Mixed competition and technology licensing in a supply chain.

Area of Science:

• Industrial Organization
• Technology Licensing
• Game Theory

Background:

• Technology licensing is a key business strategy across industries.
• Existing research often assumes uniform competition models (Cournot or Bertrand).
• The impact of mixed competition on licensing decisions is less explored.

Purpose of the Study:

• To analyze optimal technology licensing contracts for a licensor.
• To investigate licensing choices under different mixed competition scenarios (Cournot-Bertrand vs. Bertrand-Cournot).
• To examine the role of product substitutability and upstream supplier influence.

Main Methods:

• Theoretical modeling of a differentiated duopoly market.
• Analysis of a licensor facing a potential licensee under mixed competition.
• Comparison of royalty and fixed-fee licensing contracts.

Main Results:

• Licensors may prefer royalty licensing under Bertrand-Cournot competition when product substitutability is low.
• Fixed-fee licensing becomes preferable regardless of competition type as product substitutability increases.
• Licensor profits are equivalent under fixed-fee licensing across different mixed competition types.

Conclusions:

• The choice between royalty and fixed-fee licensing depends critically on the degree of product substitutability.
• Fixed-fee licensing is not universally optimal for consumers; royalty licensing may be preferred at very low substitutability.
• Market competition structure significantly influences optimal technology licensing strategies.