Analyze weekly marketing campaign performance data across channels. Use when analyzing multi-channel digital marketing data to calculate funnel metrics (CTR, CVR) and compare to benchmarks, compute cost and revenue efficiency metrics (ROAS, CPA, Net Profit), or get budget reallocation recommendations based on performance rules.
Analyze weekly marketing campaign performance data across channels.
Use when analyzing multi-channel digital marketing data to calculate funnel metrics (CTR, CVR) and compare to benchmarks, compute cost and revenue efficiency metrics (ROAS, CPA, Net Profit), or get budget reallocation recommendations based on performance rules.
Similar popular skills
Related neighbors and high-traction skills in the same topics — useful to compare before installing.
Compare to user-provided benchmarks, report difference in percentage points and provide brief interpretation for each channel. If benchmarks are not provided, use these historical values:
Channel
CTR
CVR
Facebook_Ads
2.5%
3.8%
Google_Ads
5.0%
4.5%
TikTok_Ads
2.0%
0.9%
Email
15.0%
2.1%
Efficiency Analysis
Calculate per channel:
Return On Ad Spend (ROAS) = revenue / spend
Cost Per Acquisition (CPA) = spend / conversions
Net Profit = revenue - Total Costs
- Total Costs = spend + (orders × Shipping Cost) + (revenue × Product Cost %) - Unless user specifies different values, use: - Shipping Cost: $8 per order - Product Cost: 35% of revenue
Compare to user-provided targets. If not provided, use these defaults:
Efficiency Analysis Table: | Channel | ROAS | Status | CPA | Status | Net Profit | Status |
Status indicators:
ROAS: "[OK] Above" if >= target, "[X] Below" if < target
CPA: "[OK] Below" if <= max, "[X] Above" if > max
Net Profit: "[OK] Positive" if > 0, "[X] Negative" if <= 0
Follow each table with brief channel-by-channel interpretation highlighting key insights and recommended actions.
Budget Reallocation
If user asks about budget reallocation, read references/budgetreallocationrules.md for the complete decision framework including eligibility rules, performance-based actions, and constraints.