DevOps and Infrastructure Built to Keep Your Product Running

Shipping the product is only half the job. Keeping it fast, secure and online as it grows is the other half, and it is the half most teams underestimate. We design the cloud, the pipelines, the containers and the infrastructure that let your team release often and sleep at night, across AWS, Azure, Google Cloud and Oracle Cloud.

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100+Products in production
9+Years building
25+Senior engineers
98%Client retention
apptosmart
baba
banoun
basafr
docscanner
famooshed
idcu
joinbeet
kora
lionstudio-ai
lokal
ludusio
maamar
mcokie
me-by-mind
mudeer
mukaab
my-meeting-card
paaet
pixi
playground
prezence
raceboard
recu
riciclario
schutzwinkel
shishr
spendulge
trainaero
trendzfans
zatara
apptosmart
baba
banoun
basafr
docscanner
famooshed
idcu
joinbeet
kora
lionstudio-ai
lokal
ludusio
maamar
mcokie
me-by-mind
mudeer
mukaab
my-meeting-card
paaet
pixi
playground
prezence
raceboard
recu
riciclario
schutzwinkel
shishr
spendulge
trainaero
trendzfans
zatara

DevOps Is a Discipline, Not a Department

Engineering discipline over hype — that is the thread through every kind of AI development we do.

There is a common misunderstanding that DevOps is a job title or a piece of software you buy. It is neither. DevOps is the practice of bringing the people who build software and the people who run it into one accountable team, so that shipping a change and keeping it stable are no longer separate problems handled by separate groups who blame each other when something breaks.

In practical terms, it covers four things: the cloud services your product runs on, the pipelines that build and deploy it, the containers that package it consistently, and the infrastructure as code that defines all of it so it can be rebuilt at will. When those four work together, releasing software stops being a tense, manual event and becomes something your team does quietly, several times a week, without drama.

At Mobilions, DevOps is not a separate service we bolt on at the end. The same engineers who write your application also design the infrastructure it runs on, including the CI/CD pipelines and the Docker & Kubernetes setup that package and ship it. That matters more than it sounds. Most production incidents happen at the seam between the code and the systems running it, and when one team owns both sides of that seam, there is no handoff gap for problems to hide in.

Infrastructure That Holds Up

These are not vanity numbers. The systems we build stay up because the same team that writes the code also owns how it runs in production, with no operations vendor learning the system only after it breaks.

ReliabilityUptime in production
99.9%
100+Products live
250+Clients
9+Years

Proven in Production

04
  • FinTech payment systems processing daily transactions across multiple countries
  • Healthcare platforms that cleared their security audits on the first attempt
  • Consumer products that stay up under load that would flatten a single-server setup
  • Infrastructure built by the same team that wrote the application code
  • No separate operations vendor that only learns the system after it breaks
  • The people who understand the app also understand how it runs in production
99.9%Uptime across deployed systems
100+Products live in production
250+Clients across 40+ countries
9+Years building and running software

The Gap Between Code That Works and Code That Stays Up

Working on a laptop and surviving in production are two different things, and it is felt most acutely in SaaS development where uptime is the product. Real systems face launch-day traffic spikes, midnight deploy failures, and security patches that can't wait. Skip the infrastructure and the pattern is predictable: one server buckles under growth, a Friday change breaks something with no easy rollback, or the one engineer who knew how production was set up leaves. These aren't rare problems — they're what happens when infrastructure is an afterthought. Good DevOps closes that gap.

Release often, break rarely

Automated pipelines test and ship every change, so releases stay routine instead of risky. Small, frequent deploys are easier to roll back and far safer than the big, rare releases teams fall into without pipelines.

Scale without rebuilding

Containers and solid cloud architecture let your product handle ten times its launch load without a rewrite. We design for that growth upfront, so a traffic surge is a good day, not an outage — adding capacity is a config change, not an emergency.

Recover in minutes, not days

When infrastructure is defined as code, the whole environment is reproducible. If something fails badly, it rebuilds from a known-good definition in minutes — not by hand, under pressure, from memory.

Spend less on the cloud you already have

Over-provisioned servers, forgotten resources and inefficient setups quietly inflate cloud bills at almost every company we audit. A proper DevOps approach right-sizes resources and scales them with demand, so you stop paying for capacity you never use.

Apps We Took From Idea to Launch

A few products that show what one accountable team can ship, built to be genuinely used.

Scannur — Inventory + AI Scanning App

Scannur — Inventory + AI Scanning App

Native inventory management app with on-device barcode scanning across 10+ formats, AWS Lambda image search and real-time PostgreSQL catalog sync. Purchase orders, stock-takes and receiving lists all share one item library — built end-to-end for iOS and Android.

Riciclario — Waste Management & Recycling App

Riciclario — Waste Management & Recycling App

Native iOS and Android waste management app for Italian municipalities. Barcode scanner, waste dictionary and per-city collection schedules with push reminders, plus real-time TARI tariff data — all powered by a custom PHP backend on MySQL.

InReserve — Ethereum Wallet App

InReserve — Ethereum Wallet App

A native iOS and Android wallet that handles ERC20, ERC721, ERC1155 and ERC875 tokens in one unified portfolio. Encrypted on-device key storage with biometric MFA, a built-in DApp browser and multi-network support for Ethereum, BSC, Polygon and Avalanche.

Careslate — Medical Translation App

Careslate — Medical Translation App

HIPAA-compliant real-time medical translation app for healthcare professionals. Three-stage audio pipeline cleans, transcribes and validates translations across 10+ languages in under three seconds — no account, no stored recordings.

Browse all case studies

How Modern DevOps Components Work Together as One System

Successful cloud infrastructure is not built from a single tool. It is the result of multiple DevOps components working together as one seamless system. Infrastructure as Code, Cloud Platforms, Containers, and CI/CD Pipelines each play a critical role in automating deployments, improving reliability, reducing manual effort, and enabling faster software delivery. When these technologies are integrated correctly, businesses can deploy applications with confidence, scale efficiently, and maintain consistent performance across environments.

Infrastructure as Code (IaC)

Define and manage your infrastructure through code instead of manual configuration. Infrastructure as Code ensures consistency, reduces deployment errors, and makes cloud environments repeatable, scalable, and easy to maintain.

Explore IaC
CoversTerraform

Cloud Infrastructure & Platforms

Modern cloud platforms provide the foundation for hosting, scaling, and managing applications. They offer flexibility, reliability, and on-demand resources that help businesses adapt quickly to changing requirements.

Explore Cloud Services
CoversAWS · Microsoft Azure · Google Cloud · Oracle Cloud (OCI)

Containerization with Docker

Containers package applications and their dependencies into a portable environment that runs consistently across development, testing, and production. This eliminates compatibility issues and simplifies deployments.

Explore Containers
CoversDocker · Kubernetes

CI/CD Pipeline Automation

Continuous Integration and Continuous Deployment (CI/CD) automate the process of building, testing, and releasing software. This enables faster delivery cycles, improved code quality, and reliable deployments with minimal manual intervention.

Explore CI/CD
CoversJenkins · GitHub Actions

How the Four Pieces Work as One System

01

These four areas are not a menu you pick one item from. In a healthy setup they form a single chain. Infrastructure as code defines the cloud environment. The cloud provider runs it. Containers package your application to run on that cloud. And the CI/CD pipeline ties it all together, building the container, testing it, and deploying it to the cloud automatically every time a developer pushes a change.

02

A concrete example makes it clearer. A developer commits a change. The pipeline picks it up, runs the tests, and if they pass, builds a fresh Docker container. It then deploys that container to a Kubernetes cluster running on infrastructure that Terraform defined and that lives on AWS or Azure. If anything in that chain fails, the deploy halts before it reaches users, and rolling back is a single, safe step. No one had to log into a server. No one had to remember a sequence of manual commands. That is what these four pieces buy you when they work together.

03

This is also why we prefer to own the whole chain rather than fix one link in isolation. A beautiful pipeline that deploys to fragile, hand-built infrastructure is still fragile. Containers that scale on a cloud nobody can reproduce are still a risk. The value compounds when the parts are designed together.

Build Intelligent Solutions With the Right Stack

From AI architecture to cloud deployment — design, engineering and infrastructure handled by one team. No coordination overhead, no gaps in quality.

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9+
Years delivering production software
250+
Clients across industries & geographies
100+
Products live in production at scale
99.9%
Uptime across deployed systems

Built for the Netherlands and the EU

We build enterprise software with European businesses in mind, combining local understanding with standards that support long-term growth. From GDPR compliance and secure infrastructure to ongoing support and governance, every solution is designed to meet the operational, legal and security demands of working in the Netherlands and across the EU.

Local point of contact

Our European base is in Amstelveen, near Amsterdam, which means Dutch and EU clients get a local point of contact and infrastructure built to European rules from the start. GDPR and AVG compliance is not a checkbox we tick at the end. It shapes architecture decisions from day one, including where data physically lives.

GDPR and AVG built in

In practice that means EU data-residency regions like Amsterdam or Frankfurt, so your data stays inside the EU, with encryption in transit and at rest, strict access controls and audit logging, all documented for clients and regulators. For regulated sectors like healthcare and finance, we build to their stricter standards on top of the GDPR baseline.

How We Approach Your Infrastructure

Strong infrastructure is not built by chance. Our approach focuses on understanding your current environment, designing the right architecture, implementing it with automation and best practices, and supporting it as your business grows. Every stage is designed to improve reliability, scalability, security, and long-term maintainability.

Assess

We review your infrastructure, traffic, costs, and operational challenges to identify risks, opportunities, and the improvements that will deliver the greatest business value.

Design

We create a cloud architecture, deployment strategy, and infrastructure roadmap tailored to your product, ensuring scalability, reliability, and cost efficiency.

Build

We implement infrastructure as code, automation, monitoring, and deployment workflows, creating a consistent, secure, and fully reproducible environment.

Operate

We monitor, maintain, optimise, and support the infrastructure over time, ensuring performance, stability, and continuous improvement as requirements evolve.

What Our Clients Say About Us

Real feedback from real clients. Here is what businesses say about working with Mobilions on their mobile and web products.

Alexander
Alexander
Netherlands

It was a wonderful experience working with Tushar, Ankit, and their team. They built a great mobile app for me and truly brought my vision to life. What stood out was not just their technical skill but their attitude: always positive, solution-oriented, and incredibly patient. They went above and beyond at every step, finding creative workarounds and staying committed even when things got challenging. Extremely professional and trustworthy. I would absolutely hire them again.

Frequently Asked Questions

Straight answers about DevOps, cloud and infrastructure — the questions Netherlands teams ask us most before starting.

DevOps covers the cloud your product runs on, the pipelines that build and deploy it, the containers that package it, and the infrastructure-as-code that makes it all reproducible. At Mobilions it also includes monitoring, security patching and scaling after launch. It is less a single service and more the discipline of shipping and running software reliably, with the people who build it and the people who run it working as one team.

It depends on your stack, your team and your budget. AWS has the widest service range and is the safe default for most products. Azure fits organisations already invested in Microsoft. Google Cloud is strong for data and AI workloads. Oracle Cloud often wins on cost for database-heavy systems. All four offer EU regions for data residency. We assess your specific needs and recommend honestly, rather than defaulting to one provider for every project.

Both. Most of our engagements involve improving or migrating infrastructure that already exists rather than starting from a blank page. We assess what you have, keep what works, and modernise the parts that hold you back, instead of forcing an expensive and risky full rebuild that you may not need.

Yes. We build to GDPR and AVG by default, including choosing EU data-residency regions where required, encrypting data in transit and at rest, and configuring access controls and audit logging. Our European base in Amstelveen means Dutch and EU clients get a local point of contact who understands the regulatory environment.

It varies widely with scope. A one-off pipeline setup is very different from ongoing infrastructure management. We scope each engagement and provide a fixed proposal before starting, so there are no surprises. Ongoing work can be arranged as a monthly retainer or handled per project, whichever suits how you want to work.

Often, yes, and sometimes significantly. Over-provisioned servers, idle resources and inefficient architecture are common and expensive. We audit your current spend, right-size resources, introduce auto-scaling so you only pay for what you use, and remove waste. A cloud cost review frequently pays for itself within the first few months.

Yes, and this is one of the most common situations we see. Many growing companies have strong developers but no dedicated infrastructure expertise. We set up the cloud, the pipelines and the monitoring so your developers can focus on building features, and we keep it simple enough that a small team can manage it day to day, with us available when something bigger comes up.