Revolutionize Product Management with Wity AI
Product decisions are made before the meeting starts — in how well the problem is framed, how rigorously assumptions are surfaced, and how much of the research was actually done. Here's how PMs use Wity to do that pre-decision work faster and more completely.
The PM's job description says product strategy. The actual job, in most organizations, is managing the gap between what different stakeholders believe to be true and what the data actually supports — and doing it fast enough that decisions happen before the window closes.
The failure mode isn't usually wrong decisions. It's decisions made before the problem has been properly framed. A team walks into a planning meeting with an opinion already formed, the discussion is about whose opinion wins, and the decision reflects organizational dynamics more than it reflects the actual problem. Good PMs know this pattern. They also know how hard it is to interrupt it when the calendar pressure is constant.
Wity changes the pre-decision process. The value isn't in the meeting — it's in the structured thinking that happens before the room fills up.
Frame the Problem Before Anyone Else Does
The Visual Brainstorming canvas at app.wity.ai gives PMs a tool for structured problem framing before a topic enters a group discussion. Plant the problem statement — not a solution hypothesis, the actual problem — and let Wity expand it into a decision map: a visual representation of the problem space with its branches, constraints, assumptions, and open questions made visible.
This has a concrete effect on meetings. When a PM brings a decision map into a planning session rather than a solution proposal, the conversation changes. Instead of debating options, the team is reviewing a structured view of the problem and checking whether the map is accurate. That's a more productive conversation, and it's shorter — because the disagreements that usually consume meeting time are often about problem framing, not about the decision itself.
The map also forces the PM to be explicit about assumptions. When you have to put "users will adopt this if it's in their current workflow" on a branch of the map, you have to reckon with whether you've actually validated that. The map makes the gap between assumption and evidence visible in a way that a slide deck doesn't.
AI Brainstorming: Expand the Problem Space
One of the consistent failure modes in product decisions is premature narrowing. A team identifies a problem, immediately converges on two or three options, and evaluates those — without ever checking whether they've mapped the full solution space or whether they've correctly identified the root cause rather than a symptom.
Wity's AI expansion is particularly useful here. When you plant a problem statement, the AI surfaces angles that didn't come up in internal discussion — edge cases in the user population, second-order effects of a proposed solution, analogous problems in adjacent industries and how they were solved, assumptions embedded in the problem framing itself. You're not outsourcing the thinking; you're getting a structured prompt to check your own reasoning against a broader frame.
For a PM doing a build-vs-buy analysis on a new data integration capability: plant "build vs. buy for data integration" in Wity. The AI expands this into branches covering total cost of ownership (build includes maintenance, not just development), vendor risk considerations, the team's current capacity and expertise gaps, the strategic value of owning this capability vs. partnering, integration timeline comparisons, and the switching cost implications of each path. Some of these branches the PM had already considered. Several were not on the original mental model. The map is now more complete than anything the PM would have produced in the first hour of internal discussion.
Research Synthesis Agents: Stop Doing Manual Desk Research
PMs are frequently the person who ends up doing research that shouldn't require a PM — compiling customer feedback from five different sources, tracking competitor releases, synthesizing support ticket trends. These tasks are important. They're also systematically low-value activities for the person who needs to be doing strategic thinking.
Wity's AI Agents (wity.ai/tools/agent-builder) are well-suited to this category of work. Configure an agent to synthesize customer feedback from your support system weekly, structured by theme and frequency. Configure another to monitor competitor product releases and pricing changes. Configure a third to extract feature requests from sales call notes.
The PM who built the build-vs-buy analysis above configured a vendor research agent: given a list of five data integration vendors, the agent pulled documentation, pricing pages, G2 reviews, and recent press releases, and synthesized a structured comparison across the dimensions that mattered for the decision. The PM spent thirty minutes reviewing the synthesis and adding context from internal knowledge. The alternative was two days of manual vendor evaluation. The decision quality was the same; the time investment was not.
Decision Memos Written From Your Map
One of the highest-friction parts of the PM job is translating a decision into written form for stakeholders who weren't in the room. A well-written decision memo — covering the problem, the options considered, the criteria used, the recommendation, and the risks — takes time to produce and is frequently skipped because of that time cost.
When your problem framing and research already exist in a Wity canvas, the AI Chat at chat.wity.ai can draft the decision memo from that material. The PM reviews and edits rather than writes from scratch. The memo is more complete because it's drawing from a structured map, not from memory of what was discussed. Stakeholders get the documentation they need to understand and challenge the decision intelligently.
This matters for organizational trust. Teams that consistently produce clear decision documentation make better decisions over time — not just because the documentation exists, but because the process of producing it forces clarity that the decision-makers benefit from too.
The Build-vs-Buy Analysis in Practice
Let's trace the full workflow. The PM's team needs to decide whether to build native data integration or license an integration platform vendor. The pressure is to make this decision in two weeks because it blocks the Q3 roadmap.
Week one: The PM plants the problem in Wity's canvas. Reviews the AI-expanded map, marks the branches that require research, and configures two agents — one for vendor research, one to synthesize internal engineering estimates from existing Jira tickets and architecture documents. By end of week one, both agents have returned structured output. The PM has spent roughly four hours on research activities rather than the ten to twelve hours it would have taken manually.
Week two: The PM brings the annotated map into a two-hour working session with engineering and finance. The session starts from a shared map of the problem, not from competing opinions. Discussion focuses on two branches where there's genuine uncertainty: the maintenance cost estimate for the build option and the vendor lock-in implications of the buy option. The team agrees on assumptions for both, the PM documents the decision in an AI-drafted memo she edits in forty minutes, and the decision goes to leadership with full supporting documentation.
The decision isn't faster because anyone cut corners. It's faster because the problem was structured before the meeting, the research was done before the meeting, and the discussion was about genuine uncertainty rather than competing assumptions.
Better Inputs, Sharper Decisions
Product decisions are only as good as the thinking that precedes them. The tools PMs have historically used — slide decks, spreadsheets, PRDs — are output formats, not thinking tools. They capture conclusions but don't support the process of reaching them.
Wity is designed as a thinking tool first. The canvas, the agents, the AI Chat — these are all oriented toward the pre-decision process: mapping the problem, gathering the right information, surfacing what you don't know, and making it all visible before the room fills up. That's where decision quality is actually determined.