3 sources of demos (FDE chat)
TOTALS
build.palantir.com (89 total)
ziptieai.usw-17.palantirfoundry.com/workspace/marketplace/home (98 unique total??)
Name / # of Products
- AIP Now Product Reference Resources Store 98 products
- Palantir Learning Store 15 products
- Machinery Store 13 products
- Reference Resources 8 products
- Core Ontology Store 4 products
- Foundry Store 4 products
- Evaluator Templates Store 3 products
- Foundry Rules Store V2 2 products
- Timeseries Alerting Store 2 products
- Foundry Rules Store 1 product
- Upgrade Assistant Store 1 product
CHAT WITH FDE ABOUT 3 SOURCES
ME: there seems to be 3 main sources of demos
- build.palantir.com has links to examples/demos organized by type: AI Starter Pack, Document Suite, Reference Implementation, etc.
- learn.palantir.com has links to examples/demo organized by role: Data Engineer, App Dev, etc.
- [my-org].palantirfoundry.com/workspace/marketplace is a Foundry internal app for finding examples/demos organized by 9 “stores”.
FDE:
Yes — that’s a good taxonomy.
Main demo/example sources
1. build.palantir.com
Best thought of as:
public example catalog / solution gallery
Organized by type, such as:
AI Starter Pack
Document Suite
Reference Implementation
templates / accelerators
Use for:
what is possible?
what packaged examples exist?
what end-to-end solutions are available?
2. learn.palantir.com
Best thought of as:
training course catalog
Organized by role:
Data Engineer
Application Developer
Ontology Developer
AI / AIP user
Use for:
step-by-step learning
certification prep
guided tutorials
role-based skills
3. Foundry internal Marketplace
[my-org].palantirfoundry.com/workspace/marketplace
Best thought of as:
installable resource marketplace inside your Foundry environment
Organized by stores/categories.
Use for:
install demo bundle
create datasets/pipelines/apps/models in your tenant
run hands-on examples
Short distinction
build = discover solution examples
learn = follow training courses
marketplace = install runnable bundles into Foundry
Your diagram approach can apply to all three.
26.0809 (v1 26.0809)