A
Application engineering
Server-side services, business logic, data models and the interfaces that expose them. We write code that is tested, reviewed and structured so that behaviour can be traced from a request to its outcome.
IT Services & Software Solutions
Software systems built to be understood, operated and improved.
FISH & FLIPS LTD designs, builds and maintains software for organisations whose daily operations depend on it. We work across custom applications, cloud platforms, integrations and the long, unglamorous work of keeping systems dependable after launch.
- Practice
- Product engineering, platform work and technical consulting
- Enquiries
- louisegomez1993@gmail.com
01 — Introduction
An engineering company, not a project factory
FISH & FLIPS LTD is an IT services company. Our work covers the full life of a software system: understanding the problem, shaping a workable scope, writing the code, integrating it with everything around it, and supporting it once real people rely on it.
We prefer engagements where the technical decisions are explained rather than hidden. Clients receive readable documentation, source code they own, and architecture that another competent team could pick up. That standard shapes how we scope, estimate and deliver every piece of work.
- Clarity first
- Scope, assumptions and trade-offs are written down before implementation begins.
- Durable choices
- We choose tools your team can maintain, not whatever is newest.
- Full ownership
- Code, infrastructure definitions and documentation are handed over in full.
02 — Core capabilities
Four disciplines that carry most of our work
B
Platform and cloud
Environments, deployment pipelines, observability and infrastructure defined as code. The goal is a system that can be rebuilt from its repository rather than reconstructed from memory.
C
Interface and interaction
Interfaces designed around the tasks people actually perform, tested against real content and real edge cases, and built to meet accessibility expectations rather than decorated afterwards.
D
Integration and data flow
Connecting systems that were never designed to speak to each other: APIs, message queues, scheduled transfers, reconciliation logic and the error handling that keeps data trustworthy.
03 — Services
What we are engaged to do
Most engagements combine several of these. A modernisation project usually involves integration work; a new product usually involves design, engineering and a support arrangement. The Services page describes each discipline in detail, including typical use cases and deliverables.
- 01
Custom Software Development
Systems shaped around a specific operational process rather than a generic template.
- 02
Web Application Development
Browser-based products with server-rendered performance and accessible interfaces.
- 03
Mobile Product Development
Applications for phones and tablets, including the services that support them.
- 04
Cloud Solutions
Environment design, deployment automation, scaling behaviour and cost visibility.
- 05
API and Systems Integration
Interfaces between internal systems, third-party platforms and partner services.
- 06
UI/UX Design
Task analysis, interaction design and interface specification tied to implementation.
- 07
Software Modernisation
Incremental replacement of ageing systems without stopping the business.
- 08
Technical Consulting
Architecture review, technology assessment and delivery planning.
- 09
Quality Assurance
Automated and exploratory testing built into the delivery pipeline.
- 10
Maintenance and Support
Monitoring, corrective work, security updates and planned improvement.
04 — Where we help
Business situations that bring organisations to us
We describe our work by the problem rather than by industry label. The situations below appear repeatedly across sectors including logistics, professional services, manufacturing, education, retail operations and internal corporate IT.
- Manual processes that no longer scale
- Spreadsheets, email chains and re-keying between systems become a source of cost and error once volume grows.
- Systems that cannot talk to each other
- Data is correct in one place and stale in another because there is no reliable path between them.
- An ageing product nobody wants to touch
- The original team has moved on, changes are risky, and every release requires manual verification.
- A product idea that needs proving
- A concept needs to be built far enough to test with real users before larger commitments are made.
- Infrastructure that is hard to reason about
- Environments drift apart, deployments are manual, and outages are diagnosed by guesswork.
- Quality problems that recur
- Defects return after each release because testing sits outside the delivery process.
- Compliance and data handling pressure
- New obligations require changes to how personal data is stored, accessed and removed.
- Capacity that does not match demand
- An internal team is capable but too small for the work in front of it.
05 — Working process
Six stages, repeated at whatever scale the work requires
STAGE 01
Discovery
We learn how the process works today, who depends on it, and what constraints are non-negotiable. Nothing is estimated before this is written down.
STAGE 02
Definition
Scope, success criteria, assumptions and known risks are documented and agreed. Anything excluded is stated explicitly rather than left implied.
STAGE 03
Design
Architecture, data model and interface behaviour are worked out before implementation, at the level of detail the risk justifies.
STAGE 04
Implementation
Work proceeds in short, reviewable increments. Each increment is tested and demonstrable rather than reported as a percentage.
STAGE 05
Verification
Automated tests, exploratory testing, accessibility checks and performance measurement run against realistic data and load.
STAGE 06
Transition
Deployment, documentation, handover sessions and an agreed support arrangement so the system has an owner from day one.
06 — Technology approach
Technology chosen for the decade, not the demo
Every technical decision creates an obligation for whoever maintains the system next. We treat that as a design constraint. Before adopting a language, framework, database or managed service we ask who will operate it, how it fails, how it is upgraded, and what happens if it is abandoned upstream.
- Widely supported, well-documented tools are preferred over novel ones with thin communities.
- Infrastructure is described in code so environments can be recreated rather than repaired.
- Business logic is kept separate from vendor-specific interfaces to limit lock-in.
- Dependencies are reviewed for maintenance status, licensing and security history before adoption.
- Performance and accessibility are treated as engineering requirements, not later refinements.
07 — Principles
Quality, security and reliability
These are working practices we apply, described plainly. We do not claim certifications or guaranteed outcomes.
Review before merge
Changes are read by another engineer before they reach a shared branch. Review covers correctness, readability and the effect on existing behaviour.
Tests that mean something
Automated coverage focuses on business rules and integration points rather than chasing a coverage percentage.
Least privilege by default
Access to systems, data and credentials is granted narrowly and removed when the reason for it ends.
Secrets kept out of code
Configuration and credentials are supplied by the environment and rotated when people or providers change.
Observable behaviour
Logging, metrics and alerting are part of delivery so faults are detected before they are reported by users.
Recoverable by design
Backup, restore and rollback paths are tested rather than assumed, and documented for the people on call.
Dependency hygiene
Third-party packages are tracked, updated on a schedule, and assessed when advisories are published.
Honest reporting
When something slips or breaks, it is reported early with its cause and its options, not softened.
08 — Collaboration models
Ways of working together
Defined-scope delivery
Suited to work where requirements can be described up front. Scope, deliverables and acceptance criteria are agreed before implementation, with a documented change procedure.
Continuous delivery team
A team works with you over an agreed period, planning in short cycles. Priorities can be reordered between cycles as understanding improves.
Embedded specialists
Individual engineers or designers join your existing team, follow your process and tooling, and contribute to your backlog directly.
Advisory engagement
A time-boxed review of architecture, delivery practice or technology choices, concluding with written findings and prioritised recommendations.
Support and maintenance
An ongoing arrangement covering monitoring, corrective work, dependency updates and a defined response process for incidents.
The right model depends on how well the problem is understood at the start. We are happy to say when a smaller advisory engagement would serve you better than a full delivery commitment.
09 — Questions
Frequently asked questions
- What kind of work does FISH & FLIPS LTD take on?
- We work on custom software, web and mobile applications, cloud platforms, systems integration, interface design, modernisation of existing systems, quality assurance and ongoing maintenance. Engagements range from a focused technical review to the full delivery of a product.
- How does an engagement usually start?
- It starts with a written enquiry describing the situation and the outcome you need. We reply with clarifying questions, then propose a scope, a delivery approach and a way of working that matches the size and risk of the work.
- Do you work with an existing in-house team?
- Yes. We can work as an embedded part of an existing engineering team, take responsibility for a defined component or service, or run a complete delivery stream in parallel with internal work.
- Which technologies do you use?
- We select technologies for each engagement based on the problem, the operating environment and the skills available to maintain the system afterwards. We favour widely supported, well-documented tools over unusual choices that create long-term dependency.
- What happens after a system goes live?
- Launch is a milestone, not the end of the work. We can continue with monitoring, corrective maintenance, security updates, performance tuning and planned improvements under an agreed support arrangement.
- How do you handle confidential material?
- Access is limited to the people who need it for the work, credentials are never shared informally, and any data provided for development is handled according to the terms agreed before the engagement begins.
10 — Contact
Describe the problem, and we will tell you honestly whether we can help
Enquiries are handled by email. A short description of the situation, the outcome you need and any deadline you are working towards is enough to begin a useful conversation. The Contacts page includes a structured enquiry form.
- Company
- FISH & FLIPS LTD
- Website
- fishflipsco.com