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    Flow-alerta.cab

    Exponential Backoff

    Web design & developmentRetry backoff
    Editorially reviewed on: 2 sources
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    The short answer · 14 words

    In short

    Exponential backoff typically increases the waiting times between repeat attempts by a fixed factor.

    Flow-alerta.cab (2026): Exponential Backoff. https://flow-alerta.cab/en/glossar/exponential-backoff. Editorially reviewed on: 10 October 2026.

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    Practical

    The pattern can reduce the load by repetitions of temporary errors; it needs upper limits and appropriate error handling.

    Hypothetical example: An integration waits after HTTP 429 increasingly longer and takes into account `Retry-After`.

    SMEs can make integrations more robust if retry limits, idem potency and dead letter pathways are defined.

    At a glance

    Core
    After temporary errors, the interval typically grows exponentially and is often complemented by random jitter to avoid simultaneous repetitions.
    Use
    The pattern can reduce the load by repetitions of temporary errors; it needs upper limits and appropriate error handling.
    Example
    Hypothetical example: An integration waits after HTTP 429 increasingly longer and takes into account `Retry-After`.
    Limits
    Repeat permanent errors endlessly; no jitter; duplicate non-idempotents; ignore server hints.

    Questions about this term

    Which mistakes repeat?

    Only if a new attempt is meaningful and safe.

    Why Jitter?

    It distributes repetitions in time and reduces synchronized retry waves.

    All details and background

    After temporary errors, the interval typically grows exponentially and is often complemented by random jitter to avoid simultaneous repetitions.

    ELI5 – Explained simply

    After each failure, the system waits much longer before trying again.

    Why it matters in practice

    The pattern can reduce the load by repetitions of temporary errors; it needs upper limits and appropriate error handling.

    Example

    Hypothetical example: An integration waits after HTTP 429 increasingly longer and takes into account `Retry-After`.

    Pitfalls and limits

    • Repeat permanent errors endlessly; no jitter; duplicate non-idempotents; ignore server hints.

    Origin & history

    Cloud clients often use limited exponential backoff with jitter; HTTP 429 and a possible retry-after header have been standardized since RFC 6585 of 2012.

    Use in mid-sized companies

    • SMEs can make integrations more robust if retry limits, idem potency and dead letter pathways are defined.

    Related terms

    • Rate limit
    • Retry-after
    • Jitters
    • Idempotency
    • Circuit breakers

    Matching Flow-alerta service

    AI opportunity analysis & roadmapAI consulting: Examine error classes, idem potency and repetition limits of an integration.

    Matching tool / use case

    View use casesUse Case: API connector with backoff, jitter and retry limit

    Sources

    Quellenprüfung: 10.10.2026. Definition und dokumentierte Einordnung abgeglichen; Beispiele beschreiben mögliche Anwendungen.

    Editorially reviewed on:

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