Developers, designers, QA, stakeholders, and AI agents. Everyone who needs to understand what software is doing — without reading code.
Click any role to see the pain, the Memsight moment, and who it includes.
From print statements to perception loops — every developer level benefits.
Log Archaeologist
Veteran dev, 5–15+ years of muscle memory.
The Pain
Veteran dev, 5–15+ years of muscle memory. Every bug starts the same way: add logging, rebuild, run, check output, repeat. The information you need exists right now, in memory — but the only way to see it is to guess what to log before the bug happens. You’re not debugging. You’re doing archaeology on your own running code.
The Memsight Moment
Instead of 40 log statements to narrow down a race condition, you type one question and see the exact state. The rebuild-run-check cycle collapses into a single query. The answer was always there — you just couldn’t ask for it.
Example Query
“The information was always there. I just couldn’t ask for it.”
Who this includes
Browser Tab Developer
Uses ChatGPT or Claude in a browser tab.
The Pain
Uses ChatGPT or Claude in a browser tab. Copies code and error messages back and forth. The AI gives answers that are "almost right, but not quite" — the number-one frustration cited by 66% of developers. Each suggestion makes sense in isolation. None of them solve the actual problem. Because the AI has never seen the running application, it’s making plausible guesses based on incomplete information.
The Memsight Moment
The AI stops being disconnected. Instead of pasting stale code and stack traces, it can see live state. The quality of answers goes from generic to surgical — from "this might work" to "here’s exactly what’s wrong." The AI becomes a partner who can see.
Example Query
“My AI stopped being a smart search engine and became a partner who can see.”
Who this includes
Claude Code Power User
Deep integration with Claude Code, Cursor, or Codex.
The Pain
Deep integration with Claude Code, Cursor, or Codex. AI reads your code, writes code, runs tests. But runtime is a blind spot. The agent can refactor a module perfectly — then generate code that "on the surface seems to run successfully" while silently removing safety checks or producing fake output that matches the expected format. Without runtime visibility, neither you nor the agent can tell the difference between working and "looks like it works."
The Memsight Moment
You remember that feeling when you first connected Claude Code to your codebase and started asking questions — and it just *knew*? Memsight is that same moment, but for your running software. And it’s exponential, because runtime understanding was the missing piece. Your AI agent could already read and write your code. Now it can see what the code is actually *doing*. The loop is finally closed.
Example Query
“The loop is finally closed.”
Who this includes
You remember that feeling when you first connected Claude Code to your codebase and started asking questions — and it just *knew*? Memsight is that same moment, but for your running software. And it’s exponential, because runtime understanding was the missing piece. Your AI agent could already read and write your code. Now it can see what the code is actually *doing*. The loop is finally closed.
“The loop is finally closed.”
Memsight isn’t just for people who write code. It’s for everyone who needs to understand what software is doing.
The Verifier
Tests from the outside.
The Pain
Tests from the outside. Files bugs saying "something felt wrong" but can’t prove it with internal data. Reproduction is guesswork. Every tester knows the frustration of "could not reproduce" — not because the bug isn’t real, but because you can’t see the internal state that caused it. You hand the bug to a developer and wait.
The Memsight Moment
Instead of "Steps to reproduce: unclear," you query the exact internal state at the moment of the bug. Your bug report includes the root cause, not just the symptom. Developers stop asking "can you reproduce this?" because you’ve already shown them what happened.
Example Query
“I stopped writing ‘could not reproduce’ and started writing ‘here’s exactly what happened.’”
Who this includes
The Questioner
Designs systems on paper, hands off to engineers, then has to trust it works.
The Pain
Designs systems on paper, hands off to engineers, then has to trust it works. "Why does this feel broken?" goes unanswered for days while someone builds a dashboard. You depend on engineers to add the measurements you need, and by the time the data arrives, you’ve moved on to the next problem. The iteration loop has a human bottleneck in the middle of it.
The Memsight Moment
Asks a plain-English question about their own system and gets an instant answer. No Jira ticket. No waiting for a developer to add instrumentation. The design-verify loop collapses from days to seconds.
Example Query
“I designed the system. Now I can finally see if it’s doing what I designed.”
Who this includes
The Observer
Non-technical.
The Pain
Non-technical. Wants to understand what the product is doing without reading code. Always one abstraction layer away from truth — getting dashboards, reports, and summaries curated by someone else. Like a game of telephone: information loses fidelity at every layer. By the time it reaches you, it’s someone’s interpretation of what happened, not what actually happened.
The Memsight Moment
Types a question in plain English, gets a clear answer. No code, no dashboards, no intermediary. The abstraction layer between you and your product dissolves. You stop asking people to explain your own product to you.
Example Query
“For the first time, I didn’t have to wait for someone to explain my own product to me.”
Who this includes
Where Memsight is taking software development — from human-operated to AI-supervised.
The Operator
Traditional observability is metric-based and pre-configured.
The Pain
Traditional observability is metric-based and pre-configured. As Charity Majors puts it, every dashboard is "like a tombstone of a past failure" — you built it after the last outage, and it’ll help you find that exact problem next time. But you have new problems all the time, so your workspace is littered with dashboards that don’t answer today’s question. "If all you’re doing is looking at static dashboards, there are things you won’t see — because you did not graph it."
The Memsight Moment
No predefined dashboards needed. Semantic queries mean asking questions you didn’t think to instrument for. You’re no longer limited to "what did we decide to measure last quarter?" You can ask "what’s wrong right now?" and get an answer even if nobody anticipated the failure mode.
Example Query
“I stopped building dashboards for problems I could predict and started asking about ones I couldn’t.”
Who this includes
The Autonomous Operator
AI agents can read code and write code, but without runtime perception, they’re diagnosing from blueprints, not reality.
The Pain
AI agents can read code and write code, but without runtime perception, they’re diagnosing from blueprints, not reality. Most deployed agentic systems remain brittle — they "lack runtime introspection, cannot diagnose their own failure modes, and do not improve over time without human intervention." The missing capability isn’t intelligence. It’s perception.
The Memsight Moment
An AI agent that can observe live state, diagnose issues, take action, and verify the fix worked — a complete perception-action loop. Not a tool waiting for instructions, but a participant in the operational process. The gap between "AI that reacts to alerts" and "AI that observes and understands" is the gap Memsight closes.
Example Query
“The missing sense was always runtime. Now the loop is complete.”
Who this includes
See personas tailored to your platform with role-specific sub-personas:
Whether you're debugging solo or building AI-operated systems, Memsight closes the runtime visibility gap for your entire team.
15,000 trial credits · SDK/package edition applies · No card required