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With Passion & Dedication

Formed in 2005 as a preferred supplier to UK
Ministry of Defence and Government.

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Our long-standing experience means that we can provide each
customer, whatever their size, with pragmatic solutions exactly tailored to suit their specific requirements.

Skilled and Experienced Team

Mobile and highly experienced team consists of senior
professionals who are all passionate about IT security

Cyber security and protection of private information and data concept

Architecture and design

At Warrior Networks, we have a team of security architects and advisors who are specialized in various fields, including government information systems, telecommunications services, cloud/hybrid services, and records management. Our experts work collaboratively with major programme teams and offer innovative solutions to any vulnerabilities that may exist within system-level architectures and solutions. Our team members possess in-depth knowledge of formal frameworks such as TOGAF, MODAF, NATO Architecture Framework, and SABSA. We not only guide our customers on the architectural solutions offered by suppliers but also provide support for related due diligence activities.

This can be provided during the complete programme life cycle (from bid evaluation, implementation support, diagnosing issues with operations systems, reviewing and improving the business-as-usual solutions, assisting with mid-life upgrades, migration from old to new systems and securing the decommissioning of retired architectures).

  • Security Architecture Support
  • Security Architecture Design and Review.

Recent Architecture and Design Case Studies

"Revolutionizing Tax Management: A Seamless Transition to Azure Cloud for a European Government"

Background: In an era of digital innovation and evolving government service models, the EU Government recognized the imperative to modernize its tax system for increased efficiency, accessibility, and scalability. The existing on-premises tax management system faced challenges in adaptability, real-time data processing, and citizen engagement. The decision was made to embark on a comprehensive business transformation journey by migrating the entire tax system to the Azure Cloud.

Challenge: The on-premises tax system was burdened by legacy infrastructure limitations, hindering the government's ability to swiftly respond to changing tax regulations, process data in real-time, and provide citizens with a user-friendly interface. The challenge was to seamlessly migrate a complex and critical tax infrastructure to the Azure Cloud while ensuring uninterrupted services and maintaining the highest standards of data security and compliance.

Conclusion: The migration of the European Government's tax system to Azure Cloud exemplifies a successful business transformation, showcasing the government's commitment to leveraging cutting-edge technology for improved citizen services, operational efficiency, and long-term scalability. The project serves as a benchmark for government organizations worldwide seeking to modernize their critical systems in the digital age.

Cyber security and protection of private information and data concept


A multi-faceted approach was adopted to address the complexities of the project:

  • Assessment and Planning: Conducted an in-depth analysis of the existing system to identify dependencies, potential bottlenecks, and areas of improvement. A detailed migration plan was crafted, considering the unique requirements of the tax system and ensuring minimal disruption to government operations.
  • Azure Cloud Migration: Leveraged Azure's robust infrastructure to migrate the entire tax system, including databases, applications, and processing workflows. This involved transitioning from traditional servers to scalable Azure services, enhancing agility and responsiveness to changing demands.
  • Data Security and Compliance: Implemented industry-leading security measures to safeguard sensitive taxpayer information. Ensured compliance with data protection regulations and standards, instilling public trust in the security and confidentiality of their financial data.
  • Integration of Advanced Technologies: Introduced advanced analytics and machine learning capabilities to enhance tax fraud detection, automate data processing, and provide personalized citizen services. This integration aimed to future-proof the tax system against emerging challenges.
  • User-Centric Design: Redesigned the user interface to make it more intuitive and accessible for citizens and tax professionals. User-centric design principles were employed to streamline the tax filing process and improve overall user experience.


The successful migration to Azure Cloud brought about transformative outcomes:

  • Agility and Scalability: The tax system gained the ability to scale resources based on demand, ensuring optimal performance during peak tax seasons.
  • Real-time Processing: Real-time data processing capabilities enabled swift responses to legislative changes and improved fraud detection.
  • Cost Optimization: The pay-as-you-go model of Azure Cloud allowed the government to optimize costs, paying only for the resources consumed.
  • Enhanced Citizen Experience: The revamped user interface and streamlined processes resulted in a more user-friendly and efficient experience for citizens and tax professionals alike.

Reference architectures for European Government case study

The following reference architectures are blueprints for European Government case study these provide a high-level overview of the structure and components of the clients. It serves as a guide for designing and implementing specific types of systems or applications. This reference architecture typically includes the following components:

In summary, a reference architecture provides a standardized and prescriptive approach to designing and building systems, making it a valuable resource for development teams, architects, and organizations aiming to create consistent and efficient solutions. It serves as a foundation for ensuring that systems are built in a way that aligns with best practices and meets specific business and technical requirements.

Cyber security and protection of private information and data concept
Cyber security and protection of private information and data concept

Components and Modules

  • Identification of key components, modules, and services that make up the system.
  • Relationships and interactions between different components, illustrating how they work together.

Technological Stack

  • Specification of the technologies, frameworks, and tools used in the architecture.
  • Recommended technology stack for different layers of the system (e.g., presentation layer, application layer, data layer).

Design Patterns

  • Adoption of design patterns and best practices to address common architectural challenges.
  • Guidance on how to structure code, handle data, and manage dependencies.

Data Flow and Integration

  • Illustration of the flow of data and information throughout the system.
  • Integration points between various components and external systems.

Security Considerations

  • Guidelines for implementing security measures and protocols.
  • Recommendations for securing data in transit and at rest, as well as access control mechanisms.

Scalability and Performance

  • Recommendations for achieving scalability and performance optimization.
  • Guidance on load balancing, caching, and other techniques to ensure optimal system performance.

Deployment and Infrastructure

  • Suggestions for deployment architectures, including on-premises, cloud, or hybrid deployments.
  • Infrastructure requirements and recommendations for hosting the system.

Operational Considerations

  • Best practices for monitoring, logging, and error handling.
  • Operational considerations such as backup and recovery strategies.

Compliance and Standards

  • Alignment with industry standards and compliance requirements.
  • Recommendations for meeting regulatory guidelines and standards.

Use Cases and Workflows

  • Illustration of common use cases and workflows supported by the architecture.
  • User interactions and the expected behavior of the system in different scenarios.

Documentation and Guidelines

  • Detailed documentation and guidelines for developers, architects, and other stakeholders.
  • Explanation of architectural decisions and rationale behind design choices.