M&A Advisor Itay Sagie: Revenue Growth May Mask Declining Enterprise Value; Exit Decisions Should Track Valuation Multiples
Strategic advisor Itay Sagie illustrates with a hypothetical SaaS scenario that when valuation multiples compress as a company matures, a 33% increase in recurring revenue can still result in a 22% decline in enterprise value. He advises boards to treat enterprise value as an independent curve alongside operating plans, using scenarios of flat, expanding, or contracting multiples to model exit timing, and to initiate M&A preparation while the company is at its strongest.
Strategic advisor Itay Sagie had just finished a call with a potential client—a company performing excellently but not even considering a sale, as it hopes to achieve greater growth over the next two years before exiting. The conversation prompted him to consider an issue many entrepreneurs overlook: revenue can rise while enterprise value falls.
He illustrates this point with a hypothetical SaaS scenario: a company with $15 million in annual recurring revenue (ARR) valued at 6x ARR has an implied enterprise value of $90 million. Two years later, ARR grows to $20 million, but the valuation multiple compresses to 3.5x revenue, causing enterprise value to drop to $70 million. Recurring revenue increased by 33%, yet value declined by 22%. Sagie explicitly notes this is merely an illustrative assumption intended to demonstrate how multiple compression can mask operational growth.
Why do multiples change? Sagie categorizes factors influencing revenue multiples into three groups. Qualitative factors include management quality, founder dependence, competitive intensity, product differentiation, and strategic relevance to buyers. Absolute financial metrics include revenue, EBITDA, and cash flow. Relative performance metrics include growth rate, margins, net revenue retention, and gross revenue retention. The key dynamic is that as companies mature, absolute performance can continue to improve, but growth rates tend to weaken—this is a common source of multiple compression.