Thinking Concurrency: Dwelling in Erlang and Elixir

The functional paradigm has been influencing mainstream languages for decades, making developers more efficient whilst helping reduce maintenance costs.

As we are faced with a programming model that needs to scale on multi-core architectures and distributed environments, concurrency becomes critical. In these concurrency models, immutability, a key feature of functional programming paradigm will become even more evident.

To quote Simon Peyton Jones, future concurrent languages will be functional; they might not be called functional, but the features will be.

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This talk by Francesco Cesarini was recorded at our Erlang & Elixir meet-up at the Erlang Solutions office in Krakow.

Keeping Real-Time Communication Platforms Online During Peak Demand

Keeping Real-Time Communication Platforms Online During Peak Demand

Bartłomiej Górny explores why real-time systems fail under peak demand, and how architecture, scaling, and testing keep them running.

How to Build Systems That Stay Online When Everything Spikes

How to Build Systems That Stay Online When Everything Spikes

Camjar Djoweini breaks down how systems respond to sudden demand and what it takes to keep them running when it matters most.

How to Build Platforms That Don’t Let Audiences Down

In this webinar, Lee Sigauke explores how to design platforms that remain reliable during sudden traffic spikes and unpredictable demand.