A well-run hackathon is a forcing function. It addresses patchy adoption, the absence of a clear policy, and the pressure from leadership and the market, in a single day. You're investing in a shift from AI as a personal habit to AI as a team default.
We’ve been testing what it takes to deploy an open-source LLM on our own infrastructure for internal AI products and agentic workflows and the biggest lesson is this: self-hosting can be a strong option, but it is not a shortcut.
Lessons from a 24-hour stress test on why senior engineering judgment is the only thing standing between an AI-powered prototype and enterprise-scale technical debt.
The gap between a working prototype and enterprise software is made up of small, compounding risks—not a single missing feature. Quantifying those risks and showing how to address them turns “no” into a reasoned decision and often into a yes
Reinsurance reconciliation fails due to fragmented, inconsistent data and lack of trust in audits. Gritmind delivered a production-ready bordereaux reconciliation agent that uncovers settlement discrepancies faster and more transparently than auditors.
The instincts are the same ones you already use: start small, define the problem clearly, write the requirements before you start building. Here’s what I've learned building with these tools myself.
AI tools are evolving faster than most teams can track. To guide customers with clarity—not hype—we carve out dedicated time for safe, hands-on experimentation. Shared learning builds fluency, confidence, and readiness for when clients are ready to move.
This guide shares five practical best practices for developers using code assistants like Claude Code or Cursor—covering automation, better pull requests, faster cycles, and how to avoid common pitfalls to unlock real value.
Avoiding tension may feel safer in the moment, but it robs us of the progress that comes from challenge.
The internet is full of articles that either glorify AI coding skills/agents or simply bash them as useless or malicious. We want to offer a simple engineering perspective on what it looks like, at the current stage, to use them on real-world problems.