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Saas Valuation Compression

Alex YangCommunityCreated by Alex Yang

  • Skill
  • Research and analysis
  • Business and productivity
  • MIT
  • No issues found

From the author

Analyze how a private SaaS company's ARR valuation multiple changed across funding rounds, and attribute the compression or expansion to rate cycles and macro selloffs, growth deceleration, narrative shifts (including an AI premium), competition, and investor demand, benchmarked against private-market medians and peers. Use this skill whenever the user asks about valuation compression, ARR multiples, round-to-round valuation or multiple changes, down rounds, or wants to compare a VC-backed software company's funding rounds. Research the rounds rather than answering from memory.
— the description by Alex Yang

AutoGineer summary

Written by AutoGineer from the skill’s own files, not by the author

This skill provides a structured framework for analyzing the valuation history of private SaaS companies. It researches funding rounds to calculate ARR-based valuation multiples and decomposes the change between rounds into factors such as macro rate environments, growth deceleration, narrative shifts, and competitive positioning. The output includes a visual breakdown and a concise prose summary to help users understand why a company's valuation multiple compressed or expanded.

What it does

  • Researches funding round history, including valuation and ARR data.
  • Calculates ARR-based valuation multiples for each funding round.
  • Computes percentage changes in valuation, ARR, and multiples between rounds.
  • Attributes valuation changes to macro factors, growth, narrative, and competition.
  • Benchmarks company performance against private-market medians and peer comparables.
  • Generates an inline visualization and a structured prose summary of the findings.

When to use it

  • When analyzing the impact of market cycles on a specific SaaS company's valuation.
  • When investigating the causes behind a down round or multiple compression.
  • When comparing a VC-backed software company's funding rounds over time.
  • When evaluating how narrative shifts or AI positioning affect valuation multiples.

Advantages

  • Provides a standardized, data-driven approach to complex valuation analysis.
  • Distinguishes between absolute valuation growth and multiple compression.
  • Contextualizes company performance within broader macro and sector-specific trends.
  • Uses a structured attribution framework to identify primary drivers of change.

Usage examples

“Analyze the valuation multiple compression for Company X between their Series B and Series C rounds.”
The agent will research the funding rounds, calculate the ARR multiples, compare them against market benchmarks, and provide a visual and written report explaining the compression.
“Why did Company Y's valuation drop despite growing their ARR?”
The agent will perform a decomposition analysis to show how multiple compression outweighed ARR growth, likely attributing it to macro rate changes or narrative shifts.

Install

  1. Download the skill as a ZIP:

    https://autogineer.com/agent-skills/himself65/saas-valuation-compression/download
  2. Unzip it into the cross-client skills folder of your project:

    mkdir -p .agents/skills && unzip saas-valuation-compression.zip -d .agents/skills

Documentation by Alex Yang

SaaS Valuation Compression Analyzer

What This Skill Does

For a given SaaS company, research its funding history and compute ARR-based valuation multiples at each round. Then explain the compression (or expansion) using a structured framework that covers macro rates, growth trajectory, narrative shifts, and comparables.

Render the output as an inline visualization (using the Visualizer tool) plus a concise prose explanation, rather than a wall of numbers.


Workflow

Research these, running independent searches in parallel:

  • Each funding round of the target company — round name, date, amount raised, post-money valuation, and lead investor.

  • ARR at or near each round date — from press coverage, founder interviews, or investor posts; note when a figure is estimated.

  • Growth and retention around each round — ARR growth rate, NRR, churn, notable customers.

  • Narrative context — AI positioning and product launches, category leadership, competitive moves.

  • Private-market SaaS multiples at each round date — fall back on the dated tables in references/benchmarks.md when search is thin.

2. Build the Data Model

For each funding round, extract or estimate:

FieldHow to get it
Round nameDirect from search
DateDirect from search
Amount raisedDirect from search
Post-money valuationDirect or compute from ownership %; if unavailable, note as estimated
ARR at round dateSearch explicitly; if not found, estimate from customer count x ARPC or interpolate
ARR multiplevaluation / ARR
Lead investorDirect

ARR estimation heuristics (when not public):

  • Seed/Series A: ARR often $500K–$3M

  • Series B: typically $5M–$20M

  • Series C: typically $20M–$60M

  • Cross-check against customer count x average deal size if available

3. Compute Compression Metrics

For each consecutive round pair (e.g., B → C):

multiple_compression_pct = (later_multiple - earlier_multiple) / earlier_multiple × 100
valuation_growth_pct = (later_val - earlier_val) / earlier_val × 100
arr_growth_pct = (later_arr - earlier_arr) / earlier_arr × 100

The three changes multiply rather than add: valuation multiplier = ARR multiplier × multiple multiplier, i.e. (1 + valuation_growth) = (1 + arr_growth) × (1 + multiple_change). They are additive only in log terms, so use log changes wherever the decomposition needs to sum (for example, stacked bars). If ARR grows faster than the multiple compresses, absolute valuation still rises.

4. Attribute Compression to Causes

Use this checklist. For each cause, rate it: Primary / Contributing / Not applicable. references/benchmarks.md has dated private-market median multiples by period, public-software drawdowns, and known round-pair comparables for context.

Macro / Rate Environment

  • Was the earlier round priced during the 2020–2021 ZIRP bubble? (typically a ~2–5x artificial premium)

  • Was the later round priced during the 2022–2023 rate hikes? (removes the bubble premium)

  • Was the later round priced during or just after a sector-wide public-software selloff, such as the April 2026 meltdown? Private marks typically lag public ones by 1–2 quarters.

  • How does each round's multiple compare with the private-market median for its date?

Growth Deceleration

  • Did YoY ARR growth rate slow materially between rounds? (most common cause)

  • Did NRR/net retention drop?

Narrative Shift

  • Did the company lose a major product story (e.g., lost PLG thesis, missed category leadership)?

  • Did competitors emerge or incumbents catch up?

AI Premium (positive or negative)

  • Does the company serve AI-native companies (OpenAI, Anthropic, etc.) as customers? → premium

  • Did the company pivot to AI narrative credibly? → premium

  • Did the company fail to articulate AI story? → discount vs peers

  • In a macro-driven selloff an AI premium may be necessary but not sufficient — the April 2026 drawdowns in references/benchmarks.md show strong AI names falling with the sector.

Competitive / Market

  • Market saturation signal (e.g., Okta pressure on WorkOS, Auth0 competition)

  • Customer concentration risk revealed

Investor Supply / Demand

  • Was the later round smaller and more selective? → price discipline

  • New tier of lead investor (e.g., Tier 1 growth fund vs seed fund)? → may signal higher or lower conviction

5. Build the Visualization

Use the Visualizer tool to render:

  1. Metric cards row — valuation at each round, ARR at each round, multiple at each round, compression %

  2. Line chart — ARR multiple over time for the company vs macro SaaS median

  3. Bar chart — valuation growth vs ARR growth vs multiple change (decomposition, in log terms so the parts add up)

  4. Comparison bar — company compression vs 2–3 peer comparables (Vercel, Netlify, Fastly, or sector peers)

  5. Cause attribution table inline in prose (Primary / Contributing / N/A per factor)

See design guidance: use teal for positive/growth, coral for compression/negative, gray for macro baseline, blue for valuation figures. Follow the CSS variable system throughout.

6. Write the Prose Summary

Cover, in order:

  1. Verdict — one sentence, e.g., "The multiple compressed 36% but ARR grew 5x, so absolute valuation still rose about 3.2x."

  2. Primary cause — the #1 factor explaining compression

  3. Narrative premium/discount — AI story, category leadership, or lack thereof

  4. Comparable context — how this company's compression compares to peers

  5. Forward implication — what would need to be true for the multiple to expand at the next round


Output Format

Put the inline visualization first, followed by the prose summary. Flag your data confidence when ARR had to be estimated.


Edge Cases

  • Down round: Multiple and absolute valuation both dropped. Note dilution implications.

  • No public ARR: Use customer count x estimated ARPC, and label as estimate with +/- range.

  • Single round only: Compute multiple vs sector median for that date; can't do compression analysis. Explain this.

  • Pre-revenue: Use forward ARR or GMV multiple if applicable; note the different basis.

  • Acqui-hire / strategic acquisition: Acquisition price often reflects strategic premium or distress, not pure ARR multiple — flag this.

Reference Files

  • references/benchmarks.md — Dated private-market ARR multiples by period, April 2026 public SaaS drawdowns, and known round-pair comparables

Files

SKILL.md

SaaS Valuation Compression Analyzer

What This Skill Does

For a given SaaS company, research its funding history and compute ARR-based valuation multiples at each round. Then explain the compression (or expansion) using a structured framework that covers macro rates, growth trajectory, narrative shifts, and comparables.

Render the output as an inline visualization (using the Visualizer tool) plus a concise prose explanation, rather than a wall of numbers.


Workflow

Research these, running independent searches in parallel:

  • Each funding round of the target company — round name, date, amount raised, post-money valuation, and lead investor.

  • ARR at or near each round date — from press coverage, founder interviews, or investor posts; note when a figure is estimated.

  • Growth and retention around each round — ARR growth rate, NRR, churn, notable customers.

  • Narrative context — AI positioning and product launches, category leadership, competitive moves.

  • Private-market SaaS multiples at each round date — fall back on the dated tables in references/benchmarks.md when search is thin.

2. Build the Data Model

For each funding round, extract or estimate:

FieldHow to get it
Round nameDirect from search
DateDirect from search
Amount raisedDirect from search
Post-money valuationDirect or compute from ownership %; if unavailable, note as estimated
ARR at round dateSearch explicitly; if not found, estimate from customer count x ARPC or interpolate
ARR multiplevaluation / ARR
Lead investorDirect

ARR estimation heuristics (when not public):

  • Seed/Series A: ARR often $500K–$3M

  • Series B: typically $5M–$20M

  • Series C: typically $20M–$60M

  • Cross-check against customer count x average deal size if available

3. Compute Compression Metrics

For each consecutive round pair (e.g., B → C):

multiple_compression_pct = (later_multiple - earlier_multiple) / earlier_multiple × 100
valuation_growth_pct = (later_val - earlier_val) / earlier_val × 100
arr_growth_pct = (later_arr - earlier_arr) / earlier_arr × 100

The three changes multiply rather than add: valuation multiplier = ARR multiplier × multiple multiplier, i.e. (1 + valuation_growth) = (1 + arr_growth) × (1 + multiple_change). They are additive only in log terms, so use log changes wherever the decomposition needs to sum (for example, stacked bars). If ARR grows faster than the multiple compresses, absolute valuation still rises.

4. Attribute Compression to Causes

Use this checklist. For each cause, rate it: Primary / Contributing / Not applicable. references/benchmarks.md has dated private-market median multiples by period, public-software drawdowns, and known round-pair comparables for context.

Macro / Rate Environment

  • Was the earlier round priced during the 2020–2021 ZIRP bubble? (typically a ~2–5x artificial premium)

  • Was the later round priced during the 2022–2023 rate hikes? (removes the bubble premium)

  • Was the later round priced during or just after a sector-wide public-software selloff, such as the April 2026 meltdown? Private marks typically lag public ones by 1–2 quarters.

  • How does each round's multiple compare with the private-market median for its date?

Growth Deceleration

  • Did YoY ARR growth rate slow materially between rounds? (most common cause)

  • Did NRR/net retention drop?

Narrative Shift

  • Did the company lose a major product story (e.g., lost PLG thesis, missed category leadership)?

  • Did competitors emerge or incumbents catch up?

AI Premium (positive or negative)

  • Does the company serve AI-native companies (OpenAI, Anthropic, etc.) as customers? → premium

  • Did the company pivot to AI narrative credibly? → premium

  • Did the company fail to articulate AI story? → discount vs peers

  • In a macro-driven selloff an AI premium may be necessary but not sufficient — the April 2026 drawdowns in references/benchmarks.md show strong AI names falling with the sector.

Competitive / Market

  • Market saturation signal (e.g., Okta pressure on WorkOS, Auth0 competition)

  • Customer concentration risk revealed

Investor Supply / Demand

  • Was the later round smaller and more selective? → price discipline

  • New tier of lead investor (e.g., Tier 1 growth fund vs seed fund)? → may signal higher or lower conviction

5. Build the Visualization

Use the Visualizer tool to render:

  1. Metric cards row — valuation at each round, ARR at each round, multiple at each round, compression %

  2. Line chart — ARR multiple over time for the company vs macro SaaS median

  3. Bar chart — valuation growth vs ARR growth vs multiple change (decomposition, in log terms so the parts add up)

  4. Comparison bar — company compression vs 2–3 peer comparables (Vercel, Netlify, Fastly, or sector peers)

  5. Cause attribution table inline in prose (Primary / Contributing / N/A per factor)

See design guidance: use teal for positive/growth, coral for compression/negative, gray for macro baseline, blue for valuation figures. Follow the CSS variable system throughout.

6. Write the Prose Summary

Cover, in order:

  1. Verdict — one sentence, e.g., "The multiple compressed 36% but ARR grew 5x, so absolute valuation still rose about 3.2x."

  2. Primary cause — the #1 factor explaining compression

  3. Narrative premium/discount — AI story, category leadership, or lack thereof

  4. Comparable context — how this company's compression compares to peers

  5. Forward implication — what would need to be true for the multiple to expand at the next round


Output Format

Put the inline visualization first, followed by the prose summary. Flag your data confidence when ARR had to be estimated.


Edge Cases

  • Down round: Multiple and absolute valuation both dropped. Note dilution implications.

  • No public ARR: Use customer count x estimated ARPC, and label as estimate with +/- range.

  • Single round only: Compute multiple vs sector median for that date; can't do compression analysis. Explain this.

  • Pre-revenue: Use forward ARR or GMV multiple if applicable; note the different basis.

  • Acqui-hire / strategic acquisition: Acquisition price often reflects strategic premium or distress, not pure ARR multiple — flag this.

Reference Files

  • references/benchmarks.md — Dated private-market ARR multiples by period, April 2026 public SaaS drawdowns, and known round-pair comparables

Requirements and compatibility

Works with: Claude Code, Claude apps, OpenAI Codex, GitHub Copilot, Cursor, Gemini CLI, Kiro, OpenCode, Goose, Amp, Roo Code, JetBrains Junie, Factory Droid, Devin (ex-Windsurf), Mistral Vibe, OpenHands, Letta

“Works with” means the tool reads the open Agent Skills format; a skill written for one tool may use features others lack.

Security

No issues found by our static scan· No issues found

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Attribution and licence

Created by
Alex Yang
Publisher
Alex Yang (Community)
Source
himself65/finance-skills · plugins/market-analysis/skills/saas-valuation-compression · commit a085078
Licence
MIT License (redistribution allowed)
  • LICENSE (added by AutoGineer from LICENSE)
  • ATTRIBUTION.md (written by AutoGineer)
Synced

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