Blockchain can't work on Mars. Glogos can.
✅ Fully GLOGOS.md Compliant - Invariant 4: A.time > B.time when A refs B
| Constraint | Impact on Blockchain |
|---|---|
| Earth-Mars delay: 4-24 minutes | Real-time consensus impossible |
| Solar conjunction: 14-day blackout | Any consensus breaks down |
| Clock drift between planets | Timestamp-based ordering fails |
Two patterns that satisfy Invariant 4:
All ref same parent (e.g., GLR) → no time constraint between them
GLR
├── A (T=1000)
├── B (T=1000) ← Same second OK!
└── C (T=1000) ← Same second OK!
Each refs previous → must wait 1 second
GLR
└── A (T=1000)
└── B (T=1001) ← Must be > 1000
└── C (T=1002) ← Must be > 1001
pip install pynacl --break-system-packages
python earth_mars_poc.pyPHASE 1: Initialize Earth + Mars Zones
PHASE 2: Parallel attestations (3 in same second, all ref GLR) ✅
PHASE 3: Sequential chain (launch → countdown → liftoff, 1s apart) ✅
PHASE 4: Mars receives, verifies, responds in parallel
PHASE 5: 14-day blackout (both continue locally)
PHASE 6: Sync when communication restored
PHASE 7: Verify ALL attestations + Invariant 4 compliance ✅
The PoC includes built-in verification:
def verify_invariant_4(attestations):
"""Verify A refs B → A.time > B.time"""
for att in attestations:
for ref in att.refs:
if ref != GLR:
assert att.time > ref_attestation.timeOutput:
📐 Verifying Invariant 4 (A refs B → A.time > B.time)...
✅ Invariant 4 satisfied for all 14 attestations
glo-mars/
├── .gitignore
├── LICENSE # Apache 2.0
├── README.md # This file
├── CANON.md # Interplanetary canon specification
├── requirements.txt # Python dependencies
└── earth_mars_poc.py # Main simulation
GLOGOS.md Invariant 4: A.time > B.time when A refs B
Not a limitation. A FEATURE.
├── Forces explicit causality
├── Prevents ambiguous ordering
├── Parallel pattern = unlimited throughput
├── Sequential pattern = clear causal chains
└── Both patterns work together
- GLOGOS.md - Core protocol
- GENESIS.md - Winter Solstice 2025
Built for Mars. Works on Earth. Invariant 4 compliant. 🔴