MiniBytez
Services

One team from business problem to running system.

MiniBytez takes responsibility for the whole of it: the process, the architecture, the engineering, the integration, the programme around it, and the system still being improved three years later.

The service model

Consulting ends where engineering begins, and nothing falls in between.

Four pillars under one programme. Each leads the stages it is best at, hands over deliberately, and stays accountable after it does.

Programme and project delivery

Governs every stage: scope, sequence, risk and change.

  1. Strategy
  2. Systems
  3. Engineering
  4. Integration
  5. Delivery
  6. Operations
  • Business systems consulting

    Understands the operation and designs the systems it needs.

    Leads Strategy to Systems.

  • Technology engineering

    Builds the applications, APIs and data, and connects them.

    Leads Systems to Integration.

  • Enterprise delivery

    Proves, launches and runs the result.

    Leads Integration to Operations.

Runs through every stage

  • Data
  • AI
  • Automation
  • Integration
  • Cloud
  • Security
Technology engineering

Six layers, engineered as one system.

Software built for how your business works, rather than a product you reshape your business around. Every layer is ours to build and ours to keep running.

  1. Product experience

    What customers and staff actually touch, on every screen they use.

    • Web applications
    • Mobile apps
    • Customer portals
    • Websites and landing pages
  2. Applications

    Software built around how the business works, not reshaped to fit a product.

    • Enterprise platforms
    • Staff and field tools
    • Progressive web apps
    • Modernising legacy software
  3. Services and APIs

    Documented, versioned interfaces so systems and partners exchange data safely.

    • API development
    • System integration
    • Payments
    • WhatsApp Business Platform
  4. Data

    One set of records with agreed definitions, modelled to be queried and trusted.

    • Data modelling
    • Data engineering
    • Migration
    • Reporting stores
  5. Cloud and infrastructure

    The engineering that decides whether a system stays fast, available and trusted.

    • Cloud architecture
    • Environments
    • CI/CD and DevOps
    • Backups that restore
  6. Security and operations

    Built in from the first release, not a phase that gets cut when a date moves.

    • Identity and access
    • Encryption
    • Monitoring and alerts
    • Audit trails
Business systems consulting

From how the operation runs to the systems it runs on.

The systems an organisation runs on every day, designed around one shared record. Every system in this map is one we have built, and you can open it.

Sample interface · approvals and procurement
Sample interface of a procurement approval queue: a purchase request with its approval chain, policy checks, budget impact and an assistant summary awaiting a person’s decision.
www.minibytez.com/demo/operations
The Deck demonstration showing an operations queue of work orders with SLA countdowns and a triage panel.

A sample approvals interface, behind Deck, the operations demonstration MiniBytez built.

Integration, data, automation and AI

Not four services. One pipeline.

Getting your existing tools to work together, and taking the repetitive work off your team. Intelligence comes last, once the data underneath it can be trusted.

  1. Your systems

    Where the data starts

    Accounting, payments, CRM, devices. Most stay exactly where they are.

    • Accounting
    • Payments
    • Devices
  2. Integration

    Connected, not replaced

    Adapters translate, retry and log every exchange. Where a system has no API, we automate the interface.

    • APIs
    • Adapters
    • RPA
  3. Shared data

    One reconciled record

    Matching, merge rules and agreed definitions, so every team reads the same figure.

    • Reconciliation
    • Data platform
    • Dashboards
  4. Automation

    Work that runs itself

    Approvals, reminders, renewals and escalations: scheduled, monitored and logged.

    • Workflows
    • Documents
    • Schedules
  5. Intelligence

    Where it earns its place

    Summarising histories, classifying requests, drafting replies and forecasting demand.

    • AI assistance
    • Forecasting
    • Classification
  6. Action

    A person on what matters

    Anything financial, contractual or customer-facing keeps a human checkpoint and a record.

    • Approval
    • Audit trail
Programme and project delivery

The difference between a build and a programme.

A development team writes software. A programme gets a business through change: scope held, dependencies sequenced, risks owned and every change agreed in writing.

Illustrative programme structureFive workstreams, Business analysis, Engineering, Integration and data, Testing and acceptance, Change and training, run across one timeline with dependencies between them. Governance gates in order: Mobilise, Design approved, Build complete, Go-live, Handover. A change is raised during engineering and a risk is logged on integration and data, each managed before the next gate.
  • Scope and planning

    A written scope, a sequenced plan, and milestones the business recognises.

  • Dependencies

    What waits on what, across teams, vendors and systems that cannot move.

  • Risks and issues

    Named, owned and reviewed, not discovered in the week before go-live.

  • Change control

    Every change to scope, cost or date assessed and agreed in writing.

  • Stakeholders

    The right people informed and deciding at the right points.

  • Governance

    Regular reporting against plan, with decisions recorded where they are made.

Delivered as

  • AgileShort cycles where the requirement will move.
  • StructuredStage gates where it must not.
  • HybridGoverned milestones, agile inside them.
Enterprise delivery

Every pillar, placed on the six steps.

Requirements to support, delivered through the same six steps every engagement follows. This is who leads each one.

See how we build
  1. Understand

    Requirements and discovery

    • Business systems, leads
    • Programme delivery, leads
    • Engineering, supports
    • Enterprise delivery, supports
  2. Design

    Architecture and solution design

    • Engineering, leads
    • Business systems, leads
    • Programme delivery, supports
    • Enterprise delivery, supports
  3. Build

    Engineering and QA

    • Engineering, leads
    • Enterprise delivery, leads
    • Programme delivery, supports
  4. Integrate

    Integration and data migration

    • Engineering, leads
    • Business systems, supports
    • Programme delivery, supports
    • Enterprise delivery, supports
  5. Launch

    UAT, cutover and training

    • Programme delivery, leads
    • Enterprise delivery, leads
    • Engineering, supports
    • Business systems, supports
  6. Operate

    Support, monitoring and improvement

    • Engineering, leads
    • Enterprise delivery, leads
    • Business systems, supports
Start where the problem is

Which of these do you actually need?

Usually fewer than people expect, and in a particular order. Describe the problem and we will scope the shortest useful path to solving it.

Clients engage us to

  1. Fix one system that is holding the business back
  2. Build a new platform
  3. Connect the systems you already run
  4. Automate the manual work
  5. Deliver a transformation programme
  6. Operate and improve what is live

Tell us what your business is trying to do.

The first conversation is about your operation, not our services. If we are not the right fit, we will say so.

A few sentences is enough. Please do not include passwords, card details or personal data about your customers.