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NS360

03 · Cloud & Platform Engineering

Infrastructure you can read, repeat and afford.

We design and build the platforms products run on: cloud-native services, event-driven systems, edge and serverless deployments, delivery pipelines and the observability that tells you what is actually happening.

When teams call us

You might be here because…

  1. 01Deploys are manual, slow or frightening.
  2. 02Your system works until traffic arrives, and then it doesn’t.
  3. 03The cloud bill grows faster than the business.
  4. 04Nobody can say what is running in production, or why.
  5. 05You are moving from a monolith, a data center or one cloud to another.

01What we build

Cloud & Platform Engineering, in practice.

  • 01

    Cloud-native architecture

    Service boundaries, data ownership and failure domains designed on AWS, Azure, Google Cloud or Cloudflare, chosen for your workload, not for fashion.

  • 02

    Distributed and event-driven systems

    Queues, streams and workflows that decouple services, absorb spikes and make retries safe through idempotency.

  • 03

    Edge and serverless

    Workloads that run close to users with minimal operations overhead, and a clear view of where serverless stops being the cheaper option.

  • 04

    Infrastructure as code

    Every environment defined in code, reviewed like code and reproducible from scratch. No hand-built servers nobody dares to touch.

  • 05

    Delivery pipelines and platforms

    CI/CD with fast feedback, preview environments, safe rollouts and internal tooling that shortens the path from commit to production.

  • 06

    Observability

    Logs, metrics, traces and alerts tied to what users experience, with dashboards and runbooks that make incidents shorter.

  • 07

    Migrations

    Moving systems between clouds, regions or architectures in stages, with rollback at each step and no big-bang weekends.

02How we hold the line

The standards that come with it.

Everything as code
Infrastructure, pipelines, dashboards and alerts live in version control. If it isn’t in the repository, it doesn’t exist.
Designed for failure
Timeouts, retries with backoff, circuit breakers and graceful degradation are part of the design, and restore procedures are tested, not assumed.
Service levels you choose
We help you define the availability and latency targets that matter to your users, then measure them. We don’t promise numbers we haven’t measured.
Cost as a design input
Cost per request, per tenant or per job is modelled early and tracked, so scaling up doesn’t mean scaling your bill out of proportion.
Least privilege everywhere
Service identities, scoped credentials, network boundaries and secrets managers, with access reviewed, not accumulated.

03Across the loop

How this practice shows up at every stage.

  1. 01 · 000°

    Design

    Workload analysis, architecture options and the trade-offs written down as decisions.

  2. 02 · 060°

    Engineer

    Services and infrastructure built as code with the pipeline that deploys them.

  3. 03 · 120°

    Integrate

    Queues, APIs and data flows between services and third parties, with contracts.

  4. 04 · 180°

    Secure

    Identity, network boundaries, secrets and audit logging reviewed before go-live.

  5. 05 · 240°

    Scale

    Load tests, autoscaling and caching tuned against real traffic patterns.

  6. 06 · 300°

    Maintain

    Patching, upgrades, cost reviews and on-call runbooks that stay current.

04Tools we reach for

Chosen for your constraints, not our habits. These are common starting points, not a catalogue.

Clouds
AWSGoogle CloudAzureCloudflare Workers
Infrastructure
Terraform and OpenTofuDockerKubernetes where it earns its complexity
Operations
GitHub Actions and GitLab CIOpenTelemetryPrometheus and Grafana

See the full stack

05How engagements run

How engagements run

  • Platform assessment

    A short review of architecture, delivery, reliability and cost, with a prioritized plan.

  • Platform build or migration

    Design and delivery of new infrastructure or a staged migration.

  • Reliability partnership

    Ongoing SRE and platform work alongside your team.

See how an engagement runs, from the first call to handover.

06In the work

Where you can see it.

Questions

What people ask first.

Often not. Managed services, containers on simpler platforms or serverless can be cheaper to run and easier to hire for. We recommend Kubernetes when your scale and team make it worth its complexity.

Yes, that is our default. Infrastructure is built in your accounts, under your policies, and remains yours.

In stages: run old and new side by side, move traffic gradually, verify at each step and keep a rollback path until the old system can be retired.

Start a conversation

Which deploy does everyone quietly dread?

A few lines are enough. We reply in writing, with questions rather than a sales deck.

Start a project