Developer Cloud Platform

CLOUD
INFRASTRUCTURE.
ENGINEERED WITH PRECISION.

Deploy, automate, secure, observe, and scale cloud-native applications through a developer platform engineered around Kubernetes, infrastructure automation, observability, security, and intelligent cloud operations.

Explore Platform View Projects

KubernetesTerraformCI/CDObservabilitySecurityFinOpsAI Operations

ZA / CONTROL PLANE

INFRASTRUCTURE / 001

Kubernetes

Guardian

Observe

SCROLL TO EXPLORE

ZA / 001

02PLATFORM ARCHITECTURE

ONE PLATFORM.
FULL CLOUD LIFECYCLE.

ZonedAccuracy brings infrastructure, automation, observability, security, cost intelligence, and AI-assisted operations into one cloud engineering architecture.

SYSTEM ONLINE

ZONEDACCURACYKUBERNETESCLOUD CONTROL PLANE

01ACTIVE

DEPLOY

Containerized applications deployed through Kubernetes infrastructure.

DockerKubernetesGitHub Actions

02ACTIVE

AUTOMATE

Infrastructure provisioning and delivery automated through declarative workflows.

TerraformInfrastructure as CodeCI/CD

03ACTIVE

OBSERVE

Infrastructure health, application telemetry, logs, and operational signals.

PrometheusGrafanaMetrics

04ACTIVE

SECURE

Identity, policy, workload protection, and Zero Trust cloud controls.

IAMRBACSecretsPolicy

05ACTIVE

OPTIMIZE

Cloud usage and infrastructure cost visibility designed around FinOps.

BudgetsCost AnalysisResource Optimization

06ACTIVE

GUARDIAN

AI-assisted operational intelligence for detecting and responding to cloud events.

AI OperationsMCPCloud EventsDiagnostics

ZA / PLATFORM ARCHITECTURE

006 SYSTEMS

03ENGINEERING PROJECTS

BUILT SYSTEMS.
REAL INFRASTRUCTURE.

ZonedAccuracy projects demonstrate the engineering lifecycle behind modern cloud platforms — provisioning infrastructure, deploying applications, automating delivery, monitoring systems, enforcing security controls, and applying intelligent cloud operations.

001FEATURED INFRASTRUCTURE

COMPLETED

CLOUD PLATFORM / GOOGLE CLOUD

KUBERNETES
CLOUD PLATFORM

A cloud-native Kubernetes platform engineered on Google Cloud to demonstrate automated infrastructure provisioning, container orchestration, workload deployment, autoscaling, CI/CD, identity, and security controls in a production-style architecture.

KUBERNETESGKETERRAFORMDOCKERGITHUB ACTIONSGOOGLE CLOUD

VIEW CASE STUDY VIEW REPOSITORY

ZA / K8S / 001CONTROL PLANE

CONTROLK8S

WORKER01

WORKER02

WORKER03

PLATFORMGKE

ORCHESTRATIONKUBERNETES

STATEARCHIVED

PLATFORM SYSTEMSZA / SYSTEMS 002—008

002

TERRAFORM CLOUD INFRASTRUCTURE

TERRAFORM / GCPCOMPLETED↗

003

CI/CD DEVOPS PIPELINE

GITHUB ACTIONS / DOCKERCOMPLETED↗

004

CLOUD OBSERVABILITY

PROMETHEUS / GRAFANACOMPLETED↗

005

ZERO TRUST CLOUD SECURITY

IAM / TERRAFORM / GCPCOMPLETED↗

006

GUARDIAN AGENT

PYTHON / CLOUD SECURITY / AICOMPLETED↗

007

MULTI-CLOUD ARCHITECTURE

CLOUD ARCHITECTUREPLANNED

008

FINOPS COST DASHBOARD

FINOPSPLANNED

DEVELOPER TOOLS / APPLICATION ENGINEERINGZA / APPLICATIONS

APP-001

ANIME RELEASE CLI

PYTHON / GRAPHQL / REST / MULTI-APICOMPLETED

ANIME RELEASE CLI 1.0

Anime Release CLI is a globally installable Python command-line application for anime discovery, seasonal releases, episode schedules, and streaming availability. The application integrates AniList, Kitsu, and Tsuzuki behind a fault-tolerant multi-provider architecture with automatic API fallback, response normalization, local timezone processing, and packaged CLI distribution through pipx.

04CASE STUDY / 001

KUBERNETES
CLOUD PLATFORM.

PROJECTZA / 001

PLATFORMGOOGLE CLOUD

STATECOMPLETED

A cloud engineering project focused on building and validating a Kubernetes environment on Google Cloud. The platform demonstrates how containerized workloads can be deployed, managed, exposed, and scaled through a managed Kubernetes control plane.

PROBLEM

Scalable Cloud Deployment

Design a cloud-native environment that can deploy and manage containerized workloads while demonstrating orchestration, service exposure, scalability, and infrastructure control.

SOLUTION

Google Kubernetes Engine

Use Google Kubernetes Engine as the managed Kubernetes foundation, then deploy workloads, expose services, manage cluster resources, and validate the platform from the command line.

VALUE

Production-Style Cloud Platform

The project demonstrates how containerized applications can move from local development into a managed cloud orchestration environment with repeatable infrastructure practices.

ZA / INFRASTRUCTURE MAPGKE

01CLOUD PROVIDERGOOGLE CLOUD

02MANAGED PLATFORMGKE

03ORCHESTRATIONKUBERNETES

04ARESOURCEDEPLOYMENTS

04BRESOURCESERVICES

05WORKLOADAPPLICATION

ENGINEERING CAPABILITIES008

01Container orchestration

02Cluster provisioning

03Workload deployment

04Kubernetes services

05Application exposure

06Scaling concepts

07Cloud resource management

08Infrastructure validation

TECHNOLOGY STACK006

GOOGLE CLOUDGKEKUBERNETESDOCKERYAMLKUBECTL

RESULT / 001

Successfully built and validated a Kubernetes cloud platform, then removed active cloud resources after testing to prevent unnecessary infrastructure cost.

05CLOUD LAB

INFRASTRUCTURE
CONTROL CENTER.

DEMO MODE

An operations interface for visualizing infrastructure state, deployments, observability, security, and cloud cost signals across the ZonedAccuracy platform.

CLUSTER STATEARCHIVEDGKE / PROJECT 001

DEPLOYMENTS03VALIDATED WORKLOADS

SERVICES03KUBERNETES SERVICES

INFRA COSTSYNCINGCURRENT MONTH / GCP

INFRASTRUCTURE TOPOLOGYZA / LAB / 001

CONTROL PLANEK8SARCHIVED

WORKLOADDEPLOYVALIDATED

TELEMETRYOBSERVEREADY

POLICYSECUREREADY

VALIDATEDARCHIVEDSIGNAL

ACTIVITY STREAM004 EVENTS

00:01SYSTEM

Cloud Lab interface initialized

00:02K8S

Kubernetes project metadata loaded

00:03SECURITY

Infrastructure state verified

00:04FINOPS

No active billable cluster resources

PLATFORM SIGNALSSTATUS

INFRASTRUCTUREVALIDATED

SECURITYREADY

OBSERVABILITYREADY

GUARDIANDEVELOPMENT

ZA@CLOUD-LAB:~$platform status --project 001

06GUARDIAN

AI OPERATIONS.
INFRASTRUCTURE AWARE.

IN DEVELOPMENT

Guardian is the planned intelligent operations layer for ZonedAccuracy, designed to analyze infrastructure signals, correlate cloud context, assist with diagnostics, and recommend operational actions.

EVENT STREAM004 SIGNALS

00:01K8S

Workload health signal received

00:02SECURITY

Identity policy context attached

00:03COST

Resource usage pattern evaluated

00:04GUARDIAN

Diagnostic recommendation generated

INTELLIGENCE COREZA / AI / 001

ANALYSIS READYGUARDIANAI OPERATIONS AGENT

EVENT

CONTEXT

ACTION

DIAGNOSE

EVENT→ANALYZE→DIAGNOSE→RECOMMEND

RECOMMENDED ACTIONPREVIEW

INCIDENT / 001

Review workload health before scaling.

Guardian would combine Kubernetes health, recent deployment events, policy context, and cost signals before recommending an operational response.

CONFIDENCE

DEMO

01Inspect workload state

02Check recent deployment events

03Review policy context

04Recommend response

ZA@GUARDIAN:~$analyze infrastructure --context project-001

PLANNED CAPABILITIES006

01Infrastructure diagnostics

02Cloud event analysis

03Kubernetes troubleshooting

04Security signal review

05Cost anomaly analysis

06MCP / tool integration

073D ARCHITECTURE

INFRASTRUCTURE.
CONNECTED IN SPACE.

INTERACTIVE MODEL

A three-dimensional view of the ZonedAccuracy cloud architecture. Kubernetes operates as the central control plane, connected to automation, observability, security, FinOps, and Guardian AI operations.

X / -04.72
Y / +01.33
Z / -00.91

MODEL / CLOUD
CONTROL / K8S
STATE / DEMO

CENTRAL NODE / KUBERNETES

ZA / CLOUD SYSTEM / 3D

ENGINEERING PROFILE

// SECTION 08

ENGINEERING
CLOUD SYSTEMS
WITH PRECISION.

A cloud engineering profile focused on building secure, scalable, and observable infrastructure. I design, automate, and optimize systems that deliver reliability, performance, and measurable impact.

</>12+CLOUD PROJECTS

☁4+YEARS EXPERIENCE

◇100%SECURITY FOCUSED

↗24/7SYSTEMS MINDED

STATUS:ENGINEERING · AUTOMATING · OPTIMIZING · DELIVERING

// ENGINEERING FOCUSZA / PROFILE / 001

☁

CLOUD ARCHITECTURE

Designing scalable, resilient, and cost-efficient cloud architectures.

// 01

AUTOMATION & DEVOPS

Infrastructure as Code, CI/CD, and automated operational workflows.

// 02

◇

SECURITY & COMPLIANCE

Implementing security best practices, IAM, encryption, and compliance controls.

// 03

▥

OBSERVABILITY & SRE

Monitoring, alerting, logging, and building reliable, observable systems.

// 04

// CURRENT FOCUSZA / LIVE

> Building secure cloud systems

> Automating infrastructure

> Optimizing performance & cost

◎

PRIMARY OBJECTIVE

Build systems that solve real-world problems.

⬡

ENGINEERING PRINCIPLE

Automate everything. Document everything.

◇

SYSTEM APPROACH

Secure by design. Reliable by default.

DELIVERY MINDSET

Quality over speed. Impact over metrics.

CLOUDINFRASTRUCTURE.ENGINEERED WITH PRECISION.

ONE PLATFORM.FULL CLOUD LIFECYCLE.