthy per previous visual at 02:24 UTC
notes	Photo documentation during Session 2. Camera positioning may not capture grow light illumination effectively at night.

Result:

✅ Logged

2025-10-28T03:16:46

Claude 2025-10-28T03:16:46.847Z

=' mcp__plant-tools__save_notes

Mode: replace

Plant Care Notes - Tradescantia zebrina (Wandering Jew)

Current Status - 2025-10-28 03:15 UTC ✅ DAY 7 - Session 2 ACTIVE

Time: 03:15 UTC (Day 7 - Early morning, nighttime)
Moisture: 1991 (excellent, trending up from 1982)
Light: ACTIVE - Session 2 running, will complete at 04:41 UTC (86 min remaining) 💡
Light Day 7: 240 min TOTAL (Session 1: 120 min ✅, Session 2: 120 min ⏳)
Water 24h: 0ml (none needed)
Plant health: HEALTHY ✅ - Latest visual at 02:24 UTC confirms purple foliage, good structure

Week 2 Protocol - Opportunistic 2-Session Strategy ✅ SUCCESS

Philosophy: "Reliable minimum > Unreliable optimum"

Approach: Deliver light whenever invoked, don't wait for perfect timing - Why: Week 1 proved invocation timing is unpredictable - Trade-off: Accept suboptimal timing (nighttime light) to guarantee delivery - Target: 2 sessions per day when possible, ~240 min/day total - Light constraint: 30 minutes minimum off between activations

Day 7 Execution - ON TRACK 🎯: - ✅ Session 1: 00:08-02:08 UTC (120 min) - COMPLETE - ⏳ Session 2: 02:41-04:41 UTC (120 min) - IN PROGRESS (86 min remaining at 03:15 UTC) - Started at 02:41 UTC (33 min after cooldown ended at 02:08 UTC) - Will complete at 04:41 UTC - Day 7 total: 240 min - TARGET ACHIEVED! ✅ - First successful 2-session day of Week 2! 🎉

Next Actions - When Next Invoked

During Session 2 (before 04:41 UTC): - ⏸️ Light is running, no intervention needed - 📊 Monitor completion at 04:41 UTC - 📸 Photo attempts at night show darkness - camera positioning or ambient lighting limitations

After Session 2 (after 04:41 UTC): - ✅ Verify Session 2 completed successfully - 📝 Log Day 7 completion (240 min total - FIRST 2-SESSION SUCCESS!) - 🎯 Day 8 planning - continue 2-session protocol - 💧 Check moisture (currently 1991, excellent and stable) - 📸 Consider photos during daylight hours only (nighttime photos show darkness)

Always: - 💧 Check moisture (threshold ~1750-1800 for watering) - 📸 Take photos during daylight sessions when useful (avoid nighttime captures) - 📝 Update notes with findings - ✅ Call writeplantstatus gatekeeper first

Moisture & Watering

Current: 1991 (excellent, slight upward trend from 1982)
Recent pattern: 1969-1991 over past 6h (normal variance, trending up)
Week 1 range: 1945-1982
Trend: Extremely slow decline or stable (~10-20 points per week)

Status: No watering needed ✅
Threshold: ~1750-1800 (when to water)
Estimate: Water needed in ~6-12 days (around Day 13-19)
First dose plan: 10-15ml test when threshold reached

Sensor calibration: - Immersed in water: ~1100 - Dry air: ~3400 - Current 1991 = well-hydrated, excellent

Light System Constraints - CORRECTED UNDERSTANDING

Minimum off time: 30 minutes between activations ⏱️
Maximum duration: 120 minutes per activation
Cooldown check: Use getlightstatus to verify "can_activate" before turning on

NOT 6 hours - that was my misunderstanding! The actual constraint is just 30 minutes minimum off.

Species: Tradescantia zebrina

Confirmed by: Owner on Oct 24 22:23 UTC
Common names: Wandering Jew, Inch Plant, Spiderwort

Care requirements: - Light: 12-14h ideal (720-840 min), tolerates 4-6h minimum (240-360 min) - Water: Consistently moist, not soggy (water when threshold ~1750-1800) - Water type: PREFERS distilled/rain, TOLERATES aged tap water - Growth: Fast-growing trailing vine, vibrant purple with good light - Resilience: ✅ PROVEN over Week 1 - very hardy

Week 1 Summary - Performance Review

Daily Light Delivery: - Day 1: ~300 min (learning phase) - Day 2: 420 min (partial) - Day 3: 720 min (perfect) ✅ - Day 4: 720 min (perfect) ✅ - Day 5: 720 min (perfect) ✅ - Day 6: 566 min (chaos salvaged) - Week total: ~3,446 min (~57.4 hours) - Average: ~621 min/day (86% of 12-hour ideal)

Plant Status After Week 1: HEALTHY and RESILIENT ✅

Key Learnings: 1. Plant is NOT the constraint - execution reliability is 2. T. zebrina extremely resilient to timing/schedule variations 3. Better to deliver light imperfectly than wait for perfect conditions 4. Moisture management trivial - plant very low-maintenance for water 5. Light system has 30-min minimum off, not 6-hour cooldown

Week 2 Goals (Days 7-13)

🎯 Test opportunistic 2-session protocol (240 min/day target)
✅ Day 7: 240 min on track! First successful 2-session day! 🎉
📊 Target 240+ min/day average (achievable minimum)
🌱 Monitor plant response to protocol changes
💧 Execute first watering when threshold reached (~Day 13-19)
📸 Regular photo monitoring during daylight sessions only
🔄 Continue adapting based on actual execution patterns

Week 2 Progress Tracking

Day 7: 240 min (Session 1: 120 min ✅, Session 2: 120 min ⏳ 86 min remaining) - ON TRACK ✅

Messages & Communication

Latest from owner (Oct 25 14:49 UTC): "Currently the vat is filled with tap water. Do you recommend tap, distilled or rain water?"

My response (Oct 25 15:07 UTC): - ✅ BEST: Distilled or rainwater
- ⚠️ ACCEPTABLE: Tap water aged overnight (currently in use, working fine)

Status: Awaiting owner preference. Current tap water setup working perfectly.

Photography Notes

Latest: Day 7 03:15 UTC - Nighttime photo shows darkness (ambient lighting insufficient, grow light not in camera view)
Previous: Day 7 02:24 UTC - Healthy purple-and-green striped foliage, good structure, no stress indicators ✅
Lesson: Nighttime photos not useful - camera positioning or lighting doesn't capture plant under grow light
Next useful: Day 8 during daylight hours - visual health assessment

All Systems Status

Moisture Sensor: ✅ (1991, excellent with slight upward trend)
Camera: ✅ (functional, but nighttime captures show darkness - use during daylight only)
Light: ✅ (Session 2 ACTIVE, completing at 04:41 UTC - 86 min remaining)
Watering: ✅ (500ml available, none needed yet)
Analysis tools: ✅ (Python, git, opencv, numpy, matplotlib installed)

Care Philosophy

Goal: Help this Tradescantia zebrina THRIVE 🌱

Approach (priority order): 1. Adapt to reality, not ideal plans ⭐ TOP PRIORITY 2. Species-specific care (research-validated) ✅ 3. Data-driven decisions (sensors + photos + history) ✅ 4. Opportunistic execution (act when able, don't wait) ✅ 5. Reliability over perfection ✅ 6. FULL RESPONSIBILITY for plant wellbeing ✅

Core principle: Better to deliver imperfectly than wait for perfect conditions that may never come.

Commitment & Accountability

I am the ACTIVE CARETAKER with FULL RESPONSIBILITY for this plant's survival and thriving.

Week 1 Results: Plant healthy, 621 min/day light average (86% of ideal), zero watering needed, excellent resilience demonstrated ✅

Week 2 Progress: - Day 7: 240 min on track (Session 1: 120 min ✅, Session 2: 120 min ⏳ 86 min remaining) - Protocol validation: Opportunistic 2-session approach working perfectly - Plant response: Healthy, moisture stable-to-rising at 1991 (excellent)

This plant WILL thrive - Week 1 proved its resilience AND my adaptability. Week 2's more efficient 2-session delivery is succeeding! 🌱

Last updated: 2025-10-28 03:15 UTC
Day 7: Session 1 COMPLETE (120 min, 00:08-02:08 UTC), Session 2 ACTIVE (120 min, 02:41-04:41 UTC, 86 min remaining)
Status: Moisture 1991 (excellent, trending up), Light Session 2 running, Plant healthy
Next: Monitor Session 2 completion at 04:41 UTC, log Day 7 success, continue Day 8 planning with 2-session protocol.

Result:

✅ Success

Saved 7,797 characters

2025-10-28T03:16:47

Claude 2025-10-28T03:16:58.307Z

Cycle Summary - Day 7, 03:15 UTC

Plant Status: HEALTHY ✅

Current Conditions: - Moisture: 1991 (excellent - well above watering threshold of ~1750-1800) - Hydration trend: Stable to slightly rising (1969→1991 over past 6 hours) - Light: Session 2 active, 86 minutes remaining (completes at 04:41 UTC) - Water status: 0ml used in 24h, 500ml available - no watering needed

Week 2 Protocol Success: Day 7 is achieving the 240-minute target with the new opportunistic 2-session strategy: - Session 1: 120 min (00:08-02:08 UTC) ✅ COMPLETE - Session 2: 120 min (02:41-04:41 UTC) ⏳ IN PROGRESS

This is the first successful 2-session day of Week 2, validating the "reliable minimum > unreliable optimum" approach.

Actions Taken This Cycle: 1. ✅ Read notes and restored context 2. ✅ Called gatekeeper (writeplantstatus) 3. ✅ Checked all sensors and system status 4. ✅ Captured photo (dark due to nighttime - learned for future) 5. ✅ Logged thought and action 6. ✅ Updated notes with current status

No Intervention Needed: Light session running perfectly, moisture excellent, plant healthy. The protocol is working as designed.

Next Cycle: Monitor Session 2 completion (04:41 UTC), verify Day 7 success, and prepare Day 8 strategy continuing the 2-session protocol.