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At PVM, we have extensive experience unlocking the power of data and helping our clients achieve their missions in federal, state, and local governments, as well as commercial sectors. In today's data-driven world, organizations across all sectors recognize that their success hinges on harnessing the full potential of their data.

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At PVM, we use data to make a difference in our communities. We are looking for talented people who thrive working on some of the world's toughest challenges.

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OUR MISSION

Our goal is to unleash the power of data and connect people to information to make a difference in the communities we serve.

Meet the Team

WHAT IS THE PALANTIR ONTOLOGY?

A Field Guide for Government Teams on Vantage, Maven, and Foundry

 

The practitioner-level platform guide built for government commands on Army Vantage, Maven Smart System, and every Foundry-based deployment. If you've been handed a license and told to use it — start here.

 

DOWNLOAD THE FREE GUIDE NOW      SEE WHAT'S INSIDE  

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WHAT'S INSIDE

FOUR CHAPTERS. EVERYTHING YOUR COMMAND NEEDS.

01

THE MARKET MOMENT

Army Vantage's mandatory migration deadline. Maven Smart System's designation as a Program of Record. Two mandates, one playbook — why commands are in motion right now.

 

02

THE PLATFORM

Foundry's four-layer architecture. The six core ontology primitives. Why the ontology is the abstraction boundary — and what goes wrong when you get it wrong.

 

03

INTEGRATION PATTERNS

The four ways systems connect to the ontology: Workshop, ML Models, AIP Agents, and OSDK. How legacy C2 systems become ontology-aware without re-architecture.

04

WHAT COMES NEXT

The governance decisions every command must make: ontology ownership, schema control, enterprise fit. Real-world walkthrough of a C2 system connecting to Foundry.

KEY CONCEPTS EXPLAINED

THE SIX PRIMITIVES THAT RUN EVERYTHING

OBJECT TYPE

Schema for a real-world entity. Track, Ship, SensorReport. Backed by a Foundry dataset — each row becomes a navigable object instance with properties and linked behaviors.

OBJECT TYPE

Schema for a real-world entity. Track, Ship, SensorReport. Backed by a Foundry dataset — each row becomes a navigable object instance with properties and linked behaviors.

PROPERTY

A characteristic of an object type. Maps to a column but carries display names, rich types (GeoPoint, Struct), and units. fuelLevel is meaningful; fuel_lbs_total is not.

PROPERTY

A characteristic of an object type. Maps to a column but carries display names, rich types (GeoPoint, Struct), and units. fuelLevel is meaningful; fuel_lbs_total is not.

LINK TYPE

Relationship between two object types. Bidirectional, navigable, business-named. Ship hasMany Deployments — no SQL joins needed.

LINK TYPE

Relationship between two object types. Bidirectional, navigable, business-named. Ship hasMany Deployments — no SQL joins needed.

 

ACTION TYPE

Schema for a change. Think of it as an ICD for data entering the Ontology: exact parameters, validation rules, and audit trail. Example: ReclassifyTrack(trackId, newClassification, confidence).

ACTION TYPE

Schema for a change. Think of it as an ICD for data entering the Ontology: exact parameters, validation rules, and audit trail. Example: ReclassifyTrack(trackId, newClassification, confidence).

FUNCTION

TypeScript or Python code integrated with the ontology. Takes typed inputs, returns computed values. Called from actions, Workshop, OSDK, and AIP agents.

FUNCTION

TypeScript or Python code integrated with the ontology. Takes typed inputs, returns computed values. Called from actions, Workshop, OSDK, and AIP agents.

INTERFACE

Object type polymorphism. SurfaceTrack and AirTrack share properties via a Track interface. Critical for joint interoperability across domains.

INTERFACE

Object type polymorphism. SurfaceTrack and AirTrack share properties via a Track interface. Critical for joint interoperability across domains.

WHO NEEDS THIS

BUILT FOR THREE TYPES OF READERS

01

COMMAND LEADERSHIP

Your unit received platform access and was told to produce results. This guide gives you the architectural vocabulary to direct your technical teams, evaluate use cases, and ask the right governance questions.

 

02

ENGINEERS & DATA TEAMS

New to Foundry or coming from a traditional data engineering background. This covers the conceptual shift — why the ontology is not a database, how transforms work, and what the four integration patterns actually mean for your implementation.

 

03

MIGRATION TEAMS

You've been told to migrate and don't know where to start. This guide covers the foundation: the layer model, what lives north and south of the ontology, and how legacy C2 systems connect without re-architecture.



STOP FLYING BLIND. START WITH THE ARCHITECTURE.

 

This is the same material PVM uses in its Palantir Enablement bootcamps — hands-on orientations built around real mission contexts. Download it free. No strings attached.

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