“What was the moment this product clicked?” —
An engineering team lead or technical PM at a company of 20–150 people who evaluated Linear and wanted more — more project hierarchy, more cross-functional visibility, more flexibility for non-engineering teams to work alongside engineering in the same tool. They chose Height. They're building their system in it. They like that it feels like a tool built by people who understand engineering workflows, not a project management tool that engineering is expected to tolerate. They're still learning the edges of it.
What are they trying to do? —
What do they produce? —
Sprint planning is Monday. The team lead is in Height reviewing the backlog. They've triaged 14 tasks from the previous week's retro and added them to the backlog. They're assigning tasks to the sprint, setting points, and linking tasks to the relevant project milestone. The milestone is visible to the VP of Product without them needing to enter the sprint view. The automation they set up sends a Height summary to Slack every Friday. They check it looks right. It does. This is working.
Uses Height as the primary engineering task manager. Has projects for 3–6 active workstreams. Works with a team of 4–20 engineers plus cross-functional partners in design and product. Has connected Height to GitHub for PR-to-task linking. Uses Height's sprint view for engineering and project view for cross-functional work. Has built 3–8 automations. Reviews Height's roadmap and changelog for features they've been waiting for. Is in the Height community Slack. Has filed a feature request.
Pairs with `linear-primary-user` to map the engineering-focused vs. cross-functional-project-aware task tool philosophy. Contrast with `jira-primary-user` for the modern-engineering-native vs. enterprise-PM-inherited project management experience. Use with `github-primary-user` for the engineering workflow that connects code review to task management.