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Digital Product Strategy
The purpose of the application, the users it serves, the outcomes it must produce and its boundary with surrounding systems, determined before design commences.
Service · Digital Transformation
Enterprise applications built to be maintained
Enterprise software is evaluated over years, not at launch. X-Shift designs, implements and modernises digital applications and platforms, with the architecture, interfaces and documentation that enable them to be extended, integrated and supported well beyond the initial release.
- Frequently delivered with
Interactions, cases, knowledge and service intelligence on a single platform.
- v1.0LaunchYear 1
- v1.3API exposedYear 2
- v2.0Mobile channelYear 3
- v2.4New support teamYear 4
Web portalv1.0Mobile appAdded v2.0Partner systemsv1.3
RequestsPaymentsIdentity
Architecture documentedRunbook transferred
طلباتي
- تجديد تصريحمكتمل
- تغيير العنوانقيد المراجعة
- ترخيص جديدمُرسل
Digital Application & Platform DevelopmentConsult X-Shift
What we do
From product definition to a supportable system
X-Shift develops enterprise digital applications and platforms where a product alone is insufficient. Every engagement commences with digital product strategy (the purpose of the application, its users, its required functionality and its boundary with existing systems), because most failed implementations are attributable to scoping failures rather than engineering failures. Experience design and solution architecture then proceed concurrently, so that what is designed can be implemented and what is implemented can be operated. Development adheres to engineering standards covering security, interfaces, documentation and handover. Where the requirement concerns an existing system rather than a new one, it is modernised: capability is exposed through APIs (Application Programming Interfaces), components that should never have been coupled are separated, and dependencies that obstruct the roadmap are eliminated.
- 01Product strategy as the foundation
- 02Experience design
- 03Solution architecture
- 04Engineering standards
- 05APIs and integration
- 06Modernisation
Capabilities
Design, implement and modernise
A comprehensive engineering capability, from product definition through to integration and modernisation.
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Business Application Development
Line-of-business applications developed around specific operational processes, integrated with the systems on which they depend and designed for the personnel who use them daily.
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Enterprise Platform Development
Multi-service platforms serving multiple departments or channels, developed with shared components, common identity and the extensibility to accommodate future services.
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Custom Software Development
Software developed where no product satisfies the requirement, engineered to standards that maintain it as supportable and extensible well beyond the initial release.
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UX/UI (User Experience / User Interface) Design
Interface and interaction design grounded in how the task is performed, including accessibility, bilingual Arabic and English layouts and right-to-left (RTL) behaviour.
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Solution Architecture
The technical design of the application: components, data model, security, interfaces and non-functional requirements, specified before development commences.
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API Development
Interfaces designed as products in their own right, with versioning, documentation, security and a defined contract against which other teams can implement with confidence.
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Integration Development
The links between the application and the surrounding estate, implemented to defined patterns, with error handling, retry behaviour and monitoring included.
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Application Modernisation
Existing systems restructured, re-platformed or exposed through interfaces so that they cease to constrain the processes and services developed around them.
Architecture
How an implementation is structured to remain maintainable
Each stage produces an artefact on which the next stage depends, which enables a different team to assume responsibility for the system at a later date.
- 01Product definition
- 02Experience design
- 03Solution architecture
- 04Engineering and assurance
- 05Integration
- 06Documented handover
Scope definition and handover are the two stages at which enterprise applications most frequently fail.
Deliverables
What is transferred with the system
The software constitutes one deliverable. The following artefacts enable it to be supported by a third party.
01
Product definition
Purpose, users, outcomes and system boundary, including the functionality that the application will deliberately exclude.
02
Experience design specification
Interface and interaction design specifying accessibility, bilingual Arabic and English layouts and right-to-left behaviour.
03
Solution architecture document
Components, data model, security design, interfaces and non-functional requirements, validated against enterprise architecture standards.
04
API contracts and documentation
Versioned interface definitions with security, error behaviour and examples that enable another team to implement independently.
05
Test evidence and quality record
Coverage, defect history and the assurance record, demonstrating what was verified and what was accepted as a known limitation.
06
Operations runbook and handover pack
Deployment, monitoring, recovery and support procedures, prepared so that the receiving team can operate and extend the system independently.
Approach
Definition, design, engineering and handover
Scope definition and handover are treated as engineering disciplines, because those are the stages at which enterprise applications most frequently fail.
A SINGLE ACCOUNTABLE PARTNERContinuity of the same team from assessment through to live service.
01 / 06
01
Product definition
Purpose, users, outcomes and system boundary are established, including the functionality that the application will deliberately exclude.
OutputProduct definition
02 / 06
02
Experience design
Interfaces are designed around how the task is performed, addressing accessibility and bilingual behaviour from the initial screen onward.
OutputExperience design specification
03 / 06
03
Solution architecture
Components, data model, security, interfaces and non-functional requirements are specified and validated against enterprise architecture standards.
OutputSolution architecture document
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04
Engineering
The application is implemented to defined coding, security and documentation standards, with quality assurance conducted continuously alongside development.
OutputOperational software and the supporting test evidence
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05
Integration
Links to surrounding systems are implemented to agreed patterns, with error handling, monitoring and clearly assigned ownership of each interface.
OutputAPI contracts and integration documentation
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06
Handover and support
Architecture, interfaces and operational procedures are documented so that the receiving team can support and extend the system independently.
OutputOperations runbook and handover pack
When this is required
The application exists but cannot be modified
Most enterprise application deficiencies are attributable to inherited systems.
Systems developed hastily, or by teams that have since departed, become expensive to modify and hazardous to alter. Others were procured when no suitable product existed and now obstruct the surrounding processes. In both cases the constraint is architectural, and it will not be resolved by an additional interface layer.
Client responsibilities
What the engagement requires from the client
Implementation engagements fail owing to delayed decisions far more frequently than owing to engineering difficulty.
- 01
A product owner with authority to determine scope, available continuously rather than only at review points
- 02
Access to the users who will operate the system, including during design
- 03
Security, architecture and infrastructure requirements specified before implementation rather than identified at review
- 04
A named receiving team for handover, identified at the outset and engaged before the final stage
Outcomes
Software owned by the organisation, not inherited
What this changesThe application satisfies the business requirement and can be amended when the business changes. Interfaces are documented, dependencies are visible, and support does not depend on the personnel who developed it.
- 01
Capability delivered where no available product addressed the requirement
- 02
Documented architecture and interfaces that persist through team turnover
- 03
Ageing systems exposed through APIs rather than replaced at full cost
- 04
A single set of business logic serving every channel rather than a separate set per channel
Next
Recommended next steps
01
Define the product before implementation
Purpose, users, outcomes, boundary and architecture, delivered as a definition from which any competent team could implement.
Applicable where an implementation is being scoped and the boundary remains unclear.
Consult X-Shift02
Modernise the existing estate
Where the system retains the data and the constraint is architectural, exposing capability through interfaces is more cost-effective than replacing it.
Applicable where an ageing system obstructs the surrounding services.
Solution Architecture and Systems IntegrationWhere a product on the market addresses the requirement adequately, X-Shift will state so rather than quote an implementation.
Related offerings
Related
Service
Solution Architecture and Systems Integration
Linking newly developed applications into the wider enterprise estate.
Service
Enterprise Architecture
The architectural standards against which new applications are developed.
Service
Managed Application Support
Operating and supporting the applications long after initial delivery.
Product
X.Orbit
A unified service platform where a product satisfies the requirement.
Solution
Knowledge and Self-Service
Digital self-service developed on custom enterprise platforms and portals.
Service
Journey and Service Design
The journey that the application is developed to serve.
Is this the work required?
A short conversation is typically sufficient to establish whether this is the appropriate engagement, a narrower one, or an alternative.