Articles › Dev

Digital government services often launch with high expectations: improved efficiency, better citizen experience, and reduced operational costs. Yet, many of these systems struggle—or quietly fail—within months after going live. This article explores the seven most common reasons digital government services fail after launch, based on real-world GovTech projects and system integration experience.

Local governments—provinces, municipalities, prefectures, cities—face a unique digital challenge. They must deliver reliable public services over 10–20 year lifecycles, integrate with national systems, survive vendor changes, and operate under tight budgets and procurement constraints. This article presents a practical reference architecture for provincial and municipal digital systems. It is not tied to any product or […]

Local governments are under increasing pressure to deliver better digital services with limited budgets, fragmented legacy systems, and small IT teams. Many GovTech initiatives fail not because of technology choices, but because systems are designed in isolation. This article presents a practical, integration-first GovTech architecture that local governments can realistically implement and evolve over time—without […]

Introduction: Failure Is Not a Technology Problem Across the world, local government software projects often fail — not because the technology is too advanced, but because the system was never designed to survive reality. Budgets are spent, systems are delivered, and yet: Officers return to Excel Citizens still queue at counters Data is duplicated across […]

For several years, low‑code and no‑code platforms were positioned as the future of software development. The promise was compelling: build applications faster, reduce engineering cost, and allow non‑developers to create real systems. But in 2025, the momentum has clearly slowed. Low‑code is not dead—but it is no longer where innovation is happening. This article explains […]

In 2025, technology did not fail. AI models became stronger. Hardware became faster. Cloud platforms became more mature. Open‑source ecosystems expanded rapidly. And yet, products failed at a historic rate — from AI devices and enterprise platforms to consumer hardware and robotics startups. This article is not a list of “bad products.” It is a […]

A Practical Mapping Between Security Language and Software Engineering Concepts Why cybersecurity sounds harder than it actually is Many software developers feel that cybersecurity is a different world: Too many acronyms (SIEM, SOAR, IOC, IDS…) Different vocabulary for things that feel familiar Security people sound like they’re talking about something mysterious The truth is simpler: […]

Why Old Ideas Matter More Than Ever AI can write code faster than any human. It can generate entire modules, refactor files, and suggest fixes in seconds. Yet many teams today are discovering a paradox: The more AI we use, the more classic programming concepts matter.

“The real problem is that programmers have spent far too much time worrying about efficiency in the wrong places.” — Brian Kernighan Modern programming talks a lot about frameworks, architectures, and tools. Classic programming talks about clarity, simplicity, and thinking.

In many projects, the first conversation starts with a solution: “We need a system.” “We want a dashboard.” “Can you integrate this software with our machines?” At Simplico, we deliberately slow this moment down. Not because we don’t like building software — we do — but because writing code too early is one of the […]

*Applying insights from **Good Strategy / Bad Strategy** to real-world software businesses*

Introduction Universities are investing heavily in digital transformation — learning platforms, AI tools, research analytics, and cloud infrastructure. Yet one critical system is quietly failing its users: the university library experience.

Manufacturers increasingly look to build or customize their own Manufacturing Execution Systems (MES) to gain better control over production, quality, and real-time visibility. While commercial MES platforms exist, many factories choose Python-based development for its flexibility, scalability, and strong ecosystem.

Learning software development is often described as “just practice more” or “keep coding.” But anyone who has tried knows the truth: The pain is not lack of effort — it’s lack of structure. This article breaks down the real pain points people face when learning software development and, more importantly, how to solve them in […]

AI models improve fast, but version numbers alone don’t tell the full story. What actually changed between ChatGPT 5.1 and ChatGPT 5.2? And more importantly — what difference does it make in real use?

Introduction Most businesses don’t start with custom software — and that’s perfectly fine. In the early stages, spreadsheets, SaaS tools, and ready-made platforms feel fast, affordable, and “good enough.” They help teams move quickly and validate ideas without heavy investment.

This proposal outlines a complete mobile application development service using React and React Native, designed for organizations in the United States and United Kingdom seeking high-quality, scalable mobile solutions.

Android powers billions of devices, but very few companies truly understand how the operating system works inside: system partitions, bootloaders, privileged APIs, device policies, and the deep architectural layers that control everything behind the scenes.

In the Android and Linux world, millions of lines of code flow across companies, chip vendors, OEMs, and open-source communities. To understand how the ecosystem works — and why kernel fragmentation happens — you must understand three key concepts:

Many companies rely on software systems built years ago—critical systems that keep operations, logistics, sales, and production running every day. Over time, these systems become harder to maintain: libraries become obsolete, documentation is missing, developers change jobs, and unexpected bugs start disrupting business operations.