APVAS|

Business Valuation & EBITDA Optimization

Increase your EBITDA. Know your exit value.

APVAS calculates your current and optimized enterprise value, surfaces the highest-impact profit levers for your industry, and generates an AI execution roadmap — all from your financial inputs.

Deterministic calculationsIndustry-calibrated multiplesAuditable outputs
APVAS financial dashboard showing enterprise value metrics and EBITDA analysis on a professional monitor

Enterprise value · EBITDA performance · Profit opportunities

5+

Industries supported

3

Valuation scenarios

6+

Profit lever types

100%

Deterministic

What APVAS calculates

Every number your exit needs.

01

Adjusted EBITDA & Margin

Deterministic calculation from reported financials with full add-back normalization and EBITDA hierarchy resolution.

02

Enterprise Value Estimate

Current EV using industry-calibrated multiple ranges applied to your adjusted EBITDA — no guesswork.

03

Optimized Enterprise Value

Potential EV after applying identified profit levers, with full uplift delta and per-scenario output.

04

Conservative / Base / Aggressive

Three realization factors applied to every opportunity, each producing a distinct valuation band.

05

Profit Opportunities Ranked by Impact

Pricing, COGS, OPEX, and revenue quality levers ranked by annual EBITDA uplift with confidence scoring.

06

AI Execution Roadmap

Owner role, KPI, and 90-day timeline per opportunity — ready for board presentation or investor diligence.

Financial dashboard showing enterprise value growth, EBITDA margin trends, and adjusted EBITDA over time

Built for rigor

Deterministic. Auditable. Industry-calibrated.

Every calculation uses fixed formulas with traceable inputs — no black boxes, no ML guessing. EBITDA multiples are calibrated per industry. Results are consistent, reproducible, and shareable with advisors or investors.

  • Full add-back normalization for adjusted EBITDA
  • Industry-specific multiple ranges (software, services, manufacturing, healthcare)
  • Three realization scenarios: conservative, base, aggressive
  • Every output traceable back to your input assumptions