play icon for videos
Use case

How to Analyze Qualitative Data from Interviews: Traditional vs AI Methods

Build and deliver a rigorous qualitative interview analysis in weeks, not months. Learn step-by-step methods, tools, and real-world examples—plus how Sopact Sense makes the whole process AI-ready.

Why Traditional Interview Analysis Fails

80% of time wasted on cleaning data

Data teams spend the bulk of their day fixing silos, typos, and duplicates instead of generating insights.

Disjointed Data Collection Process

Hard to coordinate design, data entry, and stakeholder input across departments, leading to inefficiencies and silos.

Lost in Translation

Open-ended feedback, documents, images, and video sit unused—impossible to analyze at scale.

How to Analyze Qualitative Data from Interviews

Author: Unmesh Sheth — Founder & CEO, Sopact
Last updated: September 2025

Interviews are one of the richest sources of qualitative data. They capture nuance, lived experience, and the “why” behind outcomes that numbers alone cannot explain. Yet many organizations struggle with analysis. After collecting hours of audio and producing transcripts, teams drown in text. Weeks are spent coding by hand, patterns stay buried, and by the time findings are summarized, the program has already moved on.

The truth is: transcription is only the first step. The real value comes from turning those transcripts into themes, causal narratives, and actionable evidence. This is where most projects stall—and where Sopact accelerates.

With Sopact, you can import transcripts from any source—manual notes, Zoom recordings, audio files. But the differentiator is what happens next: Sopact transforms messy qualitative text into structured, AI-ready insight without sacrificing rigor. Themes, rubrics, sentiment, quotes, and cohort-level comparisons are generated in minutes, not months, and linked directly to your program metrics.

To guide you, we’ve mapped a 12-step process for analyzing interview data. Each step is practical, grounded in research methods, and enhanced by Sopact’s Intelligent Suite.

12 Steps to Analyze Qualitative Interview Data

From raw audio to decision-ready insights—clean, connected, and AI-ready.

01

Define the Decision & Evaluation Question

Pinpoint what you must learn and who will act on it.

02

Design the Interview Protocol

Write prompts mapped to outcomes and assumptions.

03

Capture & Transcribe

Import manual notes, Zoom recordings, or audio transcripts.

04

Attach Metadata & Unique IDs

Connect each interview to the right participant/cohort.

05

Familiarize & Annotate

Read through once; mark moments that answer your question.

06

Build a Living Codebook

Blend deductive (theory) and inductive (emergent) codes.

07

Code with AI-Assist + Human Review

Turn text into themes, rubrics, sentiment, and quotes fast.

08

Develop Themes & Causal Narratives

Group codes into patterns and link them to outcomes.

09

Connect Narratives to Numbers

Matrix themes vs. metrics, cohorts, and demographics.

10

Validate: Reliability, Bias, & Triangulation

Check agreement, probe counter-evidence, member-check.

11

Explain Clearly: Plain-English Stories

Summaries, key quotes, and actionable recommendations.

12

Operationalize: Share, Monitor & Adapt

Publish living reports and close the loop with action.

Step 1: Define the Decision & Evaluation Question

Start with clarity. Ask: What decision will this analysis inform? Who will use the results? Without a decision-first mindset, you risk collecting elegant data that answers nothing.

Example: Instead of “What do participants think of mentoring?” frame it as “Do evening cohorts receive fewer mentor hours, and does this limit confidence growth?”

“Sopact is designed for decision-first analysis. By anchoring every transcript to program outcomes, you ensure interviews don’t just generate stories—they generate evidence for action.”

Step 2: Design the Qualiatative Interview

Your protocol is a bridge between your framework (Theory of Change, logic model) and your data. Good protocols invite stories, not yes/no answers.

Ask participants to walk you through lived experiences: “Tell me about the last time you…” These narrative prompts surface causal mechanisms that later link to metrics.

Include probes that test assumptions, and don’t shy away from counter-examples: “Can you think of a time this didn’t work?” These help avoid biased conclusions.

“With Sopact, protocols become more than questionnaires. By mapping each prompt to outcomes, assumptions, and rubrics inside the system, you preserve the chain from question to evidence.”

Step 3: Open-Ended Interview Transcription and Data Preparation

Open-ended interviews are a cornerstone of qualitative research because they capture nuance and the “why” behind participant behavior. The first step is always recording ethically—whether through Zoom or Microsoft Teams, digital audio files, or carefully typed manual notes. Once recorded, the material is transcribed into text using either built-in automatic transcription or third-party services like Rev, Otter.ai, or Trint.

But here is where many teams falter. Traditional workflows stop at having Word documents or PDFs sitting in shared folders. Analysts then face the heavy burden of cleaning, labeling, and reconciling those files with survey data in Excel, SurveyMonkey, or Google Forms. Studies confirm analysts waste up to 80% of their time on this cleanup rather than actual analysis. The longer transcripts sit disconnected, the harder it becomes to integrate them into real-time decision-making.

“Whether it’s Zoom transcripts, Teams recordings, or handwritten notes, Sopact ingests them into one centralized pipeline. Every transcript is tied to a unique participant ID, de-duplicated at entry, and instantly structured for analysis. Instead of static documents, you get AI-ready evidence linked to program outcomes.”

This shift transforms open-ended interview data from static transcripts into continuous learning signals. Instead of waiting weeks to code text manually, you begin with a clean foundation—ready for sentiment analysis, theme clustering, rubric scoring, and causal connections to your quantitative metrics.

Step 4: Attach Metadata & Unique IDs

Fragmented qualitative data loses context fast. Attach each transcript to a unique participant ID, cohort, date, and demographics. This transforms isolated words into evidence that can connect to other data streams—attendance, test scores, survey ratings.

“In Sopact, every interview links to a participant profile. No duplicates, no context lost. This identity-first approach is what makes cohort comparisons and cross-method analysis possible.”

Step 5: Familiarize & Annotate

Read transcripts end-to-end before coding. Highlight passages that clearly speak to your evaluation question. Write memos about surprises or potential relationships (“mentor time seems scarcer in evening cohorts”).

This first pass builds situational awareness—what’s typical, what’s exceptional, what feels causal.

“Sopact’s annotation tools let you capture these early impressions directly in the transcript, so they feed into your evolving codebook and don’t get lost in side notes.”

Step 6: Build a Living Codebook

A codebook is the backbone of rigorous qualitative analysis. Blend deductive codes (from your framework, e.g., ‘mentor availability,’ ‘confidence’) with inductive codes (emerging from participant language, e.g., ‘quiet space,’ ‘shift swaps’).

Define each code, include criteria, and add examples. Keep it living: refine as new data comes in.

“Sopact turns your codebook into a living, collaborative artifact. Codes aren’t just labels; they’re structured definitions linked to examples and outcomes—keeping your analysis auditable and reliable.”

Step 7: Code with AI-Assist + Human Review

Manual coding is slow. Sopact’s AI agents accelerate the heavy lifting:

  • Suggest codes aligned with your definitions.
  • Extract supporting quotes with participant IDs.
  • Score responses against rubrics (e.g., confidence low/mid/high).
  • Detect sentiment and anomalies.

You stay in control—reviewing, editing, and validating each suggestion.

“Instead of weeks coding line-by-line, Sopact’s Intelligent Cell clusters themes, applies rubrics, and tags sentiment instantly—while you stay in the loop to validate accuracy.”

Step 8: Develop Themes & Causal Narratives

Codes become powerful when grouped into themes that explain outcomes. Themes are not just summaries—they’re causal narratives.

Example:

  • Theme: Mentor time is uneven.
  • Evidence: Evening cohort interviews show skipped sessions.
  • Outcome link: Lower confidence scores in evening cohorts.
“Sopact doesn’t just cluster codes; it connects them to outcomes. With causal narratives built from themes + metrics, you can show not just what participants said but why results shifted.”

From Data Collection to Real-Time Youth Development Insights

View Sample Dashboard
  • Collect hundreds of pre/post surveys and parent interviews seamlessly.
  • Automatically extract six youth development dimensions such as skills, independence, and emotional wellbeing.
  • Track improvement across time with pre/post comparisons and linked qualitative feedback.
  • Use parent feedback to recommend the right program for young people facing development challenges.
  • Share a live, always-current dashboard with funders, boards, and staff — no manual coding required.

Step 9: Connect Narratives to Numbers

This is where most teams fail. Sopact succeeds by linking qualitative insight to quantitative metrics:

  • Theme × cohort matrices (mentor availability vs. evening/day cohorts).
  • Rubric scores (confidence low/mid/high across stages).
  • Theme–metric correlations (quiet space issues with low practice hours).
“With Intelligent Column, Sopact bridges qual and quant. You see not only that scores rose, but which participant stories explain the rise—and why some groups lagged.”

From Months of Iterations to Minutes of Insight

Launch Report
  • Clean data collection → Intelligent Column → Plain English instructions → Causality → Instant report → Share live link → Adapt instantly.

Step 10: Validate with Reliability & Triangulation

Rigor matters. Check:

  • Inter-rater reliability: do coders agree?
  • Bias checks: are you over-attributing?
  • Triangulation: do interviews align with surveys, observations, documents?
“Sopact provides audit trails—showing how codes, rubrics, and quotes were applied—so you can defend rigor to boards, funders, or peer reviewers.”

Step 11: Explain Clearly with Stories & Evidence

Decision-makers don’t want clouds of codes—they want clarity:

  • What changed?
  • Why did it change?
  • What should we do?

Sopact helps you create plain-English summaries supported by quotes and metrics.

“With Intelligent Row, Sopact generates participant-level summaries in plain English, complete with quotes. Decision-makers get clarity without losing rigor.”

Step 12: Operationalize — Share, Monitor & Adapt

The final step is action. Publish living reports that update continuously, not static PDFs. Track recommendations, assign owners, and measure outcomes as new interviews arrive.

This is where interviews stop being transcripts and start being impact.

What happens with Sopact at this stage:

  • You see why things changed (themes, causal narratives).
  • You hear it in participants’ own voices (quotes with attribution).
  • You measure how much it changed (rubric scores, sentiment).
  • You connect it across cohorts and metrics (theme × outcome comparisons).
  • You report it in real time (living dashboards).
“Instead of waiting 6–12 months for reports, Sopact makes every new transcript an instant update. Every response becomes an insight, every story becomes evidence, and every report becomes a living document.”

From Months of Iterations to Minutes of Insight

Launch Report
  • Clean data collection → Intelligent Grid → Plain English instructions → Instant report → Share live link → Adapt instantly.

Quick Summary #1 — The Pipeline That Works

Capture transcripts from any source → centralize with unique IDs → code with AI-assist + human validation → group into themes and causal narratives → connect to metrics → publish living reports. This is how you move from words to decisions.

Quick Summary #2 — What to Automate (and What Not To)

Automate transcription intake, coding suggestions, sentiment, rubrics, and quote extraction. Keep humans in the loop for bias checks, causal reasoning, and recommendations. Sopact accelerates the boring parts so you can spend time on judgment and strategy.

Conclusion

Analyzing qualitative interview data is no longer about drowning in transcripts or spending months on coding spreadsheets. With Sopact, the process becomes structured, rigorous, and fast. You still ask the right questions, design protocols, and validate findings—but the bottleneck of manual work disappears.

The outcome? A continuous, AI-ready feedback system where interviews are not just stories but evidence that drives real-time learning and program adaptation.

👉 Always on. Simple to use. Built to adapt.

Interview Analysis FAQ

Complimentary answers to common questions about analyzing qualitative data from interviews — written for fast learning and action.

What is “coding” in qualitative interview analysis?Foundations

Coding is the process of labeling segments of text so patterns can be identified, compared, and explained. In practice, you’ll create a living codebook with short definitions, inclusion/exclusion rules, and example quotes that guide consistent tagging. Good coding blends deductive labels you planned in advance with inductive labels that emerge from participants’ own words. This balance keeps the analysis rigorous without missing surprises. With an identity-first workflow, codes also remain linked to the right participant, cohort, or timepoint. When you later group codes into themes, you’ll have auditable evidence behind every insight.

How do I make interview transcripts decision-ready instead of just “interesting”?Decision-first

Start by defining the decision your analysis must inform and the audience who will act on it. Map your interview prompts to that decision and capture metadata (unique IDs, cohort, context) so the words never lose their link to outcomes. After transcription, structure the text with themes, sentiment, and rubric scoring so you can quantify patterns without stripping nuance. Then matrix narratives against metrics (e.g., confidence change by cohort) to reveal what explains the numbers. Finally, present plain-English findings with quotes and next steps so leaders can move immediately. When you align from decision → method → structure → explanation, transcripts become evidence.

What’s the fastest way to analyze interviews without compromising rigor?Speed + Quality

Automate the repetitive steps and keep humans where judgment matters. Use trusted tools to transcribe, then apply AI-assist to suggest codes, cluster themes, surface sentiment, and extract quotable passages with source attribution. Maintain a shared, versioned codebook and run light inter-rater checks to keep reliability high. Link every transcript to a participant ID and cohort so you can pivot findings by group in seconds. Publish living reports that refresh as new interviews arrive, replacing batch exports with continuous learning. This combo compresses weeks of manual work into hours while preserving transparency and auditability.

How do I connect qualitative themes to quantitative results like pre/post scores?Mixed-Methods

First, normalize identifiers so interviews, surveys, and outcomes reference the same people and cohorts. Next, translate qualitative outputs into structured features (e.g., presence of “mentor availability” theme, rubric level for “confidence,” sentiment trend). Build a simple matrix: themes by group, themes by outcome level, or themes by timepoint to visualize relationships. Then test explanations: do cohorts with “quiet space” barriers show lower practice hours and smaller score gains? Finally, narrate the causal story with quotes and numbers together so the “why” is inseparable from the “what.” This integration turns anecdotes into evidence leaders can trust.

How can we reduce bias and increase trust in our interview findings?Rigor

Bias hides in question design, sampling, and interpretation, so address all three. Use neutral prompts and invite counter-examples to check your own assumptions. Diversify your sample across cohorts or demographics so one group doesn’t dominate the narrative. During analysis, run inter-rater reviews on a subset of transcripts and document how disagreements are resolved. Triangulate interviews with other sources (open-text surveys, observations, outcome data) to confirm patterns. Finally, consider brief member-checks with participants—“Does this reflect your experience?”—to calibrate conclusions and build confidence.

What should a qualitative interview report include to drive action?Reporting

Lead with decisions, not methods: state what changed, why it changed, and what to do next. Summarize 3–5 high-value themes as causal narratives, each backed by quotes and linked metrics. Visualize theme-by-cohort or theme-by-outcome matrices to make trade-offs and priorities obvious. Add a short risks/limits note so stakeholders understand scope without discounting the insight. Close with an owner, timeline, and metric for every recommendation to ensure accountability. When reports are living and role-specific, action follows naturally.

Where does AI help most—and where should humans stay in the loop?Human-in-the-Loop

AI excels at scale: transcription intake, code suggestions, theme clustering, sentiment, rubric scoring, and quote extraction with precise source pointers. Humans excel at framing decisions, refining the codebook, validating edge cases, and crafting causal narratives and recommendations. Keep AI outputs transparent and traceable so reviewers can audit assumptions quickly. Use simple governance: version history for prompts and codebooks, reviewer stamps on critical edits, and role-based access for sensitive content. This division of labor raises quality while shrinking time-to-insight dramatically.

How to Analyze Qualitative Data: A Complete Guide

If you’re new to qualitative analysis, use this guide like a recipe. Start with your end goal (what you want to learn), then pick the data source you actually have—interviews, documents, or open-ended survey text. Next, choose the right lens from Sopact’s Intelligent Suite, which is like a Swiss Army knife for analysis. Each lens looks at the same data differently:

  • Cell focuses on a single quote or passage and explains its meaning—sentiment, theme, rubric tag. Think of it as a smart highlighter.
  • Row pulls together everything from one person into a short profile with scores, quotes, and files. It’s like a one-page story for each participant.
  • Column scans across many people to find common patterns or differences between groups. It shows you the big drivers and barriers across the dataset.
  • Grid assembles everything into a full program dashboard, mixing numbers and stories for funders, boards, or executives.

Paste the provided prompt, run it, and review the outputs—summaries, themes, deltas, and evidence links. Sanity-check IDs and scales first so PRE/POST comparisons aren’t garbage-in/garbage-out. Use the built-in video on the PRE vs POST step if you want a fast visual. When you’re done, skim the case studies at the end to see how this process works in the real world—and where your own workflow might still need strengthening.

Sopact Sense — Qualitative Interpretation Guide

Pre and Post Analysis

Use these reusable scenarios to interpret qualitative data with Sopact’s Intelligent Suite. Each step states the goal, where the data comes from (interview, document, survey), which intelligent layer to apply (Cell, Row, Column, Grid), a ready-to-run prompt, and the output you’ll get.

Success (what “good” looks like)
  • PRE and POST instruments align (scales normalized; clean joins on IDs) for valid deltas and correlations.
  • Row summaries include quotes and artifacts so every metric is evidence-linked and audit-ready.
  • Cohort impact report renders cleanly with no duplicates or missing IDs.
Legend

Cell = single field • Row = one learner • Column = across learners • Grid = cohort report

  1. Qualitative Document Analysis

    Extract key findings from long reports
    Document (PDF, 50–100 pages) → Cell — Summarize main themes, evidence, outcomes.
    Why / Goal
    • Turn lengthy PDFs into a concise, shareable executive summary.
    • Surface defensible findings with direct evidence references.
    • Standardize interpretation across multiple reports.
    • Prepare rubric and sentiment metrics for downstream reporting.
    Intelligent layer
    • Cell: Extracts sections, normalizes key terms, applies sentiment/rubric tags to passages.
    • Converts qualitative passages into structured codes for later comparisons.
    • Produces a clean synopsis without losing traceability to source pages.
    Prompt

    “Summarize main themes, concrete evidence, and outcomes from this report. List 5–8 key takeaways with short quotes and page cues. Add a brief sentiment and rubric score per takeaway.”

    Outputs
    • Executive summary with evidence-linked snippets.
    • Sentiment distribution and rubric-based coding per theme.
    • Structured tags ready for cohort/column comparisons.
  2. Compare multiple interview transcripts
    Interview (audio → transcript) → Cell — Find consistent themes and differences across interviews.
    Why / Goal
    • Ensure consistent interpretation across multiple moderators and sessions.
    • Highlight convergences/divergences in participant experiences.
    • Pull defensible quotes per theme for reporting.
    Intelligent layer
    • Cell: Thematic extraction and deductive coding at passage level.
    • Auto-normalizes synonyms to unify theme labels across transcripts.
    Prompt

    “Identify shared themes and the biggest differences across these interviews. For each theme, list supporting quotes (speaker/time) and tag sentiment and confidence.”

    Outputs
    • Thematic map with counts per interview.
    • Deductive codes aligned to our rubric.
    • Quoted evidence bank for reporting.
  3. Understand NPS drivers
    Survey (open-text feedback) → Row — Explain why satisfaction rises or falls.
    Why / Goal
    • Move past a single score to understand underlying causes.
    • Isolate change-ready actions tied to actual comments.
    • Monitor shifts by segment to validate improvements.
    Intelligent layer
    • Row: Summarizes each respondent’s “why” with sentiment and driver tags.
    • Groups reasons to expose operational fixes (e.g., onboarding, support).
    Prompt

    “Explain the top reasons behind NPS changes. Group comments by driver, provide representative quotes, and list the most actionable improvements.”

    Outputs
    • Driver categories with sentiment balance.
    • Action list prioritized by impact and frequency.
  4. Benchmark confidence and skills
    Survey (rubric + open text) → Row — Summarize each participant’s growth.
    Why / Goal
    • Evaluate readiness and skill acquisition in plain language.
    • Attach quotes/artifacts to make growth claims audit-ready.
    • Identify who needs targeted support next.
    Intelligent layer
    • Row: Per-learner narrative summary with rubric scoring and quotes.
    • Normalizes scales to enable comparisons across cohorts.
    Prompt

    “Create a short profile for each learner: starting level, improvements, key quote, and a rubric score with a one-line recommendation.”

    Outputs
    • Evidence-linked learner summaries (row_summary).
    • Rubric scores for dashboarding and triage.
  5. Compliance scan of documents
    Document (policies, reports) → Row — Check against compliance rules and route.
    Why / Goal
    • Detect missing or non-compliant clauses quickly.
    • Standardize reviews across many submissions.
    • Escalate edge cases to the right stakeholder.
    Intelligent layer
    • Row: Per-document pass/fail tags with notes and excerpts.
    • Routes non-compliant items for human validation.
    Prompt

    “Scan this document against our compliance checklist. Flag non-compliant sections with short quotes and recommend remedial steps.”

    Outputs
    • Compliance status with evidence.
    • Routing list for follow-up actions.
  6. Analyze open-ended barriers
    Survey (open text: “Biggest challenge?”) → Column — Rank the most common barriers.
    Why / Goal
    • Identify the top obstacles holding outcomes back.
    • Quantify frequency so you can prioritize fixes.
    • Maintain a quote bank to justify decisions.
    Intelligent layer
    • Column: Collapses hundreds of responses into a ranked category list.
    • Keeps links to respondent IDs for drill-down.
    Prompt

    “Group open-text responses into barrier categories. Rank by frequency and provide 1–2 short quotes per category.”

    Outputs
    • Ranked barrier categories with counts.
    • Evidence-linked examples for each category.
  7. Pre vs. post training comparison
    Survey (baseline & exit) → Column — Compare skills/confidence before and after training.
    Why / Goal
    • Show clear movement from PRE to POST using normalized scales.
    • Expose which competencies improved and by how much.
    • Feed deltas into the cohort impact report automatically.
    Intelligent layer
    • Column: Computes PRE→POST shifts (e.g., low→mid→high) per metric.
    • Supports correlation checks with satisfaction and qualitative themes.
    Prompt

    “Compare PRE vs. POST for each learner and at cohort level. Show distribution shifts and call out the largest positive and negative changes with brief explanations.”

    Outputs
    • PRE→POST distribution shifts per metric.
    • Cohort-level deltas and correlation hooks.
  8. Theme × Demographic analysis
    Survey (open text + demographics) → Column — Cross-analyze themes by gender/location.
    Why / Goal
    • See how experiences differ across groups.
    • Target interventions where gaps are largest.
    • Keep comparisons reproducible and fair.
    Intelligent layer
    • Column: Builds a theme × demographic matrix with counts/ratios.
    • Links back to respondents for evidence checks.
    Prompt

    “Cross-tab qualitative themes by demographic segments. Highlight the top 3 differences with short quotes and suggested next steps.”

    Outputs
    • Theme × demographic matrix with highlights.
    • Segmented insight notes and actions.
  9. Cohort progress dashboard
    Survey (multiple metrics) → Grid — Aggregate participant outcomes across cohorts.
    Why / Goal
    • Track completion, satisfaction, and qualitative themes in one view.
    • Compare cohorts over time with the same definitions.
    • Export cleanly to BI without rework.
    Intelligent layer
    • Grid: Consolidates multi-metric results into a BI-ready roster.
    • Supports drill-down from cohort to learner to evidence.
    Prompt

    “Build a cohort dashboard with completion, satisfaction, rubric scores, and top themes. Include drill-down links to row summaries.”

    Outputs
    • Program effectiveness grid for leadership review.
    • BI export compatible with Power BI / Looker.
  10. Program effectiveness overview
    Survey + Interviews + Docs → Grid — Blend qual + quant into one effectiveness view.
    Why / Goal
    • Unify qualitative narratives and quantitative shifts.
    • Answer “what changed, for whom, and why” with evidence links.
    • Provide a single source of truth for executives and auditors.
    Intelligent layer
    • Grid: Joins row summaries, column deltas, and document insights.
    • Maintains traceability from KPI to source quote/page.
    Prompt

    “Assemble an effectiveness overview that combines deltas, satisfaction, and top qualitative drivers. Add links to quotes and documents for each KPI.”

    Outputs
    • Executive “one-look” impact panel with drill-down.
    • Evidence-linked KPIs suitable for board and funder reviews.
  11. Step — Case studies
    Examples of evidence-linked reporting in action.

    Explore how organizations turn qualitative feedback into audit-ready, executive-friendly reports with Sopact Sense.

Time to rethink interview data analysis for today’s needs

Imagine interview analysis that evolves with your needs, keeps data pristine from the first transcript, and feeds AI-ready datasets in seconds—not months.
Upload feature in Sopact Sense is a Multi Model agent showing you can upload long-form documents, images, videos

AI-Native

Upload text, images, video, and long-form documents and let our agentic AI transform them into actionable insights instantly.
Sopact Sense Team collaboration. seamlessly invite team members

Smart Collaborative

Enables seamless team collaboration making it simple to co-design forms, align data across departments, and engage stakeholders to correct or complete information.
Unique Id and unique links eliminates duplicates and provides data accuracy

True data integrity

Every respondent gets a unique ID and link. Automatically eliminating duplicates, spotting typos, and enabling in-form corrections.
Sopact Sense is self driven, improve and correct your forms quickly

Self-Driven

Update questions, add new fields, or tweak logic yourself, no developers required. Launch improvements in minutes, not weeks.
FAQ

Find the answers you need

Add your frequently asked question here
Add your frequently asked question here
Add your frequently asked question here

*this is a footnote example to give a piece of extra information.

View more FAQs