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The maturing of blockchain technology leads to heterogeneity, where multiplesolutions specialize in a particular use case. While the development ofdifferent blockchain networks shows great potential for blockchains, theisolated networks have led to data and asset silos, limiting the applicationsof this technology. Blockchain interoperability solutions are essential toenable distributed ledgers to reach their full potential. Such solutions allowblockchains to support asset and data transfer, resulting in the development ofinnovative applications.  This paper proposes a novel blockchain interoperability solution forpermissioned blockchains based on the publish/subscribe architecture. Weimplemented a prototype of this platform to show the feasibility of our design.We evaluate our solution by implementing examples of the different publisherand subscriber networks, such as Hyperledger Besu, which is an Ethereum client,and two different versions of Hyperledger Fabric. We present a performanceanalysis of the whole network that indicates its limits and bottlenecks.Finally, we discuss the extensibility and scalability of the platform indifferent scenarios. Our evaluation shows that our system can handle athroughput in the order of the hundreds of transactions per second.

A Pub-Sub Architecture to Promote Blockchain Interoperability