Understanding the Circuit Breaker Design Pattern and Its Role in Microservices
Modern distributed systems, especially microservices, tend to have inevitable failures. Services communicate over unreliable networks, dependencies may slow down, and […]
Modern distributed systems, especially microservices, tend to have inevitable failures. Services communicate over unreliable networks, dependencies may slow down, and […]
Modern applications demand speed, scalability, and flexibility, especially when they grow into distributed systems. Traditional CRUD-based architectures often struggle to
Modern applications generate massive volumes of data. As this data grows, performance starts dropping, queries slow down, and managing a
Modern software systems must be adaptable, testable, and resilient in the face of rapidly changing technologies. Traditional layered architectures often
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Kubernetes is great at keeping things running, but it doesn’t automatically know when to run them. That’s where autoscaling comes
Static infrastructure fails dynamic applications. Provisioning for peaks wastes money, while provisioning for averages guarantees crashes during spikes. Kubernetes handles
Most Kubernetes users install a CNI, configure it once, and hope they never have to touch it again. That works
Software engineering has a complexity problem. We unintentionally buried teams under a mountain of cognitive load by insisting “you build
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A Chrome VPN extension with a “Featured” badge and millions of users quietly logged every prompt and response on major