Required Datapoints
- Transcribed sales call data (Gong, Chorus, etc.)
- Social listening platform output (Brandwatch, Sprout, etc.)
- Sentiment tagging (automated or manual)
- Timeframe + channels tracked
Sentiment Analysis (Sales + Social) measures the tone (positive, neutral, negative) of feedback and conversations related to your brand across sales call transcripts and social media platforms. It helps track brand perception, objection patterns, and positioning effectiveness.
Sentiment Analysis (Sales + Social) is a key indicator of brand health, emotional resonance, and market perception, analyzing language and tone in both private and public spaces to gauge how people feel about your product, pricing, and positioning.
This plays out differently across channels:
A positive trend in sentiment suggests strong narrative clarity and product love. A negative spike can signal PR issues, competitive threats, or broken experiences.
By segmenting by channel, feature, or persona, you can uncover brand risks or advocacy opportunities.
Sentiment Analysis (Sales + Social) informs:
These are the main factors that directly impact the metric. Understanding these lets you know what levers you can pull to improve the outcome
Actionable ideas to optimize this KPI, from fast, low-effort wins to strategic initiatives that drive measurable impact.
Activities commonly tied to improving or operationalizing this KPI.
| Activity | Description |
|---|---|
| Social Listening | Social Listening involves continuously tracking, analyzing, and interpreting online conversations, reviews, and social media activity related to a brand, product, competitors, or broader industry trends. It helps teams translate strategy into repeatable execution. Relevant KPIs include Brand Mentions and Sentiment Analysis. |
| Sales Enablement | Sales Enablement focuses on Revenue Enablement integrates people, processes, content, and technology to empower customer-facing teams throughout the buyer journey. It coordinates execution across touchpoints so teams can move users or accounts toward the target outcome. Relevant KPIs include Average Contract Value and Average Days from Referral to Close. |
| Competitive Intel | Competitive Intel focuses on Collecting, analyzing, and synthesizing data on competitors, market trends, and industry dynamics provides actionable insights to inform go-to-market strategies. It helps teams translate strategy into repeatable execution. Relevant KPIs include Sentiment Analysis (Sales + Social). |
| Messaging Strategy | Messaging Strategy involves developing, refining, and documenting clear, consistent, and compelling value propositions tailored to specific target audiences, channels, and buyer personas. It gives teams a clear plan for where to focus, how to sequence work, and what to measure. Relevant KPIs include Sentiment Analysis (Sales + Social). |
| Brand Health Monitoring | Brand Health Monitoring is the ongoing process of evaluating how a brand is perceived in the market through both quantitative and qualitative metrics. It turns signals into decisions, interventions, and measurable follow-up. Relevant KPIs include Sentiment Analysis (Sales + Social). |
1,000 brand mentions and call excerpts analyzed in Q1
540 were positive, 300 neutral, 160 negative
Net Sentiment Score = 540 – 160 = +38
This KPI is associated with the following stages in the AAARRR (Pirate Metrics) funnel:
This KPI is classified as a lagging Indicator. It reflects the results of past actions or behaviors and is used to validate performance or assess the impact of previous strategies.
This role is directly accountable for the KPI and is expected to drive progress and decisions around it.
These roles contribute directly to performance and typically partner on execution, reporting, or optimization.
These leading indicators influence this KPI and act as early signals that forecast future changes in this KPI.
These lagging indicators confirm, quantify, or amplify this KPI and help explain the broader business impact on this KPI after the fact.
How this KPI is structured in Cube.js, including its key measures, dimensions, and calculation logic for consistent reporting.
cube('SalesCallTranscripts', { sql: `SELECT * FROM sales_call_transcripts`, measures: { positiveSentimentCount: { sql: `positive_sentiment`, type: 'count', title: 'Positive Sentiment Count', description: 'Count of positive sentiment tags in sales call transcripts.' }, neutralSentimentCount: { sql: `neutral_sentiment`, type: 'count', title: 'Neutral Sentiment Count', description: 'Count of neutral sentiment tags in sales call transcripts.' }, negativeSentimentCount: { sql: `negative_sentiment`, type: 'count', title: 'Negative Sentiment Count', description: 'Count of negative sentiment tags in sales call transcripts.' } }, dimensions: { id: { sql: `id`, type: 'string', primaryKey: true }, callDate: { sql: `call_date`, type: 'time', title: 'Call Date', description: 'Date of the sales call.' }, channel: { sql: `channel`, type: 'string', title: 'Channel', description: 'Channel through which the sales call was conducted.' } }})cube('SocialMediaFeedback', { sql: `SELECT * FROM social_media_feedback`, measures: { positiveSentimentCount: { sql: `positive_sentiment`, type: 'count', title: 'Positive Sentiment Count', description: 'Count of positive sentiment tags in social media feedback.' }, neutralSentimentCount: { sql: `neutral_sentiment`, type: 'count', title: 'Neutral Sentiment Count', description: 'Count of neutral sentiment tags in social media feedback.' }, negativeSentimentCount: { sql: `negative_sentiment`, type: 'count', title: 'Negative Sentiment Count', description: 'Count of negative sentiment tags in social media feedback.' } }, dimensions: { id: { sql: `id`, type: 'string', primaryKey: true }, feedbackDate: { sql: `feedback_date`, type: 'time', title: 'Feedback Date', description: 'Date of the social media feedback.' }, platform: { sql: `platform`, type: 'string', title: 'Platform', description: 'Social media platform where the feedback was posted.' } }})Note: This is a reference implementation and should be used as a starting point. You’ll need to adapt it to match your own data model and schema