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HomeEngineering autonomous resilienceSystemsExplore systemsCapabilitiesExplore capabilitiesDefenseExplore defenseResearchExplore researchIndustriesExplore industriesCompanyExplore companyInsightsExplore insightsMission SystemsMission software connects fragmented observations, operational workflows and human decisions across distributed systems.Autonomous SystemsSoftware for UAS, drones, ground robotics, maritime and undersea systems: perception, planning, coordination and human supervisory control.Cyber OperationsDefensive engineering, authorized security testing and cyber research across software, identity, networks and infrastructure.Mission AIModels, retrieval, tools and agents organized around decision support, bounded action and operator oversight.

Advanced programs / Proposed scopes

Connect the disciplines. Define the program.

Integrated engineering directions for research, prototypes and systems integration. Each begins with an operating constraint and a reviewable outcome—not a claim of a fielded product.

PRG / 01

Mission Systems

Engineering scope ↗

A stale observation, an unavailable service and a confirmed event should never look the same to an operator. Mission applications need to make uncertainty visible. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 02

Autonomous Systems

Engineering scope ↗

When a vehicle loses a link, its behavior should follow explicit mission policy. Autonomy needs bounded authority, observable intent and a defined safe state. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 03

Cyber Operations

Engineering scope ↗

Connected systems inherit trust decisions from their dependencies. Effective defense constrains that trust without turning every anomaly into a system-wide outage. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 04

Mission AI

Engineering scope ↗

A model response is not a verified fact. Access to a tool is not permission to use it. Mission AI requires data provenance, policy boundaries and escalation paths. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 05

AI Assurance & Security

Engineering scope ↗

Agent authority crosses model, application and identity boundaries. Untrusted content must not acquire the privileges of an operator. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 06

Tactical Edge

Engineering scope ↗

A cloud dependency can become an operational dependency. Edge architecture decides what must continue locally, what can wait and which state must reconcile later. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 07

Resilient Networks

Engineering scope ↗

A disconnected node is not necessarily a failed node. Distinguish link availability from local capability and reconcile state when connectivity returns. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 08

Command & Control

Engineering scope ↗

An operating picture is useful only when its age, uncertainty and source are visible. Reduce cognitive load while preserving human authority. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 09

ISR & Sensor Systems

Engineering scope ↗

Sensors produce different clocks, coordinate systems and confidence estimates. Fusion begins with alignment and provenance, not a confident-looking symbol on a map. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 10

Spectrum Systems

Engineering scope ↗

Spectrum observations vary across time, location and receiver configuration. Analysis must preserve those conditions and separate measured activity from inferred classification. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 11

Simulation & Digital Engineering

Engineering scope ↗

A simulation is an executable set of assumptions. Its value depends on documenting those assumptions and comparing them with evidence. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

PRG / 12

Space & Orbital Systems

Engineering scope ↗

Orbital links change with geometry and availability. Ground-to-space software needs contact windows, data custody and fallback when paths disappear. A potential first milestone is an instrumented prototype with explicit interfaces, failure criteria and evaluation evidence.

Define the mission

Bring the hard problem.

Start with the operating environment, the constraints and the decision your system needs to support.

Discuss a program