👉 Computing guarantees are formal specifications that ensure the reliability, correctness, and efficiency of computational systems. They provide mathematical assurances about system behavior under various conditions, such as input validity, error handling, and resource management. These guarantees are typically expressed in terms of properties like termination (the computation will eventually stop), correctness (outputs match expected results), and resource bounds (memory, time usage). By using formal methods to define these guarantees, developers can rigorously prove that their systems meet the desired specifications, reducing the likelihood of bugs and increasing confidence in system performance. This is particularly crucial in safety-critical applications like aerospace, healthcare, and finance, where system failures can have severe consequences.
