Architecture design
Sized for real traffic, with a written scaling path.
Infrastructure
Cloud Infrastructure Setup and DevOps Services
Build resilient cloud architecture around your application traffic and data. Plan environment setup, access boundaries and DevOps automation before migration.
- Scope agreed before development
- Milestone reviews
- Documented handover
Engineering Standards & SLAs
Measured technical baselines for every Cloud Architecture & DevOps delivery.
We eliminate speculative quotes and opaque management layers. Every project is scoped directly by the engineers writing the code, adhering to non-negotiable architectural standards, continuous testing, and full code handover.
- 100% Unconditional IP & Git repository handover
- Automated CI/CD with Docker containerization
- Zero proprietary vendor lock-in or seat fees
- 30-day post-launch warranty included in writing
<450msP95 Latency Target
Edge-distributed static assets and sub-second database query execution.
Multi-AZAutomated Failover
Zero single point of failure with automated health checks and container failover.
100%Source Code & IP
Unconditional repository, database schema, and design token handover.
48 HoursSprint Kickoff
Direct architecture scoping and sprint delivery without management layers.
AES-256Encrypted at Rest
TLS 1.3 in transit, automated backups, and zero hardcoded credentials.
Interactive Architecture Lab
Explore your cloud operations
Interactive operational simulation for cloud architecture & devops. Walk through the operational stages to inspect data contracts, user actions, and backend verification hooks before kickoff.
Active Stage 01 of 03Plan
Architecture design: Sized for real traffic, with a written scaling path.
- Documented API contracts & data schemas
- Edge latency budget & sub-second response
- 100% Client IP & repository ownership
- Zero proprietary vendor lock-in
Cloud operations · Concept workspaceSample data only
EXPERIENCE STAGE / 01
Interactive conceptPlan
Illustrative screens and sample measurements. These are not live results or performance guarantees.
Kubernetes Pod Health Matrix (Plan)
api-prod-01CPU: 14% | RAM: 140MB
api-prod-02CPU: 14% | RAM: 140MB
worker-queueCPU: 14% | RAM: 140MB
ai-inferenceCPU: 14% | RAM: 140MB
Infrastructure Telemetry
// Terraform & Kubernetes State Cluster: production-vpc-01 (Multi-AZ) Nginx Ingress: SSL A+ | DDoS Protected Database: PostgreSQL Primary + Replica Current Task: "Architecture design" Ownership: 100% Client Cloud Accounts
Stage 1 of 3 · Plan
Infrastructure as code
Terraform or equivalent, so the environment is reproducible.
CI/CD pipelines
Automated build, test and deploy with a rollback that has been tested.
A CLEAR STARTING POINT
Cloud Infrastructure Setup and DevOps Services: scope that fits your business
Infrastructure configured by hand in a console, so nobody can recreate it and nobody dares change it.
Discuss your requirementsInputMonitoring & alerting
Validated entry point
WorkflowArchitecture design
Sized for real traffic, with a written scaling path.
SystemTerraform
Docker
ReviewInfrastructure as code
Human-visible outcome
Project guide: Cloud Architecture & DevOps
Understand the decisions, prepare a useful brief and know what to review before launch.
Match the infrastructure to the workload
Start with the application, traffic patterns, data sensitivity and people who will operate the system. Record the current bottlenecks and the consequences of an outage. A cloud plan should explain the cost and operational tradeoffs of its components, with a clear reason for each environment and dependency.
Infrastructure should come with a way to operate it.
We start with your workload, current risks and the people who will maintain the system. Environments, access, monitoring and backups should be understandable. A deployment is incomplete without a tested recovery approach and a handover your team can follow.
How to phase this project
A starting point for discussion. Agree the final release boundaries during discovery.
First release
Design an environment for the current workload with clear access, deployment, monitoring and recovery responsibilities. Document the resource choices and test the agreed backup and release approach.
A later phase
Additional regions, more advanced scaling and platform-wide standardisation should follow a specific operating need and evidence from the initial environment.
How this could work in practice
A booking platform may receive short bursts of traffic while its reporting jobs run overnight. Separate these workloads in the plan and review what happens if a background task fails while customers continue booking.
Questions to answer before a quote
- Which services are essential during an incident?
- What recovery time can the business accept?
- Who owns infrastructure access and billing?
What to review before launch
Request an architecture diagram, environment inventory, cost assumptions and a recovery walkthrough. Confirm monitoring ownership and rehearse a rollback before accepting the production setup.
A backup is only useful if you can restore it
Agree how much recent data the business can afford to lose and how quickly the service must recover. Test a restore in a separate environment, record the steps and assign an owner. Apply the same discipline to deployment rollback and access recovery.
Discovery framework · illustrative
Cloud Architecture & DevOps: What usually goes wrong
See the common operating problem, its likely cause, the business impact, and the control a custom cloud architecture & devops build can introduce. These are planning examples; your priorities and acceptance criteria are confirmed during discovery.
- 01RecognizeMatch your current problem
- 02CompareReview a possible control
- 03PlanEstimate the right scope
Recognize one of these problems?
Build an indicative cloud architecture & devops scope first. No email is required to see the range.
Choose comparison viewOpen one item below to inspect it.
What can go wrong
Example risk“Infrastructure configured by hand in a console, so nobody can recreate it and nobody dares change it.”
Likely cause: Manual copy-paste workflows and brittle spreadsheet workarounds.
Business impact: Staff spending hours every day on repetitive tasks rather than high-value customer service.
Address in the proposed architecture
How the build can address it
Solution controlHardened end-to-end API orchestration with automatic webhook dispatch, audit logs, and zero manual touchpoints.
Acceptance criterion
Defined and tested against your baseline during delivery.100% Client-Owned IP0 recurring seat fees
Next step
Turn the relevant controls into a practical Cloud Architecture & DevOps scope
Select the modules, integrations, and delivery pace that fit your situation. See an indicative range first, or send your current workflow for a human review.
Illustrative planning only · Final scope, acceptance criteria, timing, and milestone pricing are confirmed in writing.
Measurable Business Impact · Enterprise Outcomes
Cloud reliability outcomes
Start with the work your team needs to improve. Agree on the workflow, the people responsible and the checks that will show whether the new system is ready to use.
Fixed Milestone Validation
Every outcome is verified against production telemetry benchmarks established during discovery before full deployment.
01
Outcome 01The bill becomes explainable
Cost attributed by service and environment. Right-sizing and removing forgotten resources is usually where the first reduction comes from.
02
Outcome 02Releases stop being frightening
A pipeline with a rehearsed rollback means shipping on a Tuesday afternoon instead of a Friday night.
03
Outcome 03Recovery becomes a known quantity
A restore performed once tells you your actual recovery time. Until then it is a guess, and usually an optimistic one.
Deliverables & Coverage · Engineering SLA
Architecture and migration scope
Each item below represents an engineered, verifiable deliverable—not vague marketing promises. Everything we build is deployed to your private infrastructure with container blueprints, documented runbooks, and zero vendor lock-in.
Production Handover Standard
100% Client Git repository & full IP transfer
Docker multi-stage containerization with zero drift
Automated CI/CD pipelines on your own cloud
Disaster recovery runbooks & incident playbook
Architecture design
Sized for real traffic, with a written scaling path.
Deliverable 01Reviewed before handover
Infrastructure as code
Terraform or equivalent, so the environment is reproducible.
Deliverable 02Reviewed before handover
CI/CD pipelines
Automated build, test and deploy with a rollback that has been tested.
Deliverable 03Reviewed before handover
Monitoring & alerting
Uptime, errors and latency, alerting to a channel someone reads.
Deliverable 04Reviewed before handover
Backup & restore
Scheduled backups plus a restore we actually perform once.
Deliverable 05Reviewed before handover
Cost review
Where the money goes and what can be reduced without risk.
Deliverable 06Reviewed before handover
Plan the first release
Plan your Cloud Architecture & DevOps scope and budget range
Choose an infrastructure tier, delivery stages, cloud integrations, and timeline to see an indicative range before discovery.
Explore the range without sharing your email. We confirm the final scope and price after reviewing your requirements.
2. Delivery stages and infrastructure modules:5 stages
Count the distinct setup or release stages your team needs to operate.
2 · Focused scope6 · Typical scope14 · Complex platform
These selections travel with your brief. The range below is calculated from the tier, workflow count, connected systems and delivery pace.
Indicative project range
$8,007 – $11,100
≈ ₹6,72,547 – ₹9,32,395This planning range uses the selected scope inputs. Final deliverables, exclusions, and milestone prices are confirmed in writing.
Infrastructure tier:Staging and release workflow
Delivery stages:5 stages
Connected systems:3 Integrations
Delivery Pace:Standard pace
Source Code & Config:100% Client Owned
What we review before quoting
- Existing data, content and migration requirements.
- Access to the systems and APIs you want to connect.
- Acceptance checks, handover and support needs.
This does not place an order. We review the configuration and reply with the confirmed scope and milestone proposal.
Not sure which of these lines you actually need?
Describe the workflow you are trying to fix and we will reply with the smallest build that solves it — including what we would leave out of phase one and why. If an off-the-shelf tool is the better answer for you, we will say so instead of quoting.
Delivery Roadmap
Cloud delivery process
01Stage 1
Audit
Current setup, spend, single points of failure and manual steps.
Review and sign-off
02Stage 2
Design
Target architecture with the tradeoffs written down, not just the diagram.
Review and sign-off
03Stage 3
Implement
Built as code, in stages, with the old path still working until the new one is proven.
Review and sign-off
04Stage 4
Hand over
Repository, credentials and a runbook your team can operate.
Review and sign-off
Scope Levers
What we customise for your cloud architecture & devops build
Nothing here ships as a fixed package. Delivery opens with "Audit" — Current setup, spend, single points of failure and manual steps — and that is the step where the scope below gets decided with you.
Modules we scope to your process
6 areas make up this build. Which of them you need, how deep each goes, and what ships first is set per client — we customise the depth rather than charging for shelfware.
- Architecture design
- Infrastructure as code
- CI/CD pipelines
- Monitoring & alerting
- Backup & restore
- Cost review
Stack and connectors chosen around you
Where your team already has tooling, the build fits it instead of replacing it. These are the defaults we start from, swapped when your environment calls for something else.
- Monitoring & alerting
- Log aggregation
- Backup services
- CDN
- Terraform
- Docker
- GitHub Actions
- AWS / GCP / DigitalOcean
There are limits to what we will bend, and they are listed under “when this is the wrong service to buy” below.
What you receive
100% Client OwnedConcrete artefacts, source code, and configurations owned 100% by you on delivery.
- Infrastructure-as-code repository, owned by you
- Architecture diagram with tradeoffs documented
- CI/CD pipeline with a tested rollback
- Monitoring dashboards and alert rules
- A restore performed at least once, not just configured
- Cost breakdown by service
When another approach may fit
Scope fitCases where we would tell you not to spend the money, or where a cheaper tool fits better.
- Chasing a specific uptime number without the budget for redundancy — we will tell you what your current architecture can honestly support.
- A migration with no staging environment and no rollback window.
- Moving to Kubernetes because it is expected. For most projects at this scale it adds operational cost without adding value.
Commercial Terms
How the Cloud Architecture & DevOps engagement actually runs
No retainer minimums, no discovery fee, and no proposal that hides the price on page nine. These terms are the same for every project on this page.
Fixed price per milestone
Scope is priced before work starts and billed per completed milestone. No hourly meter and no invoice you did not see coming.
No lock-in, no seat fees
Repository, database and hosting accounts sit in your name from day one. Stopping work never costs you access to anything.
NDA before you share anything
We sign first, then you send exports, screenshots or credentials. Nothing becomes a public case study without written approval.
The engineer who scopes it builds it
You talk to the person writing the code, not an account manager relaying your requirements second-hand.
Direct Answers
Cloud architecture questions
AWS, GCP or Azure?
Whichever your team can operate and your budget suits. If you have no existing preference we will recommend one and explain why, including what it costs you to change later.
Can you reduce our current cloud bill?
Often, yes — usually through right-sizing, storage tiers and removing forgotten resources. We will not promise a percentage before seeing the account, because that number would be invented.
Do you offer 99.9% uptime?
Uptime is a property of the architecture and the budget, not a promise a vendor can attach to any project. We design to a target you choose, tell you what it requires, and document what the design can actually support.
What happens if we want to move away from you?
You already own the infrastructure code and the credentials. Another team can pick it up from the repository and the runbook — that is the point of building it as code.
Bangalore, India — deploying to AWS, GCP and Azure regions worldwide.
Choose your next step
All three go to the same small team. None of them puts you on a mailing list.
“I want a price range first”Self-serve estimator with the same rate card we quote from. No email gate before you see a number.Open cost estimator“I have questions before committing”Bring the awkward ones — timelines you doubt, quotes you have already received, whether Cloud Architecture & DevOps is overkill for your situation.Ask an engineer“I know what I need built”Send scope and target date. You get an architecture outline, a fixed milestone price, and a start date within 24 hours.Request fixed quote
Related services, solutions, and categories
Projects rarely stop at Cloud Architecture & DevOps. These are the adjacent capabilities most often folded into the same delivery plan.
API Development & IntegrationsDatabase Performance & OperationsDeployment & Release EngineeringFull Stack Web DevelopmentPrivate RAG Knowledge AssistantServer Setup & Managed HostingWeb Application DevelopmentEnterprise Knowledge AssistantInfrastructure & Reliability All Services & Capabilities Free Cost Estimator
Let's engineer your cloud architecture & devops system
Share your current operational bottleneck and target timeline. We reply within 24 hours with an architectural blueprint, scope range, and fixed milestone pricing.
Get a Fixed Quote