# AI-SDLC.services

> Your developers got faster with AI. Your team didn't. We train engineering teams to put AI to work across the whole software lifecycle — on the tools you already pay for. Hands-on workshops, trainings, and adoption support.

AI-SDLC.services helps engineering teams apply AI across requirements, implementation, review, testing, release, and coordination. It provides private workshops and hands-on adoption support; it is not staff augmentation or outsourced product development.

## Direct Answers

- AI-SDLC enablement means changing the team's full software-delivery workflow around AI, not only making individual code generation faster.
- The primary audience is an engineering team of roughly 10–60 developers already using AI coding tools, typically led by a CTO, VP Engineering, or engineering lead.
- A private workshop is customized to the team's stack and leaves the team with working agent setups, a prompt and skill library, guardrails, and an adoption plan.
- Adoption support maps the current workflow, defines human-in-the-loop processes, and turns experiments into repeatable practices the team owns.

This file is generated from the site's source content. It is a curated index for AI assistants, not a crawler permissions file. For crawler permissions and content-use policy, see `/robots.txt`.

## Core Pages

- [Home](https://ai-sdlc.services/): Service overview, ideal customer profile, proof, qualification criteria, and answers to common AI-SDLC questions.
- [Private AI-SDLC Workshop](https://ai-sdlc.services/private-workshop): What a private AI-SDLC workshop leaves your team with: two days, hands-on, on your stack; agent setups, guardrails, and an adoption plan.
- [About](https://ai-sdlc.services/about): Who runs AI-SDLC Services: Milko Slavov, with 20+ years shipping software from IC to Staff Engineer to CTO.

## Discovery

- [Sitemap](https://ai-sdlc.services/sitemap-index.xml): Complete search-engine sitemap, if available.
- [Robots policy](https://ai-sdlc.services/robots.txt): Crawler permissions for automated agents.