Generic tools create workarounds
Teams adapt their process to software limitations, creating manual steps and inconsistent information.
01 · Floatger service
Software development
We plan and build tailored platforms, operational tools, and customer-facing products around your workflows, users, constraints, and long-term direction.
The context
When this service becomes valuable.
Software shaped around the way your business actually works. The right starting point is a shared understanding of the problem—not a predetermined feature list.
Important workflows are disconnected
Critical data and decisions live across separate tools, inboxes, and documents.
Existing systems limit change
An old or inflexible platform makes new capabilities expensive and slow to introduce.
What the work may include
Connected capabilities, shaped around the engagement.
The exact mix is agreed after understanding your current situation, priorities, and constraints.
01
Product discovery
Clarify users, workflows, business rules, constraints, and the outcome the system must support.
02
Solution architecture
Define a maintainable application structure, data model, integrations, and delivery approach.
03
Iterative product engineering
Build the highest-value workflows in visible increments and validate them with stakeholder feedback.
04
Launch and evolution
Prepare the product for use, document key decisions, and plan support or future development.
Potential outputs
Tangible progress your team can use.
Outputs depend on the scope and stage of the engagement. They are agreed before delivery begins and refined as the work becomes clearer.
- 01A scoped product and technical plan
- 02A tailored web-based or operational system
- 03A documented domain, role, data, and integration model
- 04Acceptance, release, migration, and support guidance
Planning the engagement
Make the inputs, evidence, and boundaries clear.
Useful delivery starts with the right context and an agreed way to evaluate progress—not an assumption that every possible concern belongs in scope.
What we need to understand
- Priority users, roles, workflows, and decisions
- Current tools, data sources, integrations, and ownership
- Business rules, permissions, reporting, and exception paths
- Migration, rollout, adoption, security, and operating constraints
How progress can be evaluated
- Agreed core workflows meet visible acceptance criteria
- Roles, permissions, data, and exception paths behave as intended
- The team can understand, release, and support the delivered system
Important scope boundary
A custom build is not assumed. Early work should compare building, buying, extending, and integrating. Data migration, organisational change, and formal compliance or security testing are defined explicitly when required.
Delivery path
From context to a practical next stage.
Each stage creates enough clarity for the decisions that follow, while keeping the process proportionate to the work.
Frame
Map the users, processes, rules, and desired business outcome.
Shape
Define product boundaries, architecture, data, and delivery stages.
Build
Engineer and review working capabilities in focused increments.
Release
Validate readiness, deploy, document, and plan what follows.
Engagement shape
Start at the point that matches the challenge.
Build-or-buy discovery
Assess the workflow, available products, constraints, and the case for bespoke software.
Staged product delivery
Design and build the highest-value domain workflows through reviewable releases.
Product evolution
Carry product context into later capabilities, integrations, maintenance, and support.
Service questions
Useful things to clarify.
When is custom software a better choice than an existing product?+
It can be appropriate when your workflow creates meaningful differentiation, requires specialised business rules, or cannot be supported without extensive workarounds. Discovery helps test that assumption before committing to a build.
Can you modernise an existing internal system?+
Yes. We can first assess its architecture, users, dependencies, and operational risks, then propose an incremental modernisation or replacement path.
How do you control scope on a custom build?+
We separate essential outcomes from later opportunities, define clear delivery stages, and review working software regularly so decisions are based on evidence rather than a large one-time specification.
Who owns the source code and project materials?+
Ownership, licensing, pre-existing materials, third-party components, and transfer conditions are defined in the written engagement. Project-specific rights are handled according to those agreed terms and payment conditions.
Can legacy data be moved into the new system?+
Potentially. We first assess data quality, ownership, volume, mapping rules, security, and validation needs. Migration is then scoped as a controlled workstream rather than treated as an automatic part of the build.
Start a conversation
Let's discuss software development.
Share the context, current state, and what you need to move forward. We will help identify a sensible starting point.