Vase

• AI driven product and user behavior analytics
• Automatic insight discovery from product data
• Interactive dashboards and visual reports
• Event tracking and funnel analysis
• User journey and retention insights
• No code or low code analytics setup
• Real time data visualization
• Custom metrics and reporting
• Secure data handling and access controls
• Scalable analytics for growing teams

Vase is an AI powered analytics platform designed to help product teams, founders, and businesses better understand how users interact with their digital products. By combining artificial intelligence with intuitive data visualization, Vase turns complex product usage data into meaningful insights that support faster and more confident decision making. Instead of relying on manual analysis or fragmented reports, teams can use Vase to automatically surface trends, patterns, and opportunities within their data.

The platform simplifies product analytics by providing clear dashboards that track user behavior, engagement, retention, and conversion metrics. Vase analyzes events and user journeys to highlight where users succeed, where they drop off, and which features deliver the most value. Its AI driven approach reduces the need for advanced data expertise, making insights accessible to product managers, marketers, and leadership teams alike.

Vase supports real time analytics, allowing teams to monitor product performance as changes are released and features evolve. With flexible reporting and custom metrics, organizations can tailor insights to their specific goals and KPIs. The platform is designed to scale alongside growing products, ensuring analytics remain reliable as data volume increases.

By automating insight discovery and visual storytelling, Vase helps teams move from data collection to action faster. It empowers businesses to build better products, improve user experiences, and align strategy with real user behavior. Vase is an ideal solution for teams seeking a modern, AI driven approach to product analytics without complexity or heavy technical overhead.