Hosting
Google Cloud solutions built for data, scale and intelligent systems
We design and manage Google Cloud environments for organisations whose products depend on data velocity, ML experimentation or globally distributed traffic—without treating “cloud native” as shorthand for unmaintainable.
When the product is data-heavy or developer-led
You’re building data-heavy or AI-driven platforms
Analytics, machine learning or large datasets are core—not decorative—often alongside productised AI integrations rather than one-off scripts.
You want infrastructure that supports rapid development
Teams need speed, modern tooling and pipelines that do not fight the grain.
You’re scaling digital products globally
Users, traffic and data cross regions; latency and sovereignty both matter.
GCP estates that underuse data and overcomplicate delivery
Powerful managed services only help when pipelines, permissions and observability are coherent—here is how we align them.
Infrastructure not optimised for data and analytics
Insight arrives late or costs too much to produce. We design data-first architectures on Google Cloud services that match query and freshness needs.
Slow development and deployment cycles
Rigid environments throttle iteration. We implement cloud-native, developer-friendly paths so releases are frequent and boring.
Difficulty scaling modern applications
Growth exposes architectural ceilings. We use containers and managed services so scale is a parameter, not a project.
Fragmented data and tooling ecosystems
Data sits in silos without a coherent access story. We centralise and structure platforms teams can trust for analytics and products.
Underused AI and machine learning capability
Opportunities for automation and models stall on plumbing. We integrate Vertex AI and related services where they earn their keep, and connect roadmaps to bespoke AI when custom models are the goal.
Why Google Cloud fits data-led and product-led teams
- Data-first infrastructureAnalytics, warehousing and pipelines are designed in from the start.
- Developer-friendly environmentsFaster builds, deployments and feedback loops for engineering teams.
- Cloud-native and container-led architectureFlexible systems aligned to microservices and API-first products.
- Practical AI and ML integrationVertex AI and related services where use cases are clear and governed.
- Global scale and performanceRegional and edge choices that match user distribution and data rules.
Google Cloud capabilities we bring
Google Cloud architecture and setup
Cloud-native environments sized for your workloads.
Data platforms and analytics (BigQuery)
Warehouses and pipelines for trustworthy insight, feeding reporting and dashboards and customer analytics programmes.
Application hosting and scaling
Cloud Run, App Engine and GKE where each fits best.
Containerisation and orchestration
Docker and Kubernetes-based deployments with operability in mind, within wider infrastructure architecture and deployment programmes when ops load is heavy.
AI and machine learning integration
Vertex AI and related services wired to real product workflows.
API and microservices architecture
Distributed systems that stay observable and evolvable—including API integrations where products are API-led.
Monitoring and observability
Cloud Monitoring, logging and performance tracking teams use.
Ongoing optimisation and support
Platform evolution as data, models and traffic change.
Google Cloud outcomes we’re structured to repeat
Representative engagements—see more data and platform work in our portfolio.
Data platform on Google Cloud
Enterprise analytics—architecture, BigQuery, pipelines. Fragmented data and weak insight replaced by a unified platform enabling advanced analytics with clearer ownership.
Cloud-native application deployment
Growth product—GCP, containers, scaling. Needed fast, scalable infrastructure; delivered high-performance platform with deployment cycles teams could sustain.
How GCP supports intelligent, data-driven products
Google Cloud native services
BigQuery, Cloud Run, GKE, Vertex AI and more—used deliberately.
Data pipelines and analytics platforms
Structured processing that matches freshness and cost goals.
Containerised and microservices architecture
Distributed systems with clear boundaries and observability.
AI and machine learning integration
Capabilities that connect to product and governance needs.
Performance and global scalability
Designed for demand spikes and multi-region realities.
Support and continuity
Ongoing platform management, tuning and evolution.
How we deliver on Google Cloud
Discovery and platform assessment
We review data, applications and infrastructure needs.
Clear opportunities; misaligned architecture reduced.
Architecture and data strategy
We design scalable, data-first cloud environments.
Strong technical foundation; data and performance limitations reduced.
Build and deployment
We implement infrastructure, services and pipelines.
Operational platform; misconfiguration risk reduced.
Optimisation and scaling
We refine performance, cost and scalability.
Efficient, high-performing system; bottlenecks reduced.
Monitoring and observability
We implement logging, alerts and tracking.
Real-time visibility; undetected issues reduced.
Ongoing support and evolution
We continuously improve and expand the platform.
Long-term scalability and innovation; stagnation reduced.
Google Cloud hosting FAQs
When is Google Cloud the right choice?
For data-heavy, AI-driven or cloud-native applications that benefit from BigQuery, GKE and managed ML services.
Can GCP support machine learning and AI?
Yes—Vertex AI and related services are central to many of our engagements.
How does Google Cloud handle scalability?
Managed services, containers and autoscaling—designed around workload patterns, not slogans.
Can you build data platforms on GCP?
Yes—BigQuery and data pipelines are a core strength of our practice.
Do you support container-based deployments?
Yes—Kubernetes and Cloud Run feature heavily where operability allows.
Do you provide ongoing support?
Yes—continuous optimisation and platform evolution are part of our model.