Design the Azure foundation properly, move workloads to it safely, and modernise what is worth modernising, with governance, cost control and resilience designed in from the start.
Most cloud disappointment traces back to the same root cause: workloads were moved before the platform underneath them was designed. Subscriptions sprawl, networking becomes hard to change, costs drift, and every new project inherits the compromise.
We start with the landing zone, covering identity, network topology, subscription and management group structure, policy, monitoring and backup, then we migrate in waves against a proven pattern. The result is an Azure estate your team can actually govern, and a migration path that does not put the business at risk.
The capabilities we deliver within Microsoft Infrastructure, and what each one covers in practice.
Management group and subscription structure, network topology and connectivity, identity integration, Azure Policy guardrails, naming and tagging standards, cost management and monitoring baselines, aligned to the Microsoft Cloud Adoption Framework and Well-Architected Framework.
Discovery and dependency mapping, workload assessment and disposition (rehost, replatform, refactor, retire), wave planning, pilot migration, cutover runbooks and rollback plans, for servers, databases, file services and line-of-business applications.
Moving beyond lift-and-shift where the business case supports it: containerisation, Azure App Service and Azure SQL migration, managed platform services in place of self-managed VMs, and CI/CD foundations that make future change cheaper.
Secure, scalable desktop and app delivery for hybrid teams, contractors and remote users: host pool design, image management, FSLogix profile strategy, scaling and cost control, and conditional access integration for secure access from any device.
Backup and recovery design against agreed RPO/RTO targets, Azure Site Recovery, regional resilience options, immutable and ransomware-resistant backup, plus documented and tested recovery runbooks, because an untested DR plan is a hypothesis.
Tagging, budgets, reservations and right-sizing built into the design, so cloud spend is attributable and controllable from day one.
Policy guardrails prevent the drift and shadow-IT sprawl that make cloud environments expensive and hard to secure later.
Wave-based delivery, pilot-first validation and tested rollback plans keep business disruption to a planned window.
Capacity that follows the business instead of a three-year hardware refresh cycle, with no data-centre lead times.
Recovery objectives agreed with the business, designed for, and then actually proven in a test.
Documented architecture, standards and runbooks handed over so your engineers can run and extend it confidently.
A staged method with clear checkpoints, so you can evaluate progress and change direction before committing to the next phase.
Estate discovery, dependency mapping, licensing position and a workload disposition matrix.
Landing zone architecture, network and identity design, security baseline and migration wave plan.
Pilot wave, validation, then repeatable production waves with cutover and rollback runbooks.
Right-sizing, reservation strategy, monitoring, backup validation and handover with documentation.
Detection, response and compliance built on Microsoft Security.
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