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Geopolitics, decoded by algorithms.
Geopolitics, decoded by algorithms.
Material Resilience Engine
Public demoNot certifiedOriginal alloy
UNS R30075 (ASTM F75) Co-Cr-Mo Alloy
Cobalt-chromium-molybdenum alloy
Use case
Fatigue critical
Production method
Any route
Targets
2,781
Candidates
10,746
Source
Supabase
Material records
50,163
Unique materials
4,836
Compositions
3,206
Evidence links
30,671
Scenarios
6
Published bundle
30 files
Portfolio scan
top 10 opportunitiesseparate from selected resultUse this as a shortlist of materials worth opening in the full engine. The highlighted row is the demo material analyzed below.
LPBF CrCoNi
MEA
Critical
99.7%
Routes
4
Feature
94.7
Cr -> Al + Si + Mo + N
UNS R30075 (ASTM F75) Co-Cr-Mo Alloy
cobalt_or_refractory
Critical
99.3%
Routes
4
Feature
90.3
Co -> Ni + Mn + Fe
AWS BCo-1 (R39001) Filler Metal
cobalt_or_refractory
Critical
99.0%
Routes
3
Feature
99.7
Co -> Ni + Mn + Fe
UNS R30001 Co-Cr-W Alloy
cobalt_or_refractory
Critical
96.0%
Routes
3
Feature
100.0
Cr -> Al + Si + Mo + N
MAP creep steel Cr10.43 Mo1.40
creep_resistant_steel
Critical
95.5%
Routes
3
Feature
97.4
Cr -> Al + Si + Mo + N
MAP creep steel Cr9.21 Mo0.93
creep_resistant_steel
Critical
96.6%
Routes
3
Feature
93.8
Cr -> Al + Si + Mo + N
MAP creep steel Cr11.59 Mo0.98
creep_resistant_steel
Critical
96.0%
Routes
3
Feature
93.7
Cr -> Al + Si + Mo + N
MAP creep steel Cr11.40 Mo0.91
creep_resistant_steel
Critical
95.7%
Routes
3
Feature
93.5
Cr -> Al + Si + Mo + N
MAP creep steel Cr9.24 Mo0.10
creep_resistant_steel
Critical
95.9%
Routes
3
Feature
92.3
Cr -> Al + Si + Mo + N
MAP creep steel Cr11.00 Mo0.42
creep_resistant_steel
Critical
93.1%
Routes
3
Feature
95.0
Cr -> Al + Si + Mo + N
| Rank | Material | Use case | Critical share | Good routes | Top feature score | Supply lift | Best route |
|---|---|---|---|---|---|---|---|
| 1 | LPBF CrCoNi MEA | fatigue critical | 99.7% | 4 | 94.7/100 | 7.0/8 | Cr -> Al + Si + Mo + N |
| 2 | UNS R30075 (ASTM F75) Co-Cr-Mo Alloy democobalt_or_refractory | fatigue critical | 99.3% | 4 | 90.3/100 | 7.3/8 | Co -> Ni + Mn + Fe |
| 3 | AWS BCo-1 (R39001) Filler Metal cobalt_or_refractory | fatigue critical | 99.0% | 3 | 99.7/100 | 7.9/8 | Co -> Ni + Mn + Fe |
| 4 | UNS R30001 Co-Cr-W Alloy cobalt_or_refractory | high temperature creep | 96.0% | 3 | 100.0/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 5 | MAP creep steel Cr10.43 Mo1.40 creep_resistant_steel | high temperature creep | 95.5% | 3 | 97.4/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 6 | MAP creep steel Cr9.21 Mo0.93 creep_resistant_steel | high temperature creep | 96.6% | 3 | 93.8/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 7 | MAP creep steel Cr11.59 Mo0.98 creep_resistant_steel | high temperature creep | 96.0% | 3 | 93.7/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 8 | MAP creep steel Cr11.40 Mo0.91 creep_resistant_steel | high temperature creep | 95.7% | 3 | 93.5/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 9 | MAP creep steel Cr9.24 Mo0.10 creep_resistant_steel | high temperature creep | 95.9% | 3 | 92.3/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 10 | MAP creep steel Cr11.00 Mo0.42 creep_resistant_steel | high temperature creep | 93.1% | 3 | 95.0/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
Material Resilience Engine
Public demoNot certifiedOriginal alloy
UNS R30075 (ASTM F75) Co-Cr-Mo Alloy
Cobalt-chromium-molybdenum alloy
Use case
Fatigue critical
Production method
Any route
Targets
2,781
Candidates
10,746
Source
Supabase
Material records
50,163
Unique materials
4,836
Compositions
3,206
Evidence links
30,671
Scenarios
6
Published bundle
30 files
Portfolio scan
top 10 opportunitiesseparate from selected resultUse this as a shortlist of materials worth opening in the full engine. The highlighted row is the demo material analyzed below.
LPBF CrCoNi
MEA
Critical
99.7%
Routes
4
Feature
94.7
Cr -> Al + Si + Mo + N
UNS R30075 (ASTM F75) Co-Cr-Mo Alloy
cobalt_or_refractory
Critical
99.3%
Routes
4
Feature
90.3
Co -> Ni + Mn + Fe
AWS BCo-1 (R39001) Filler Metal
cobalt_or_refractory
Critical
99.0%
Routes
3
Feature
99.7
Co -> Ni + Mn + Fe
UNS R30001 Co-Cr-W Alloy
cobalt_or_refractory
Critical
96.0%
Routes
3
Feature
100.0
Cr -> Al + Si + Mo + N
MAP creep steel Cr10.43 Mo1.40
creep_resistant_steel
Critical
95.5%
Routes
3
Feature
97.4
Cr -> Al + Si + Mo + N
MAP creep steel Cr9.21 Mo0.93
creep_resistant_steel
Critical
96.6%
Routes
3
Feature
93.8
Cr -> Al + Si + Mo + N
MAP creep steel Cr11.59 Mo0.98
creep_resistant_steel
Critical
96.0%
Routes
3
Feature
93.7
Cr -> Al + Si + Mo + N
MAP creep steel Cr11.40 Mo0.91
creep_resistant_steel
Critical
95.7%
Routes
3
Feature
93.5
Cr -> Al + Si + Mo + N
MAP creep steel Cr9.24 Mo0.10
creep_resistant_steel
Critical
95.9%
Routes
3
Feature
92.3
Cr -> Al + Si + Mo + N
MAP creep steel Cr11.00 Mo0.42
creep_resistant_steel
Critical
93.1%
Routes
3
Feature
95.0
Cr -> Al + Si + Mo + N
| Rank | Material | Use case | Critical share | Good routes | Top feature score | Supply lift | Best route |
|---|---|---|---|---|---|---|---|
| 1 | LPBF CrCoNi MEA | fatigue critical | 99.7% | 4 | 94.7/100 | 7.0/8 | Cr -> Al + Si + Mo + N |
| 2 | UNS R30075 (ASTM F75) Co-Cr-Mo Alloy democobalt_or_refractory | fatigue critical | 99.3% | 4 | 90.3/100 | 7.3/8 | Co -> Ni + Mn + Fe |
| 3 | AWS BCo-1 (R39001) Filler Metal cobalt_or_refractory | fatigue critical | 99.0% | 3 | 99.7/100 | 7.9/8 | Co -> Ni + Mn + Fe |
| 4 | UNS R30001 Co-Cr-W Alloy cobalt_or_refractory | high temperature creep | 96.0% | 3 | 100.0/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 5 | MAP creep steel Cr10.43 Mo1.40 creep_resistant_steel | high temperature creep | 95.5% | 3 | 97.4/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 6 | MAP creep steel Cr9.21 Mo0.93 creep_resistant_steel | high temperature creep | 96.6% | 3 | 93.8/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 7 | MAP creep steel Cr11.59 Mo0.98 creep_resistant_steel | high temperature creep | 96.0% | 3 | 93.7/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 8 | MAP creep steel Cr11.40 Mo0.91 creep_resistant_steel | high temperature creep | 95.7% | 3 | 93.5/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 9 | MAP creep steel Cr9.24 Mo0.10 creep_resistant_steel | high temperature creep | 95.9% | 3 | 92.3/100 | 8.0/8 | Cr -> Al + Si + Mo + N |
| 10 | MAP creep steel Cr11.00 Mo0.42 creep_resistant_steel | high temperature creep | 93.1% | 3 | 95.0/100 | 8.0/8 | Cr -> Al + Si + Mo + N |