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Framework

Where Is Your Program's Architecture?

An architecture maturity framework for defense programs. Programs at higher maturity levels deliver tighter CDRs, cleaner integrations, and predictable schedules because architecture functions as a design tool. Here's where each level stands.

Architecture Maturity Levels

Programs move upward. Each level builds on the previous. Most programs we encounter are at Level 2.

L1

Ad-Hoc / No Architecture

No formal architecture artifacts. Design decisions made informally by available staff. No traceability between requirements and implementation.

Symptoms: No formal architecture artifacts. No requirements-to-implementation traceability. Integration issues surface during testing rather than design. Decisions made informally as work progresses.
RDS Engagement: Capability Pilot Sprint
L2

Architecture as Compliance

Architecture artifacts exist and are produced primarily as CDRL deliverables. Artifacts satisfy review requirements without driving design decisions. Implementation patterns repeat from previous programs.

Symptoms: Architecture artifacts produced for review submissions and referenced selectively during design. Architecture and implementation diverge over time. Documentation updated retroactively to align with what was built.
RDS Engagement: Discovery Package
L3

Architecture as Practice

The team produces and references architecture artifacts during design. Views are consulted before major decisions. Architecture remains a separate activity from engineering.

Symptoms: Architecture reviews are conducted on schedule, with artifacts referenced selectively by engineers. Architecture and implementation drift between reviews.
RDS Engagement: Design Package
L4

Architecture Drives Design

Architecture artifacts are the primary input to design decisions. Requirements trace to architecture, architecture traces to implementation. Changes flow through the model.

Symptoms: Engineers reference architecture views before writing code. CDRs pass through review with a coherent architecture narrative. Integration delivers cleanly because interfaces are specified up front.
RDS Engagement: End-to-End Capability Delivery
L5

Architecture as Competitive Advantage

Architecture enables rapid adaptation. The team evaluates new requirements, assesses impact, and implements changes through a live, connected model.

Symptoms: Architecture maintained as a living model integrated with code and operations. Trade-off analysis runs in hours through the model. New requirements are evaluated against the model before effort estimation.
RDS Engagement: End-to-End Capability Delivery

How RDS Moves You Up

Every maturity-level engagement runs as a fixed-price Capability Delivery Sprint or package. Pricing, sprint catalog, and engagement options are on the Capability Delivery Sprints page.

Design Package

Solution Architecture + Technical Lead Planning + Management. Drives the L2 → L3 progression by establishing architecture as a working practice: a complete architecture package, capability-to-component traceability, and an executable implementation plan your team can run against.

End-to-End Capability Delivery

All sprint types across one or more capability increments. Drives the L3 → L4 → L5 progression with sustained architecture leadership, a live capability-thread model that drives design and implementation, and AI-native enablement that lets your team produce architecture output at multiples of conventional pace.

Capability Pilot Sprint

Lowest-risk first engagement. A single decision-grade deliverable that validates the capability-thread approach and de-risks the larger follow-on package needed to move you up the maturity curve.

See Capability Delivery Sprints → for the full menu, packages, banded price anchors, and how to scope an engagement.

Get Started Today

Tell us where your program stands and where it needs to go. We'll bring back a scope and a fixed-price quote in 4 working days.

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