each bidder i has a valuation v_i drawn from a common prior but independently across bidders
A broker sends your PE fund a teaser: a 30-person SaaS company doing $4M ARR. You know your portfolio's shared data platform could cut their infrastructure costs by 40% on day one - an advantage none of the other three bidders can replicate. Final bids are due Friday. What number do you write down?
Your Valuation is what an Asset is worth to you specifically - not the market price, not what the last deal closed at. It depends on your Cost Structure, your Revenue upside, and your alternatives. Two bidders looking at the same Asset will almost always have different Valuations because they have different operations.
Valuation is the maximum amount you would pay for an Asset before the deal destroys value for you. It is your private number - it depends on YOUR specific situation, not on what the other bidders think.
The formal idea: each bidder i has a Valuation v_i. These Valuations are drawn independently. Your number depends on your operations, your cost advantages, and your opportunity cost of deploying that capital elsewhere. Two bidders can look at the same company, the same hire, the same piece of software and arrive at completely different Valuations - and both be right.
The critical distinction: Valuation is not price. Price is what you actually pay. Valuation is your ceiling. The gap between your Valuation and the price you pay is your surplus - the value you capture from the deal.
Every capital decision an Operator makes - Build, Buy, or Hire - requires knowing your Valuation before you enter the room.
When you are buying: Your Valuation is your walk-away number. Bid above it and you are paying for value you cannot capture - guaranteed P&L destruction. Bid well below it and you lose deals that would have been profitable.
When you are selling: Understanding each Buyer's Valuation tells you who will pay the most - and why. The Buyer whose specific pain your product solves most directly has the highest Valuation. This is why knowing the Buyer (who they are, what hurts, what they use now) feeds directly into Pricing power.
P&L impact is binary. If you pay less than your Valuation, you created value. If you pay more, you destroyed it. There is no partial credit.
Computing your Valuation follows three steps:
The result is your ceiling. Everything above it is overpaying. Everything below it is surplus you capture.
Why Valuations differ across bidders:
Compute your Valuation before any of these situations:
The key decision rule: Never enter a bid or negotiation without computing your number first. If you do not know your Valuation, you are guessing - and in a competitive auction, guessing means either overpaying or losing deals you should have won.
Your engineering team spends 20 hours per week on manual production incident triage - roughly $100/hr fully loaded, so $104K/year in Labor. A vendor offers an observability platform at $50K/year. Building an equivalent in-house would take 3 months of one engineer ($75K Implementation Cost) plus $15K/year in maintenance.
Step 1: Your Valuation of the vendor tool is the cost it eliminates. It saves $104K/year in manual Triage labor. Over a 3-year Time Horizon at a 15% Discount Rate, that present value is roughly $237K.
Step 2: The vendor asks $50K/year, which has a present value of roughly $114K over the same period.
Step 3: Surplus = $237K (your Valuation) - $114K (price) = $123K of value captured.
Step 4: Compare the Build alternative: $75K upfront + $15K/year maintenance = ~$109K present value. Same $237K Valuation, so the Build surplus is $128K - slightly higher, but carries Execution Risk (it might take 5 months, not 3).
Insight: Your Valuation of both options is the same ($237K) because it is defined by YOUR pain, not the solution. The decision between Buy and Build comes down to comparing price vs Implementation Cost, adjusted for Execution Risk.
A SaaS target does $4M ARR with $3.2M in costs, producing $800K EBITDA. Your PE fund's existing portfolio company has a shared infrastructure platform that would cut $1.3M from the target's Cost Structure. Three other bidders are generalists with no comparable advantage. Everyone's Hurdle Rate is 15%.
Step 1: Generic bidder's Valuation. Standalone EBITDA of $800K. As a rough perpetuity at 15%, that is $800K / 0.15 = $5.3M.
Step 2: Your Valuation. Post-acquisition EBITDA is $800K + $1.3M in cost reductions = $2.1M. At the same 15% rate: $2.1M / 0.15 = $14M.
Step 3: Your Valuation ($14M) is 2.6x the generic bidder's ($5.3M). You can bid up to $14M and still break even. The generalists cannot go above $5.3M without destroying value.
Step 4: Rational bid strategy - you do not bid $14M. You bid just enough to beat the next-highest Valuation. If you believe the generalists top out near $5.3M, a bid of $6M-$7M wins the auction and captures $7M-$8M of surplus.
Insight: The cost reductions specific to your portfolio - not the target's standalone performance - are what make your Valuation 2.6x higher. This is why PE operators hunt for platform advantages: they create private Valuation that no other bidder can match.
Your Valuation is YOUR number. It depends on your operations, your costs, and your alternatives - not on what the market thinks the Asset is worth.
Valuation sets your ceiling. Surplus is the gap between your Valuation and the price you pay. Every dollar above your Valuation is value destruction.
The bidder with the highest Valuation should win - but smart bidders do not bid their full Valuation. They bid just enough to beat the competition and keep the surplus.
Anchoring on market comparables instead of computing your own number. 'Similar companies sell for 8x EBITDA' tells you nothing about what this specific Asset is worth to YOUR specific P&L. Comparable pricing is useful data but it is not your Valuation.
Forgetting opportunity cost. A $10M acquisition that produces $1.5M/year sounds great until you realize that same $10M deployed elsewhere in your portfolio would have produced $2M/year. Your true Valuation must account for the next-best use of that capital.
Your SaaS company spends $180K/year on a third-party data enrichment vendor. An acquisition target has built an equivalent capability in-house with $60K/year in operating costs. The acquisition would also bring $300K/year in new Revenue from the target's existing customers. Your Hurdle Rate is 12%. What is your Valuation of this acquisition? What is the maximum you should bid?
Hint: Your Valuation is the present value of all incremental P&L impact: the cost savings ($180K - $60K = $120K/year) plus the new Revenue ($300K/year). Use the Hurdle Rate to discount that stream. For a long Time Horizon, dividing the annual benefit by the rate gives a rough present value.
Annual incremental value = $120K cost savings + $300K new Revenue = $420K/year. At a 12% Hurdle Rate over a long horizon, Valuation = $420K / 0.12 = $3.5M. This is the absolute maximum you should bid. In practice, you would bid lower to capture surplus - your actual bid depends on how many competing bidders exist and what you believe their Valuations are.
Two companies are trying to hire the same senior engineer. Company A has a production Bottleneck costing $40K/month in manual workarounds. Company B wants the engineer for a new product with an Expected Value of $150K/year (factoring in probability of success). The engineer's market salary is $200K/year. Which company should bid more aggressively, and why?
Hint: Compute each company's Valuation of the hire by estimating the annual P&L impact, then compare to the salary cost.
Company A's Valuation: fixing the Bottleneck saves $480K/year. Even at a $200K salary, they net $280K/year - the hire is clearly worth it. Company B's Valuation: Expected Value of $150K/year minus $200K salary = negative $50K/year. The hire destroys value for Company B at market rate. Company A should bid aggressively (sign-on bonus, strong Equity Compensation). Company B should walk away or renegotiate scope. Same candidate, radically different Valuations - driven entirely by each company's specific operational pain.
Valuation builds directly on Buyer. When you identified the Buyer as a specific person with a nameable pain spending real money on an inferior alternative, you were mapping the inputs to their Valuation - what solving that pain is worth to them. Now you have the formal concept: that worth is private, it differs across bidders, and it sets the ceiling for any rational transaction. Downstream, Valuation feeds into auction mechanics and Bid Shading (why you should bid below your Valuation in competitive situations), winner's curse (what happens when you accidentally bid above your true Valuation because you overestimated it), and reserve price (the seller's own Valuation - the floor below which they would rather keep the Asset). It also connects to Capital Allocation and NPV: once you can compute Valuations across multiple competing investments, you can rank them and allocate capital to the highest-surplus opportunities first.
Disclaimer: This content is for educational and informational purposes only and does not constitute financial, investment, tax, or legal advice. It is not a recommendation to buy, sell, or hold any security or financial product. You should consult a qualified financial advisor, tax professional, or attorney before making financial decisions. Past performance is not indicative of future results. The author is not a registered investment advisor, broker-dealer, or financial planner.