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Deploint

Industry 09

Engineering technology for mission-critical environments.

Deploint engineers secure software, AI, data platforms and cloud modernization for government and defense programs, either directly or as a teaming partner and subcontractor to prime contractors.

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09 / Government

System pattern

Engineered for

  • Zero trust
  • Documented controls
  • Interoperability
  • Delivery governance

Typical system flow

05 stages

  1. 01Mission data
  2. 02Secure enclave
  3. 03Integration
  4. 04Analytics & AI
  5. 05Operators

Focus areas

  • Secure software
  • Systems integration
  • Data platforms
  • Prime contractor teaming
  • Technical subcontracting

01Services

Engineering services for mission programs.

Services can be delivered as complete work packages or as engineering capacity inside a larger program team, depending on how the program is structured.
  • 01

    AI engineering

    Analytics, retrieval and decision-support systems with evaluation, human oversight and documented model behavior.

  • 02

    Secure software

    Applications and services built with a secure development lifecycle: threat modeling, code review, dependency management and SBOMs.

  • 03

    Cloud modernization

    Migration of legacy workloads to the cloud environments a program has designated, with infrastructure as code and documented controls.

  • 04

    Data platforms

    Data integration, cataloging and analytics platforms with fine-grained access control and lineage.

  • 05

    Cybersecurity

    Zero trust architecture, identity and access management, DevSecOps pipelines and security engineering for systems and platforms.

  • 06

    Systems integration

    Integration of legacy, mission and enterprise systems through APIs, message buses and open data standards.

  • 07

    Digital engineering

    Model-based engineering, digital twins and software for sensors, edge devices and embedded systems.

  • 08

    Engineering teams

    Cross-functional teams that own a defined scope, from architecture through deployment and sustainment handover.

  • 09

    Technical subcontracting

    Scoped technical work performed under a prime contractor's program, with clear interfaces, reporting and acceptance criteria.

Related programs

02Prime contractor teaming

Working with prime contractors.

Deploint can team with prime contractors and systems integrators to add engineering depth to a program. Teaming arrangements and program-specific requirements are agreed for each program.
Government / prime contractor inquiry

Typical teaming structure

Agreed per program

Typical teaming structure: Program office, then Prime contractor, then Deploint engineering, then Delivered capability
  1. 01Program office
  2. 02Prime contractor
  3. 03Deploint engineering
  4. 04Delivered capability

Deploint joins as

  • Prime contractor partnerships
  • Subcontracting
  • Engineering delivery
  • Technical staff augmentation

  • 01

    Prime contractor partnerships

    Engineering depth in AI, software, cloud, data and security for primes pursuing or delivering programs.

    • Technical input to solution architecture
    • Defined roles in teaming agreements
    • Joint delivery planning with the program office

  • 02

    Subcontracting

    Scoped work packages delivered under the prime's contract, with clear statements of work, interfaces and acceptance criteria.

    • Work packages with defined deliverables
    • Flow-down requirements built into delivery
    • Reporting aligned to the prime's cadence

  • 03

    Engineering delivery

    End-to-end ownership of a technical component or capability within a larger program.

    • Architecture through deployment for a defined scope
    • Documentation, test evidence and handover packages
    • Milestones, risk reporting and change control

  • 04

    Technical staff augmentation

    Engineers embedded in a prime's or agency's teams, working in their tools, processes and environments.

    • AI, software, cloud, data and security engineers
    • Onboarding into existing processes and tooling
    • Continuity and knowledge-transfer planning

Program requirements

Program-specific requirements, such as personnel clearances, facility requirements and compliance or authorization frameworks, are discussed and confirmed for each program before work is scoped.

03Use cases

Mission and enterprise use cases.

Engineering work that recurs across government and defense programs, from back-office modernization to software at the edge.

  1. 01

    Legacy system modernization

    Moving mission and business systems off aging platforms incrementally, with APIs and data migration that keep operations running.

    • Strangler pattern
    • APIs
    • Data migration

  2. 02

    Mission data integration

    Bringing data from disparate systems and sensors into a shared, access-controlled platform for analysis.

    • Data catalog
    • Attribute-based access
    • Lineage

  3. 03

    Decision support

    Analytics and AI assistants that help analysts find, summarize and compare information, with sources cited and people deciding.

    • RAG
    • Evaluation
    • Audit logging

  4. 04

    Secure software factories

    DevSecOps pipelines that build, scan, sign and deliver software, generating evidence along the way.

    • CI/CD
    • SBOM
    • Artifact signing

  5. 05

    Sensor and edge systems

    Software for sensors and edge devices that processes data locally and operates with intermittent connectivity.

    • Edge computing
    • Embedded systems
    • Store and forward

04Reference architecture

Secure by design, from data source to operator.

Every boundary is authenticated, authorized and logged. Integration is loosely coupled, and AI outputs that carry consequences are reviewed by people.

Data from sensors, legacy systems, partner feeds and enterprise applications, each with its own handling requirements.

  • Sensors
  • Legacy systems
  • Partner feeds
  • Documents

05Engineering considerations

Constraints that shape mission systems.

Mission systems operate under scrutiny, in contested environments and across long program lifecycles. The architecture has to hold up to all three.

  • Constraint 01

    Security by design

    Systems must assume a contested environment and limit the impact of any compromise.

    Engineering response

    • Zero trust architecture principles
    • Least-privilege identity and access
    • Threat modeling for every interface

  • Constraint 02

    Documented controls

    Authorization processes need evidence of how security controls are implemented and tested.

    Engineering response

    • Control implementation documentation
    • Automated evidence from delivery pipelines
    • Support for the program's authorization process

  • Constraint 03

    Software supply chain

    Software provenance matters as much as functionality.

    Engineering response

    • SBOMs for every build
    • Dependency scanning and pinning
    • Signed artifacts

  • Constraint 04

    Legacy and interoperability

    Programs depend on systems built over decades to different standards.

    Engineering response

    • APIs and adapters around legacy systems
    • Open data standards
    • Incremental migration

  • Constraint 05

    Constrained environments

    Some deployments have limited connectivity, restricted networks or specific hosting requirements.

    Engineering response

    • Disconnected and low-bandwidth modes
    • Portable infrastructure as code
    • Deployment to program-designated environments

  • Constraint 06

    Delivery governance

    Programs need predictable delivery, traceability and clear accountability between partners.

    Engineering response

    • Requirements traceability
    • Milestone and risk reporting
    • Change control aligned to the program

06Related capabilities

Engineering disciplines behind the work.

Government & Defense programs draw on these capabilities, delivered by one team that designs, builds, secures and operates the system.
All capabilities

07Concept architectures

Reference architectures for related problems.

These are concept architectures: illustrative engineering references, including patterns from adjacent industries, not descriptions of client engagements.
All case studies

08FAQ

Common questions.

What engineering leaders ask us about government and defense programs.
01Does Deploint work as a subcontractor to prime contractors?

Yes. We can deliver scoped work packages, own a technical component, or embed engineers in a prime's team. Teaming roles, statements of work and flow-down requirements are agreed for each program.

02Do your engineers hold security clearances?

Clearance requirements are specific to each program. We discuss personnel and facility requirements during scoping and confirm what can be supported before committing to a role on a program.

03Can you support FedRAMP, CMMC or other compliance requirements?

We engineer systems with documented security controls, automated evidence and secure delivery pipelines that support a program's compliance and authorization processes. The applicable frameworks, and our role in meeting them, are confirmed for each program.

04How do we start working together on a program?

Usually with a technical conversation about the program, where we can contribute and the requirements that apply. From there we agree a teaming approach, define work packages or roles, and set up delivery governance with the program office.

Government & Defense engineering

Teaming on a mission-critical program?

Talk to us about the program, the scope and the requirements. We'll help define where our engineering fits.

Talk to an EngineerGovernment / prime contractor inquiry