Cloud is the easiest thing to spend money on and the hardest thing to spend it well on. Mutex Systems builds, migrates, and operates cloud platforms across AWS, Azure, and Google Cloud — treating cloud as an engineering discipline rather than a procurement event. Our clients spend less, ship faster, and sleep better.
Cloud migration services, Kubernetes engineering, CI/CD pipeline design, infrastructure as code, site reliability engineering, and FinOps — across the UK, Pakistan, and the GCC.
From cloud architecture strategy and migration to Kubernetes engineering, CI/CD pipeline design, infrastructure as code, SRE, FinOps, and managed cloud operations.
Greenfield design and existing-estate review
Architecture designed around your workloads, team size, and regulatory requirements — not a generic template pulled from a vendor playbook.
On-premise to cloud, cloud-to-cloud, hybrid
Phased migration that keeps customers live throughout — lift-and-shift where speed matters, re-architecture where the workload demands it.
Landing zones, governance, Azure-native security
Deep Azure hands-on expertise across landing zones, governance, the full security stack, and enterprise-grade workloads.
Multi-account governance and AWS Well-Architected
AWS Solutions Architect, DevOps Engineer, and Security Specialty credentials. Multi-account governance, Control Tower, and IAM done properly.
Analytics, ML workloads, developer-ergonomic stacks
GCP for analytics-heavy platforms, ML pipelines, and teams that want clean developer ergonomics alongside enterprise-grade governance.
Containerised platforms at production scale
CKA, CKAD, and CKS credentials held. Kubernetes done correctly — from cluster design to multi-tenancy, networking, and runtime security.
GitHub Actions, GitLab, Azure DevOps, Jenkins
Pipelines that ship software faster and catch problems earlier — linting, testing, security scanning, and deployment gates wired in from day one.
Terraform, Pulumi, Bicep — reproducible infrastructure
Version-controlled, peer-reviewed, tested infrastructure — environments that are consistent, documented, and safe to change.
Security woven into the deployment pipeline
Security controls built into every pipeline stage rather than added at audit time — shift-left in practice, not just on a slide.
SLOs, error budgets, on-call discipline
Google SRE practices applied to your platform — reliability treated as an engineering problem, not a support problem.
Reducing waste without slowing engineering
FinOps engagements typically identify 25–50% cost reduction. We find the waste, fix the root cause, and put controls in place so it does not return.
CSPM, CWPP, CIEM tuning
Continuous visibility into your cloud security posture — misconfigurations detected and remediated before an attacker finds them.
RPO/RTO design, failover testing, BCP integration
DR plans that survive first contact with reality — designed, tested, and documented to regulator and auditor standards.
Lambda, Functions, Cloud Run, EventBridge, Service Bus
Event-driven systems built for the right workloads — genuinely cost-effective, observable, and maintainable rather than cleverly over-engineered.
PostgreSQL, MySQL, MongoDB, DynamoDB, Cosmos DB
Cloud databases designed for the access patterns of your application — not a default-config instance that performs well in testing and poorly in production.
Self-service platforms for engineering teams
Internal developer platforms that let product teams ship without waiting for infrastructure tickets — golden paths, not golden cages.
Datadog, Grafana, Azure Monitor, CloudWatch, OpenTelemetry
Observability that answers "what is wrong and why" rather than generating alerts that get silenced after three days.
Ongoing cloud platform management as a service
Continuous cloud operations under documented SLAs — monitoring, patching, cost control, security posture, and incident response.
Every engagement produces artefacts your team can read, verify, and continue without us. Infrastructure as code lives in your repository. Architecture decisions are recorded. Cloud and IP ownership is entirely yours from day one.
Discuss Cloud RequirementsMost cloud and DevOps engagements begin with a paid assessment — one to three weeks — that produces a written current-state review, target-state sketch, cost forecast, and fixed-scope quotation. The assessment deliverable is yours regardless of whether you continue.
Paid, 1–3 week assessment producing a current-state review, target architecture sketch, cost forecast, and fixed-scope quotation.
Detailed cloud design, security controls specification, migration sequencing, and IaC scaffolding established before any change is made.
Migration, Kubernetes, CI/CD pipelines, IaC, DevSecOps integration, and observability — delivered in fixed-scope phases with measurable outcomes.
Monitoring, incident response, patching, cost control, security posture, and continuous improvement under documented monthly SLAs.
Straight answers about cloud migration, Kubernetes, DevOps, FinOps, and managed cloud operations.
What cloud platforms does Mutex Systems work with?
We work with AWS, Microsoft Azure, and Google Cloud, with the deepest hands-on expertise in Azure. Our team holds AWS Solutions Architect, DevOps Engineer, and Security Specialty credentials, as well as CKA, CKAD, and CKS Kubernetes certifications. For most regulated-sector clients in the UK and GCC, Azure is the platform of choice; AWS is common for SaaS and startup workloads; GCP suits analytics-heavy and ML-intensive workloads.
Can you help us reduce our cloud bill?
Yes. FinOps engagements typically identify 25–50% of cloud spend as avoidable waste — unused resources, oversized instances, missing Reserved Instance or Savings Plan coverage, untagged spend with no owner, and storage tiers that have drifted from their access patterns. We find the waste, implement the fixes, and put governance controls in place so the bill does not drift back. FinOps work is available as a standalone engagement or embedded in a managed operations arrangement.
Do you do Kubernetes work?
Yes. We hold CKA (Certified Kubernetes Administrator), CKAD (Certified Kubernetes Application Developer), and CKS (Certified Kubernetes Security Specialist) credentials. We work with AKS on Azure, Amazon EKS, GKE on Google Cloud, and self-managed clusters. Our Kubernetes work covers cluster design, multi-tenancy, RBAC, network policies, Pod Security Standards, runtime security, GitOps with Argo CD and Flux, and production observability using OpenTelemetry and Grafana.
Can you migrate us from on-premise to cloud?
Yes. We follow a phased migration model — discovery and current-state analysis, migration strategy (lift-and-shift, re-platform, or re-architecture depending on the workload), migration execution with zero-downtime cutovers, and post-migration optimisation. We have delivered migrations for clients in the UK, Pakistan, and the GCC across a range of workload types including .NET and Java enterprise applications, relational databases, file stores, and event-driven integrations.
Do you provide ongoing managed cloud operations?
Yes. Managed cloud operations run under documented SLAs reported monthly. The service covers continuous monitoring and alerting, security posture management, patch management, cost optimisation, incident response with defined escalation paths and MTTR targets, DR testing, and quarterly architecture reviews. The arrangement is structured as a continuation of the delivery relationship rather than a separate support contract with a different team.
How is your DevOps practice different from generic consulting?
We deliver running pipelines and version-controlled infrastructure, not slide decks. Security is built into the pipeline from day one — SAST, DAST, SCA, secrets scanning, and container scanning are standard, not add-ons. We measure ourselves on DORA metrics — deployment frequency, lead time for changes, change failure rate, and mean time to restore. Engagements end with artefacts your team can understand and maintain; the knowledge transfer is part of the delivery, not an afterthought.
Can you support disaster recovery and business continuity planning?
Yes. Disaster recovery work begins with RPO and RTO target definition, moves through architecture design (active-active, active-passive, or backup-restore depending on budget and criticality), implementation and configuration, and culminates in a scheduled failover test producing documented evidence. The output is a DR runbook that integrates with your business continuity plan and is formatted to meet regulator and auditor evidence requirements.
Send us a short brief — your current infrastructure, workload types, and any constraints we should know about. Within two working days you will receive a written response with an honest view of the work and a proposed cloud assessment scope.