Solutions

Build the next move
into this one.

Architecture, implementation and support for systems that remain adaptable as your business changes.

Capabilities

OPEN WHERE
IT MATTERS.

This framework modernizes the original OSIT mission without pretending every problem has an open-source answer.

01 / FOUNDATION

Open Infrastructure

Linux-centered compute, virtualization, storage and networking architectures that reduce unnecessary platform dependency.

02 / PORTABILITY

Cloud + Containers

Workload portability, private/public cloud patterns and containerized application delivery.

03 / REPEATABILITY

Automation + DevOps

Infrastructure as code, configuration management, deployment workflows and operational automation.

04 / WORKFLOWS

Applications + Integration

Open platforms, APIs, custom integrations and modernization around the way the organization actually works.

05 / OWNERSHIP

Data + Databases

Open database strategy, migrations and architectures designed to keep business data usable and portable.

06 / RESILIENCE

Security + Hardening

Secure configuration, patching, identity, logging and observability integrated into the platform.

07 / CONTINUITY

Managed Open Source

Ongoing operational support for organizations that need experienced engineering without building every specialty in-house.

08 / DECISIONS

Open Source Strategy

Architecture reviews, product selection and migration planning based on lifecycle, skills, risk, cost and exit strategy.

OSIT team members reviewing service dashboards together in a conference room
Working sessionShared context before technical decisions
How the work happens

Start together.
Stay aligned.

Strong technical work begins with a shared understanding of the operation—not a product pitch.

We surface constraints, review the evidence and make the tradeoffs visible before implementation begins.

How we work

DISCOVER.
DESIGN.
DEPLOY.
DOCUMENT.

1. Discover the constraint

We start with requirements, operating model, existing systems, technical debt and the reason change is being considered.

2. Design the exit strategy first

A strong architecture considers how data, workloads and operations can move later—not only how they are deployed today.

3. Deploy with repeatability

Where practical, configuration and infrastructure become code so the environment can be understood and reproduced.

4. Leave usable documentation

Documentation, ownership and operational knowledge should stay with the client, not remain trapped with the implementer.