Systems | Development | Analytics | API | Testing

You might have heard about Prism, the new Ruby parser. Perhaps you've heard it's faster, more reliable, and more powerful than what we had before. Or maybe you never took a compilers class and aren't sure about what this actually means. I'm here to tell you all about it, and how it's changing our lives as Ruby developers. Today, I want to take you from square one to writing your first transpiler.

October 2025, Paris. Thieves dressed as construction workers break into the Louvre and steal eight pieces of the French Crown Jewels valued at approximately €88 million. The robbery took place in broad daylight, and lasted less than eight minutes. As of the time of writing, only one of the jewels was recovered, a crown belonging to Napoleon III's wife Eugénie, which the thieves dropped in the street as they fled.

Whether you are tackling unstable features early or are responsible for setting a data-informed 2026 testing roadmap, these insights are here to help you accelerate your quality efforts.

In 2026, as AI models increasingly generate, refactor, and deploy code on their own, developers face a new challenge: how to safely run code they didn’t write. Sandboxes have become the backbone of this new workflow because they are lightweight, secure environments that let teams test, validate, and monitor code without risking production systems.

Corporate concerns about entrusting sensitive data to third-party platforms keep many CTOs awake at night. Every time data leaves your infrastructure for a bolted-on BI tool, you're gambling with control. The stakes? Regulatory compliance, competitive advantage, and customer trust. Deploying a business analytics solution while keeping data safe and compliant often involves choosing between BI solutions that are either “bolted-on” or “embedded”.

Consider the following: You go to the Apple Store to pick up the latest iPhone. You get home and turn it on, only to find that the screen is defective, the buttons aren’t working, and every one of the built-in apps is glitching. Thanks to QA tools, this is an extremely unlikely scenario. Before the iPhone reaches your hands, both its hardware and software have been tested repeatedly by a Quality Assurance (QA) team.

If your 2026 resolution is to finally get AI costs under control, we've got you covered. Every January, the same resolutions show up: eat better, exercise more, finally learn that language, finally figure out that production use case for AI agents (OK, this one isn’t so typical unless you operate in our universe). But if you're responsible for your organization's AI strategy, we'd like to suggest a different one for 2026: stop letting AI be a cost center.

Shipping software fast is easy. Shipping it fast without bugs? That’s the real test. Modern systems are API-driven, distributed, and constantly deploying – every release brings new risks. To keep defects out of production, teams rely on software quality assurance tools that automate testing, validate APIs, measure performance, and secure applications across environments.

Agentic AI enables you to do what you simply couldn’t before, like making sense of and responding to everything ever said about your product.

The SDLC, or software development lifecycle, is undergoing a radical change. Engineering teams have been using conventional, frequently reactive procedures for decades. We construct, test, correct, and implement. However, in today's fiercely competitive digital world, this traditional strategy is insufficient. It can't keep up with the complexity of contemporary applications and is too sluggish and prone to human mistakes.