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Run research end to end.
Not just the study.

The AI-native OS for market research & insight professionals.

One operating system for the whole job. Researchers frame the question, run human or AI-native research, deploy agents and analyze the evidence in PulseLake. Then they keep the institutional knowledge, automate the workflows and deliver decision-ready outputs from the same place.

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PulseLake OSResearch operation · live.
6 agents active
01 · Frame.

Research Design

Business question, hypotheses, methods, audiences and instruments.

Research Designer AgentDrafting concept-test design.
02 · Research

Create Evidence.

Human, AI-led, synthetic and simulated research in one environment.

Interview Agent24 sessions in progress.
03 · Analyze

Understand

Quant, qual, deterministic calculations and AI-assisted synthesis.

Qual AnalystCoding 438 excerpts.
04 · Know

Institutional Memory.

Study context, deep research, cross-study search and knowledge graph.

Deep Research AgentReviewing 17 related studies.
05 · Deliver

Client Experience.

Dashboards, reports, presentations, portals and research Q&A.

Report AgentBuilding executive readout.
06 · Act

Operationalize

Workflows, monitoring, scheduled updates and downstream action.

Workflow AgentWaiting for approval.
FrameResearchAnalyzeKnowDeliver.Act
Agents move across the operation. Context stays with the work. Agents · Context · Automation · Governance · Marketplace.

Expert support is included in everything you pay.

Software is getting cheaper, so what you’re really paying for is the expertise. It’s included in every subscription and every bill.

Most tools help you run a study.
→
PulseLake runs the research system around it.

Because the work starts before fieldwork. And it continues long after.

Six stages, one study context. Agents do the legwork at every stage. Researchers keep the judgment, the approvals and the client accountability, because those need human expertise.

  1. 01 · Frame

    Research design.

    Turn the business question into a study: the decision, hypotheses, methods, audiences and instruments.

    Research Designer drafts the plan, instruments and first hypotheses from your brief.

    How it works
    When
    At the start, before anyone writes a question.
    How it works
    Start from reusable questionnaires, assessments, advanced methods and templates. The agent drafts. You edit and approve.
    What you get
    A study design tied to the decision it serves, so the context travels with the study from here on.
  2. 02 · Research

    Create evidence.

    Four ways to create evidence in one place: traditional research, AI-led interviews, synthetic research and simulation.

    Interview Agent runs conversational or avatar interviews that follow your protocol.

    How it works
    When
    Whenever you need evidence, observed or modelled.
    How it works
    Surveys, qual, panels and owned audiences. Interviewers that probe adaptively. Explicit synthetic personas to test instruments and concepts. Scenario models for what could happen. Generated evidence is never treated as observed evidence.
    What you get
    Evidence from every method, kept inside one governed study context.
  3. 03 · Analyze

    Understand

    Quant, qual and AI-assisted synthesis. Numbers are calculated against your study data, never generated by the model.

    Qual Analyst codes interviews, clusters themes and surfaces contradictions.

    How it works
    When
    Once evidence starts coming in.
    How it works
    Ask in plain language. Calculation mode resolves the population and filters from the question and computes the answer, with the base shown. Qual is coded, themed and linked back to the excerpts.
    What you get
    Findings you can check: every figure has its base, every theme its evidence.
  4. 04 · Know.

    Institutional memory

    Every study becomes context the next one starts from. Study memory, cross-study search, deep research and a knowledge graph.

    Deep Researcher searches studies, files and findings, then writes a synthesis grounded in the sources.

    How it works
    When
    Before you commission new research, and whenever someone asks what you already know.
    How it works
    Findings, concepts, audiences, measures and decisions are kept. Ask a question and PulseLake pulls in the relevant prior evidence, with citations and evidence types attached.
    What you get
    Answers that draw on the whole research estate, not one project at a time.
  5. 05 · Deliver.

    Client experience

    Approved findings become dashboards, automated PowerPoint, client workspaces and AI Q&A, without rebuilding the context.

    Report Builder turns approved findings into narratives, dashboards and presentations, once a researcher signs off.

    How it works
    When
    When findings are approved and people need to use them.
    How it works
    Package the same research as interactive and presentation-ready outputs. Publish it to a persistent, branded client workspace instead of a one-time attachment. Clients ask questions against the approved study context.
    What you get
    One study, several living outputs, all on the same approved context underneath.
  6. 06 · Act

    Operationalize

    Keep the insight working after delivery: scheduled updates, monitoring and workflows that trigger the next step.

    Workflow Agent waits for approval, then runs the next step.

    How it works
    When
    After delivery, when the research should keep paying off.
    How it works
    Connect approvals, QA, recurring studies, reporting, notifications and downstream actions into repeatable flows.
    What you get
    The next wave scheduled, the team alerted, the client updated, without starting over.

Underneath every stage

  • Governance Control access, methods, review steps and usage.
  • Lineage Trace every answer back to its questions, evidence, calculations and study context.
  • Ontology Concepts, entities, measures and relationships stay structured, so knowledge builds up cleanly.
  • Reusable IP Your best methods, templates and workflows, published as assets. See the marketplace ↓

Every way researchers create evidence.

Traditional research still matters. PulseLake adds AI-led interviewing, synthetic research and simulation to it, and keeps every method inside one governed study context. That gives you four research modes, side by side: traditional research, AI-led interviews, synthetic research and simulation.

Run rigorous research without losing the context around it.

Design the study, recruit participants, collect evidence, analyze the results and deliver the outputs. Through all of it, the objective, methodology, evidence and decisions stay tied to the same study.

Result: observed research becomes reusable institutional knowledge instead of another isolated project.

Running maturity assessments? See how PulseLake scores, benchmarks and reuses them →

  1. 01.

    Frame

    Capture the decision, hypotheses, research objectives and audience.

    Study context
  2. 02

    Design

    Use reusable questionnaires, assessments, advanced methods and templates.

    Research design
  3. 03

    Collect

    Use panels, owned audiences, qual and multimodal evidence.

    Observed evidence
  4. 04

    Analyze & deliver.

    Quant, qual, NL analysis, dashboards, reports and client outputs.

    Decision output

Let AI conduct the interview. Keep the human evidence.

Conversational or avatar-based interviewers follow your protocol and probe adaptively. Every conversation comes back as structured research evidence.

Result: qualitative depth at scale without confusing the interviewer with the evidence source.
  1. 01

    Define protocol

    Set research topics, required questions, rules and guardrails.

    Interview design
  2. 02

    Conduct

    AI or avatar interviews real participants conversationally.

    Human evidence
  3. 03

    Structure

    Transcripts, question paths, themes and metadata become analysis-ready.

    Structured qual
  4. 04

    Integrate

    Evidence becomes part of the same study context as every other method.

    Unified context

Explore quickly without pretending generated evidence is observed evidence.

Build explicit synthetic personas and populations. Use them to test instruments, explore concepts and compare scenarios, and to spot what deserves real-world validation.

Result: faster exploration with clear provenance and a direct path into human validation.
  1. 01

    Define population

    Specify characteristics, assumptions, constraints and intended research use.

    Population model
  2. 02

    Generate

    Create versioned synthetic personas or respondent populations.

    Synthetic cohort
  3. 03

    Test

    Run concepts, instruments, messages or hypotheses against the cohort.

    Generated evidence
  4. 04

    Validate

    Move the most important questions into human research when needed.

    Validation plan

Move from “what do people say?” to “what could happen if…?”

Start from the evidence you already have. Add explicit assumptions, agent interactions and scenario models, explore alternative futures, and find out what should be tested next.

Result: research becomes a learning loop from observed evidence → modeled possibility → new validation.
  1. 01

    Ground

    Bring prior studies and current research context into the model.

    Evidence baseline
  2. 02

    Define scenario.

    Set assumptions, actors, changed conditions and constraints.

    Scenario model
  3. 03

    Run & compare.

    Simulate possible outcomes across alternative conditions or agents.

    Simulated outcome
  4. 04

    Feed the next study.

    Turn uncertainty into targeted hypotheses for further research.

    Learning loop

Ask everything your research organization knows.

Five capabilities work together here: study memory, cross-study search, deep research, a knowledge graph and deterministic analysis. The result? People can reason across the entire research estate instead of one project at a time.

Deep ResearchCalculation ModeCross-study.
“What have we learned about onboarding friction among enterprise customers over the last three years?”
Deep Research AgentRepeated setup complexity appears across 17 related studies.

The evidence spans surveys, AI interviews, prior client work and two scenario models. PulseLake synthesizes the answer and keeps the citations and evidence type attached.

17 studies412 verbatims3 survey programs.2 simulations
“What percentage of Canadian SMB respondents selected price as the #1 barrier?”
Calculation Mode40.2%

Population and filters come from the question itself. The number is computed against study data, not generated by the LLM.

Base: 107Price barrier: 43.Calculated
Research memory that compounds.
Completed studies
Enterprise OnboardingSurvey + AI interviews.
Pricing & PackagingConjoint + qual.
Brand Tracker Q3Recurring quantitative program.
→
PulseLake Research Memory
Studies become reusable context.

Findings, concepts, audiences, measures and decisions are kept, so future research can start from what is already known.

Implementation friction5 studies
Enterprise segment.12 studies
Price sensitivity7 studies.
Adoption9 studies
Connected findings.1,289 ↗
→
Future question.
“What have we learned about onboarding friction for enterprise customers?”
PulseLake pulls the relevant prior evidence into the answer.
The user sees the synthesis together with the underlying studies and evidence types.
Onboarding studyQ3 tracker14 interviews.Simulation

Reuse what works. Scale what makes you different.

Take the research assets that already work and publish them as reusable experiences for your team or your clients. Methodology, automation and intellectual property then don't need rebuilding for every engagement. Six kinds of asset can be published: studies and assessments, agents and tools, dashboards and reporting, workflows, methods and frameworks, and ontology and knowledge.

Research firms and consultancies can also package the same reusable assets into client-facing solutions, which helps productize proprietary IP. Commercialization just isn't the only reason the marketplace exists.

Questions about PulseLake, answered.

Short, direct answers from the full FAQ. Planning a survey? Try the free sample size and significance calculators.

What is PulseLake?

PulseLake is an AI-native operating system for market research and insight professionals. In one system, researchers frame questions, conduct human or AI-native research, deploy agents and analyze evidence. It also preserves institutional knowledge, automates workflows and delivers decision-ready outputs.

Who is PulseLake for?

PulseLake is built for internal insights teams, market research firms and consulting practices: the people who design studies, generate evidence and turn it into decisions for their organizations or their clients.

How is PulseLake different from a survey or research tool?

Most research tools help run a single study. PulseLake runs the research system around it. There is an execution layer for running research, an intelligence layer for understanding everything the organization knows, and a delivery layer for turning insight into something people use. All three share one persistent study context.

What kinds of research can you run in PulseLake?

PulseLake supports four research modes. Traditional research covers surveys, qualitative research, assessments, panels and advanced methods. AI-led interviews run conversations with real participants. Synthetic research uses explicit, versioned personas and populations, while simulation explores scenarios grounded in prior evidence and explicit assumptions.

Conduct the research. Deploy the agents. Preserve the knowledge. Run the operation.

PulseLake turns a fragmented research stack into one AI-native operating system. Built for researchers, insights teams and research firms.