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Vendor reports an incidentWhat Linode (Akamai) reports

Linode (Akamai) reports an incident on its status page: Emerging Host Issue.

Impact: minor. Since 2026-11-05 12:58 UTC.

Latest update, 2026-11-05 14:03 UTC: The issue affecting Linode migrations and booting for some hosts across all regions has been identified and a fix is being implemented. We will continue to share updates as more information becomes available.

Linode (Akamai)'s status page

Our regional reading

This is our own reading from outside, shown beside the vendor's statement. It is not counted as a separate outage.

Checks passingchecked 3 minutes ago

Our checks of Linode (Akamai) pass from all 10 regions we check.

As of Nov 5, 2026, 2:32 PM UTC, RealUptime's checks of Linode (Akamai) passed in all 10 regions that returned a reading.

Front-door and live API checks

our check readinglive · checked Nov 5, 2026, 2:32 PM UTC
US-East493 msChecks passing
US-West1392 msChecks passing
Europe735 msChecks passing
Asia-Pacific1738 msChecks passing
US-Central6754 msChecks passing
Canada988 msChecks passing
UK655 msChecks passing
Southeast Asia1141 msChecks passing
Australia1406 msChecks passing
South America625 msChecks passing
their status pagetheir claim, not our reading

Linode (Akamai) reports: Minor incident (“Partially Degraded Service”)

from Linode (Akamai)'s own status page, checked Nov 5, 2026, 2:26 PM UTC

Linode (Akamai) reports an active incident: Emerging Host Issue (minor incident, since Nov 5, 2026, 12:58 PM UTC)

Linode (Akamai)'s status page reports Partially Degraded Service. Our checks of Linode (Akamai) currently pass with normal latency. Our checks currently pass from all 10 regions. These observations can coexist: a partial error-rate degradation on their side does not have to affect every request. Our checks measure whether a single request succeeds, not the vendor's internal error rate, so this can happen when an issue affects only part of a service that our simple check does not exercise. We show the vendor's report and our check reading side by side. A check can miss problems that users see. Read both before you draw a conclusion.

Linode (Akamai)'s own component breakdown, as they publish it

  • Akamai Cloud Pulse (ACLP) - AlertsOperational
  • Linode.comDegraded performance
  • US-East (Newark)Operational
  • US-East (Newark)Operational
  • US-East (Newark) BackupsOperational
  • US-East (Newark) Block StorageOperational
  • US-East (Newark) Linode Kubernetes EngineOperational
  • US-East (Newark) NodeBalancersOperational
  • US-East (Newark) Object StorageOperational
  • Akamai Cloud Pulse (ACLP) - LogsOperational
  • Cloud Manager and APIOperational
  • US-Central (Dallas)Operational
  • US-Central (Dallas)Operational
  • US-Central (Dallas) BackupsOperational
  • US-Central (Dallas) Block StorageOperational
  • US-Central (Dallas) Linode Kubernetes EngineOperational
  • US-Central (Dallas) NodeBalancersOperational
  • US-Southeast (Atlanta) Object StorageOperational
  • Akamai Cloud Pulse (ACLP) - MetricsOperational
  • Hosted DNS ServiceOperational
  • US-IAD (Washington) Object StorageOperational
  • US-West (Fremont)Operational
  • US-West (Fremont)Operational
  • US-West (Fremont) BackupsOperational
  • US-West (Fremont) Block StorageOperational
  • US-West (Fremont) Linode Kubernetes EngineOperational
  • US-West (Fremont) NodeBalancersOperational
  • LongviewOperational
  • US-ORD (Chicago) Object StorageOperational
  • US-Southeast (Atlanta)Operational
  • US-Southeast (Atlanta)Operational
  • US-Southeast (Atlanta) BackupsOperational
  • US-Southeast (Atlanta) Block StorageOperational
  • US-Southeast (Atlanta) Linode Kubernetes EngineOperational
  • US-Southeast (Atlanta) NodeBalancersOperational
  • EU-Central (Frankfurt) Object StorageOperational
  • Managed DatabasesOperational
  • US-IAD (Washington)Operational
  • US-IAD (Washington)Operational
  • US-IAD (Washington) BackupsOperational
  • US-IAD (Washington) Block StorageOperational
  • US-IAD (Washington) Linode Kubernetes EngineOperational
  • US-IAD (Washington) NodeBalancersOperational
  • AP-South (Singapore) Object StorageOperational
  • US-ORD (Chicago)Operational
  • US-ORD (Chicago)Operational
  • US-ORD (Chicago) BackupsOperational
  • US-ORD (Chicago) Block StorageOperational
  • US-ORD (Chicago) Linode Kubernetes EngineOperational
  • US-ORD (Chicago) NodeBalancersOperational
  • CA-Central (Toronto)Operational
  • CA-Central (Toronto)Operational
  • CA-Central (Toronto) BackupsOperational
  • CA-Central (Toronto) Block StorageOperational
  • CA-Central (Toronto) Linode Kubernetes EngineOperational
  • CA-Central (Toronto) NodeBalancersOperational
  • FR-PAR (Paris) Object StorageOperational
  • EU-West (London)Operational
  • EU-West (London)Operational
  • EU-West (London) BackupsOperational
  • EU-West (London) Block StorageOperational
  • EU-West (London) Linode Kubernetes EngineOperational
  • EU-West (London) NodeBalancersOperational
  • SE-STO (Stockholm) Object StorageOperational
  • EU-Central (Frankfurt)Operational
  • EU-Central (Frankfurt)Operational
  • EU-Central (Frankfurt) NodeBalancersOperational
  • EU-Central (Frankfurt) BackupsOperational
  • EU-Central (Frankfurt) Block StorageOperational
  • EU-Central (Frankfurt) Linode Kubernetes EngineOperational
  • US-SEA (Seattle) Object StorageOperational
  • FR-PAR (Paris)Operational
  • FR-PAR (Paris)Operational
  • FR-PAR (Paris) BackupsOperational
  • FR-PAR (Paris) Block StorageOperational
  • FR-PAR (Paris) Linode Kubernetes EngineOperational
  • FR-PAR (Paris) NodeBalancersOperational
  • JP-OSA (Osaka) Object StorageOperational
  • AP-South (Singapore)Operational
  • AP-South (Singapore)Operational
  • AP-South (Singapore) BackupsOperational
  • AP-South (Singapore) Block StorageOperational
  • AP-South (Singapore) Linode Kubernetes EngineOperational
  • AP-South (Singapore) NodeBalancersOperational
  • IN-MAA (Chennai) Object StorageOperational
  • AP-Northeast (Tokyo 2) Linode Kubernetes EngineOperational
  • AP-Northeast-2 (Tokyo 2)Operational
  • AP-Northeast-2 (Tokyo 2)Operational
  • AP-Northeast-2 (Tokyo 2) BackupsOperational
  • AP-Northeast-2 (Tokyo 2) Block StorageOperational
  • AP-Northeast-2 (Tokyo 2) NodeBalancersOperational
  • ID-CGK (Jakarta) Object StorageOperational
  • AP-West (Mumbai)Operational
  • AP-West (Mumbai)Operational
  • AP-West (Mumbai) BackupsOperational
  • AP-West (Mumbai) Block StorageOperational
  • AP-West (Mumbai) Linode Kubernetes EngineOperational
  • AP-West (Mumbai) NodeBalancersOperational
  • BR-GRU (Sao Paulo) Object StorageOperational
  • AP-Southeast (Sydney)Operational

These are Linode (Akamai)'s components, named and scored by Linode (Akamai). We do not map them onto the functions we check above, because we have no way to know which of their components our checks touch. Two lists, side by side, neither one rewriting the other.

This is Linode (Akamai)'s own claim about their service, shown separately from what we measured. We never change our own numbers based on what a vendor reports, and this reading never changes theirs. Read both.

Linode (Akamai) response time, by region

US-East
1.5sp95 · latest
2.5s1.3s0ms
US-East response time (p95) over the last 30 daysDaily 95th-percentile response time for US-East, scaled to a maximum of 2.5s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.1s2026-10-08 UTC: p95 1.0s2026-10-09 UTC: p95 990ms2026-10-10 UTC: p95 920ms2026-10-11 UTC: p95 843ms2026-10-12 UTC: p95 798ms2026-10-13 UTC: p95 1.1s2026-10-14 UTC: p95 1.1s2026-10-15 UTC: p95 1.2s2026-10-16 UTC: p95 1.2s2026-10-17 UTC: p95 1.3s2026-10-18 UTC: p95 1.5s2026-10-19 UTC: p95 1.7s2026-10-20 UTC: p95 1.4s2026-10-21 UTC: p95 1.5s2026-10-22 UTC: p95 1.4s2026-10-23 UTC: p95 1.5s2026-10-24 UTC: p95 1.4s2026-10-25 UTC: p95 1.5s2026-10-26 UTC: p95 1.8s2026-10-27 UTC: p95 1.8s2026-10-28 UTC: p95 1.7s2026-10-29 UTC: p95 1.5s2026-10-30 UTC: p95 1.3s2026-10-31 UTC: p95 1.4s2026-11-01 UTC: p95 1.3s2026-11-02 UTC: p95 2.2s2026-11-03 UTC: p95 1.5s2026-11-04 UTC: p95 1.5s2026-11-05 UTC: p95 1.5s
Oct 7Oct 21Nov 5
US-West
2.0sp95 · latest
2s1s0ms
US-West response time (p95) over the last 30 daysDaily 95th-percentile response time for US-West, scaled to a maximum of 2s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.1s2026-10-08 UTC: p95 1.0s2026-10-09 UTC: p95 1.0s2026-10-10 UTC: p95 1.1s2026-10-11 UTC: p95 940ms2026-10-12 UTC: p95 1.4s2026-10-13 UTC: p95 1.1s2026-10-14 UTC: p95 1.3s2026-10-15 UTC: p95 1.1s2026-10-16 UTC: p95 1.1s2026-10-17 UTC: p95 1.4s2026-10-18 UTC: p95 1.6s2026-10-19 UTC: p95 1.6s2026-10-20 UTC: p95 1.5s2026-10-21 UTC: p95 1.4s2026-10-22 UTC: p95 1.5s2026-10-23 UTC: p95 1.6s2026-10-24 UTC: p95 1.5s2026-10-25 UTC: p95 1.6s2026-10-26 UTC: p95 1.9s2026-10-27 UTC: p95 1.8s2026-10-28 UTC: p95 1.7s2026-10-29 UTC: p95 1.8s2026-10-30 UTC: p95 1.4s2026-10-31 UTC: p95 1.6s2026-11-01 UTC: p95 1.7s2026-11-02 UTC: p95 1.8s2026-11-03 UTC: p95 2.0s2026-11-04 UTC: p95 2.0s2026-11-05 UTC: p95 2.0s
Oct 7Oct 21Nov 5
Europe
1.6sp95 · latest
2.5s1.3s0ms
Europe response time (p95) over the last 30 daysDaily 95th-percentile response time for Europe, scaled to a maximum of 2.5s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.3s2026-10-08 UTC: p95 1.5s2026-10-09 UTC: p95 1.4s2026-10-10 UTC: p95 1.4s2026-10-11 UTC: p95 1.4s2026-10-12 UTC: p95 1.6s2026-10-13 UTC: p95 1.4s2026-10-14 UTC: p95 1.7s2026-10-15 UTC: p95 1.3s2026-10-16 UTC: p95 1.5s2026-10-17 UTC: p95 1.6s2026-10-18 UTC: p95 1.7s2026-10-19 UTC: p95 1.7s2026-10-20 UTC: p95 1.8s2026-10-21 UTC: p95 1.2s2026-10-22 UTC: p95 1.3s2026-10-23 UTC: p95 1.4s2026-10-24 UTC: p95 1.5s2026-10-25 UTC: p95 1.4s2026-10-26 UTC: p95 2.3s2026-10-27 UTC: p95 1.8s2026-10-28 UTC: p95 1.9s2026-10-29 UTC: p95 1.7s2026-10-30 UTC: p95 1.6s2026-10-31 UTC: p95 1.5s2026-11-01 UTC: p95 1.6s2026-11-02 UTC: p95 1.8s2026-11-03 UTC: p95 1.8s2026-11-04 UTC: p95 1.6s2026-11-05 UTC: p95 1.6s
Oct 7Oct 21Nov 5
Asia-Pacific
2.6sp95 · latest
5s2.5s0ms
Asia-Pacific response time (p95) over the last 30 daysDaily 95th-percentile response time for Asia-Pacific, scaled to a maximum of 5s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.6s2026-10-08 UTC: p95 1.7s2026-10-09 UTC: p95 1.6s2026-10-10 UTC: p95 1.4s2026-10-11 UTC: p95 1.3s2026-10-12 UTC: p95 1.4s2026-10-13 UTC: p95 1.2s2026-10-14 UTC: p95 1.5s2026-10-15 UTC: p95 1.3s2026-10-16 UTC: p95 1.2s2026-10-17 UTC: p95 1.7s2026-10-18 UTC: p95 2.2s2026-10-19 UTC: p95 2.1s2026-10-20 UTC: p95 2.2s2026-10-21 UTC: p95 2.1s2026-10-22 UTC: p95 2.3s2026-10-23 UTC: p95 2.5s2026-10-24 UTC: p95 2.7s2026-10-25 UTC: p95 2.3s2026-10-26 UTC: p95 2.6s2026-10-27 UTC: p95 3.9s2026-10-28 UTC: p95 2.6s2026-10-29 UTC: p95 2.4s2026-10-30 UTC: p95 1.9s2026-10-31 UTC: p95 1.9s2026-11-01 UTC: p95 1.8s2026-11-02 UTC: p95 2.5s2026-11-03 UTC: p95 3.0s2026-11-04 UTC: p95 2.7s2026-11-05 UTC: p95 2.6s
Oct 7Oct 21Nov 5
US-Central
1.0sp95 · latest
2s1s0ms
US-Central response time (p95) over the last 30 daysDaily 95th-percentile response time for US-Central, scaled to a maximum of 2s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 870ms2026-10-08 UTC: p95 873ms2026-10-09 UTC: p95 921ms2026-10-10 UTC: p95 793ms2026-10-11 UTC: p95 851ms2026-10-12 UTC: p95 1.0s2026-10-13 UTC: p95 989ms2026-10-14 UTC: p95 1.0s2026-10-15 UTC: p95 1.2s2026-10-16 UTC: p95 976ms2026-10-17 UTC: p95 1.3s2026-10-18 UTC: p95 1.3s2026-10-19 UTC: p95 1.5s2026-10-20 UTC: p95 1.4s2026-10-21 UTC: p95 1.3s2026-10-22 UTC: p95 947ms2026-10-23 UTC: p95 1.0s2026-10-24 UTC: p95 1.0s2026-10-25 UTC: p95 1.2s2026-10-26 UTC: p95 873ms2026-10-27 UTC: p95 1.3s2026-10-28 UTC: p95 2.0s2026-10-29 UTC: p95 1.6s2026-10-30 UTC: p95 1.2s2026-10-31 UTC: p95 1.2s2026-11-01 UTC: p95 972ms2026-11-02 UTC: p95 849ms2026-11-03 UTC: p95 1.7s2026-11-04 UTC: p95 1.4s2026-11-05 UTC: p95 1.0s
Oct 7Oct 21Nov 5
Canada
2.8sp95 · latest
5s2.5s0ms
Canada response time (p95) over the last 30 daysDaily 95th-percentile response time for Canada, scaled to a maximum of 5s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.3s2026-10-08 UTC: p95 794ms2026-10-09 UTC: p95 880ms2026-10-10 UTC: p95 961ms2026-10-11 UTC: p95 1.0s2026-10-12 UTC: p95 1.0s2026-10-13 UTC: p95 963ms2026-10-14 UTC: p95 1.1s2026-10-15 UTC: p95 1.1s2026-10-16 UTC: p95 1.2s2026-10-17 UTC: p95 1.2s2026-10-18 UTC: p95 1.3s2026-10-19 UTC: p95 1.4s2026-10-20 UTC: p95 1.6s2026-10-21 UTC: p95 848ms2026-10-22 UTC: p95 834ms2026-10-23 UTC: p95 1.1s2026-10-24 UTC: p95 975ms2026-10-25 UTC: p95 1.1s2026-10-26 UTC: p95 1.3s2026-10-27 UTC: p95 1.3s2026-10-28 UTC: p95 1.8s2026-10-29 UTC: p95 1.4s2026-10-30 UTC: p95 1.5s2026-10-31 UTC: p95 1.7s2026-11-01 UTC: p95 1.1s2026-11-02 UTC: p95 1.2s2026-11-03 UTC: p95 1.3s2026-11-04 UTC: p95 1.2s2026-11-05 UTC: p95 2.8s
Oct 7Oct 21Nov 5
UK
1.4sp95 · latest
2s1s0ms
UK response time (p95) over the last 30 daysDaily 95th-percentile response time for UK, scaled to a maximum of 2s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.1s2026-10-08 UTC: p95 1.3s2026-10-09 UTC: p95 1.1s2026-10-10 UTC: p95 1.0s2026-10-11 UTC: p95 1.0s2026-10-12 UTC: p95 1.3s2026-10-13 UTC: p95 1.2s2026-10-14 UTC: p95 1.0s2026-10-15 UTC: p95 1.1s2026-10-16 UTC: p95 970ms2026-10-17 UTC: p95 1.1s2026-10-18 UTC: p95 1.3s2026-10-19 UTC: p95 1.4s2026-10-20 UTC: p95 1.3s2026-10-21 UTC: p95 979ms2026-10-22 UTC: p95 1.1s2026-10-23 UTC: p95 1.0s2026-10-24 UTC: p95 1.1s2026-10-25 UTC: p95 1.3s2026-10-26 UTC: p95 1.4s2026-10-27 UTC: p95 1.5s2026-10-28 UTC: p95 1.7s2026-10-29 UTC: p95 1.5s2026-10-30 UTC: p95 1.3s2026-10-31 UTC: p95 1.3s2026-11-01 UTC: p95 1.8s2026-11-02 UTC: p95 1.6s2026-11-03 UTC: p95 2.0s2026-11-04 UTC: p95 1.9s2026-11-05 UTC: p95 1.4s
Oct 7Oct 21Nov 5
Southeast Asia
2.4sp95 · latest
5s2.5s0ms
Southeast Asia response time (p95) over the last 30 daysDaily 95th-percentile response time for Southeast Asia, scaled to a maximum of 5s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 2.5s2026-10-08 UTC: p95 2.3s2026-10-09 UTC: p95 2.1s2026-10-10 UTC: p95 2.2s2026-10-11 UTC: p95 2.2s2026-10-12 UTC: p95 2.3s2026-10-13 UTC: p95 2.3s2026-10-14 UTC: p95 2.4s2026-10-15 UTC: p95 2.4s2026-10-16 UTC: p95 2.5s2026-10-17 UTC: p95 2.5s2026-10-18 UTC: p95 2.9s2026-10-19 UTC: p95 2.5s2026-10-20 UTC: p95 2.5s2026-10-21 UTC: p95 1.9s2026-10-22 UTC: p95 2.2s2026-10-23 UTC: p95 2.0s2026-10-24 UTC: p95 2.1s2026-10-25 UTC: p95 2.0s2026-10-26 UTC: p95 2.7s2026-10-27 UTC: p95 2.4s2026-10-28 UTC: p95 2.9s2026-10-29 UTC: p95 2.3s2026-10-30 UTC: p95 2.1s2026-10-31 UTC: p95 1.8s2026-11-01 UTC: p95 3.1s2026-11-02 UTC: p95 2.2s2026-11-03 UTC: p95 2.5s2026-11-04 UTC: p95 2.3s2026-11-05 UTC: p95 2.4s
Oct 7Oct 21Nov 5
Australia
3.2sp95 · latest
5s2.5s0ms
Australia response time (p95) over the last 30 daysDaily 95th-percentile response time for Australia, scaled to a maximum of 5s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.8s2026-10-08 UTC: p95 1.9s2026-10-09 UTC: p95 1.7s2026-10-10 UTC: p95 1.8s2026-10-11 UTC: p95 1.7s2026-10-12 UTC: p95 1.9s2026-10-13 UTC: p95 1.9s2026-10-14 UTC: p95 1.7s2026-10-15 UTC: p95 2.2s2026-10-16 UTC: p95 2.0s2026-10-17 UTC: p95 2.8s2026-10-18 UTC: p95 3.0s2026-10-19 UTC: p95 2.9s2026-10-20 UTC: p95 3.0s2026-10-21 UTC: p95 2.7s2026-10-22 UTC: p95 2.7s2026-10-23 UTC: p95 3.0s2026-10-24 UTC: p95 3.2s2026-10-25 UTC: p95 3.0s2026-10-26 UTC: p95 3.3s2026-10-27 UTC: p95 3.3s2026-10-28 UTC: p95 3.1s2026-10-29 UTC: p95 3.0s2026-10-30 UTC: p95 2.6s2026-10-31 UTC: p95 2.4s2026-11-01 UTC: p95 2.7s2026-11-02 UTC: p95 2.8s2026-11-03 UTC: p95 3.8s2026-11-04 UTC: p95 3.6s2026-11-05 UTC: p95 3.2s
Oct 7Oct 21Nov 5
South America
2.9sp95 · latest
10s5s0ms
South America response time (p95) over the last 30 daysDaily 95th-percentile response time for South America, scaled to a maximum of 10s. Days with no samples are not plotted, not shown as zero.2026-10-07 UTC: p95 1.8s2026-10-08 UTC: p95 1.8s2026-10-09 UTC: p95 1.9s2026-10-10 UTC: p95 2.1s2026-10-11 UTC: p95 2.2s2026-10-12 UTC: p95 2.1s2026-10-13 UTC: p95 2.4s2026-10-14 UTC: p95 2.3s2026-10-15 UTC: p95 2.3s2026-10-16 UTC: p95 2.5s2026-10-17 UTC: p95 3.0s2026-10-18 UTC: p95 3.4s2026-10-19 UTC: p95 3.4s2026-10-20 UTC: p95 3.8s2026-10-21 UTC: p95 2.7s2026-10-22 UTC: p95 2.3s2026-10-23 UTC: p95 6.4s2026-10-24 UTC: p95 3.5s2026-10-25 UTC: p95 3.4s2026-10-26 UTC: p95 3.3s2026-10-27 UTC: p95 3.6s2026-10-28 UTC: p95 3.2s2026-10-29 UTC: p95 3.3s2026-10-30 UTC: p95 2.9s2026-10-31 UTC: p95 2.8s2026-11-01 UTC: p95 2.6s2026-11-02 UTC: p95 2.8s2026-11-03 UTC: p95 2.5s2026-11-04 UTC: p95 2.6s2026-11-05 UTC: p95 2.9s
Oct 7Oct 21Nov 5

Check your own site while you wait on Linode (Akamai)

Watching an outage above does not tell you whether your own connection or site is also having a problem. Enter your own URL for one live check, right now, no signup. This checks the site you enter, not Linode (Akamai). It cannot diagnose Linode (Akamai)'s own systems.

What we measured, function by function

Linode (Akamai) answers on more than one surface, and they can fail apart. Each row is one surface, checked from the same regions. The verdict above follows the api row, because that is the surface we treat as this service's own; a failure on any other row is a partial outage, not a full one.

  • WebUS-East: Checks passingUS-West: Checks passingEurope: Checks passingAsia-Pacific: Checks passingUS-Central: Awaiting dataCanada: Checks passingUK: Checks passingSoutheast Asia: Checks passingAustralia: Checks passingSouth America: Checks passing
  • APIprimaryUS-East: Checks passingUS-West: Checks passingEurope: Checks passingAsia-Pacific: Checks passingUS-Central: Checks passingCanada: Checks passingUK: Checks passingSoutheast Asia: Checks passingAustralia: Checks passingSouth America: Checks passing
  • Cloud ManagerUS-East: Checks passingUS-West: Checks passingEurope: Checks passingAsia-Pacific: Checks passingUS-Central: Checks passingCanada: Checks passingUK: Checks passingSoutheast Asia: Checks passingAustralia: Checks passingSouth America: Checks passing
  • LoginUS-East: Checks passingUS-West: Checks passingEurope: Checks passingAsia-Pacific: Checks passingUS-Central: Checks passingCanada: Checks passingUK: Checks passingSoutheast Asia: Checks passingAustralia: Checks passingSouth America: Checks passing
  • Object StorageUS-East: Checks passingUS-West: Checks passingEurope: Checks passingAsia-Pacific: Checks passingUS-Central: Checks passingCanada: Checks passingUK: Checks passingSoutheast Asia: Checks passingAustralia: Checks passingSouth America: Checks passing

Email me when Linode (Akamai) reports an incident on its status page, and again when it reports it resolved.

Get an email when Linode (Akamai) reports an incident

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Delivery channel

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This is Linode (Akamai)'s own statement from its status page, with our regional reading beside it.

What are you seeing? (optional)

No account needed, and we never store your IP address. Reports are counted separately from our own measurements and are always shown as unverified.

What our checks show, and what people reported

  • North America
    Checks passingUS-East, US-West, US-Central, Canada
    • US-East
      Checks passinglatency: 493msstatus code: 200checked: Nov 5, 2026, 2:31 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur US-East probes reach Linode (Akamai) normally. We do not have enough reports from US-East to say anything about what people there are seeing.
    • US-West
      Checks passinglatency: 1392msstatus code: 200checked: Nov 5, 2026, 2:29 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur US-West probes reach Linode (Akamai) normally. We do not have enough reports from US-West to say anything about what people there are seeing.
    • US-Central
      Checks passinglatency: 6754msstatus code: 200checked: Nov 5, 2026, 2:32 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur US-Central probes reach Linode (Akamai) normally. We do not have enough reports from US-Central to say anything about what people there are seeing.
    • Canada
      Checks passinglatency: 988msstatus code: 200checked: Nov 5, 2026, 2:31 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur Canada probes reach Linode (Akamai) normally. We do not have enough reports from Canada to say anything about what people there are seeing.
  • South America
    Checks passinglatency: 625msstatus code: 200checked: Nov 5, 2026, 2:31 PM UTC
    0 people in the last 5 minutesNot enough reports to sayOur South America probes reach Linode (Akamai) normally. We do not have enough reports from South America to say anything about what people there are seeing.
  • Europe
    Checks passingEurope, UK
    • Europe
      Checks passinglatency: 735msstatus code: 200checked: Nov 5, 2026, 2:31 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur Europe probes reach Linode (Akamai) normally. We do not have enough reports from Europe to say anything about what people there are seeing.
    • UK
      Checks passinglatency: 655msstatus code: 200checked: Nov 5, 2026, 2:31 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur UK probes reach Linode (Akamai) normally. We do not have enough reports from UK to say anything about what people there are seeing.
  • Asia Pacific
    Checks passingAsia-Pacific, Southeast Asia, Australia
    • Asia-Pacific
      Checks passinglatency: 1738msstatus code: 200checked: Nov 5, 2026, 2:23 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur Asia-Pacific probes reach Linode (Akamai) normally. We do not have enough reports from Asia-Pacific to say anything about what people there are seeing.
    • Southeast Asia
      Checks passinglatency: 1141msstatus code: 200checked: Nov 5, 2026, 2:31 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur Southeast Asia probes reach Linode (Akamai) normally. We do not have enough reports from Southeast Asia to say anything about what people there are seeing.
    • Australia
      Checks passinglatency: 1406msstatus code: 200checked: Nov 5, 2026, 2:30 PM UTC
      0 people in the last 5 minutesNot enough reports to sayOur Australia probes reach Linode (Akamai) normally. We do not have enough reports from Australia to say anything about what people there are seeing.

Somewhere else or not sure: 0 people in the last 5 minutes

These are unverified reports from people using Linode (Akamai), counted separately from what our own probes measure. Anyone can file one, no account is needed, and the region on a report is chosen by the person filing it. We never open, extend or close an outage in our record based on report volume: only our own measurements do that. We have not received any reports for Linode (Akamai) yet, which is not evidence that nothing is wrong.

Recent probe events

Emerging Host Issuedeclared on their status page2026-11-05
Connectivity Issue - FR-PAR-2 (Paris 2), 2h 50mdeclared on their status page2026-11-02
Connectivity Issue - IN-MAA and IN-BOM-2, 3h 12mdeclared on their status page2026-11-01
Service Issue - US-Southeast (Atlanta)declared on their status page2026-10-31
Customer Security Advisory: CVE-2026-98432declared on their status page2026-10-30
Service Issue - Block Storage (BR-GRU)declared on their status page2026-10-28
Connectivity Issue between ID-CGK (Jakarta) and SG-SIN-2 (Singapore 2)declared on their status page2026-10-25
Connectivity Issue - Dallas Data Center (IPv6 Traffic to Google), 11h 17mdeclared on their status page2026-10-23

check entries are our own probes' readings; declared entries are the vendor's. How this check works

We have been measuring Linode (Akamai) since August 22, 2026. We show nothing from before that date, and we never add an outage we did not observe ourselves, from any source.

Need this in writing? Generate an SLA evidence report for Linode (Akamai) covering any window you pick, with our check readings and Linode (Akamai)'s own claim at the time, side by side.

Full check history for Linode (Akamai): 90 days of check results by region, month-by-month uptime by our checks, and every probe event on record.

Monitor your own site the same way

This page shows what we see when we check this service, using the same ten regions, for a site you run. RealUptime Monitor watches your own servers from inside your network, and it starts free.

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Linode (Akamai) uptime by RealUptime's checksLive, from this page's own readings.
[![Linode (Akamai) uptime by RealUptime's checks](https://realuptime.io/outages/linode/badge.svg?days=30)](https://realuptime.io/outages/linode)
<a href="https://realuptime.io/outages/linode"><img src="https://realuptime.io/outages/linode/badge.svg?days=30" alt="Linode (Akamai) uptime by RealUptime's checks" height="20"></a>

Share of checks passed over 30 days; the window is printed on it. If our readings go stale it says stale, and if we have no readings it says so and shows no color. How the badge works.

To cite this page: RealUptime, "Is Linode (Akamai) down?", https://realuptime.io/outages/linode. The readings change with every check, so give the date you read them.

What we check

primaryfunctional: live API
https://api.linode.com/v4/regions
secondary
https://www.linode.com/
secondary
https://status.linode.com/api/v2/status.json
secondary
https://cloud.linode.com/
secondary
https://login.linode.com/login
secondary
https://us-east-1.linodeobjects.com/

What our check can and cannot see

A pass means a public route of the service's API answered our request normally. We do not check what it returned, so it does not show that the data is right, that sign-in works or that the rest of the product works.

Host checked: api.linode.com

RealUptime is not affiliated with Linode (Akamai); the name identifies what we checked, and nothing here speaks for Linode (Akamai)'s own team. We send a single web request to Linode (Akamai) from 10 regions on our own schedule and time the response. We do not see inside Linode (Akamai)'s systems, do not use an account or real transaction, and are not the same signal Linode (Akamai)'s own team has access to. Treat this as one external data point, not a verdict. At least one endpoint we check for Linode (Akamai) is a real functional API call (marked “functional” above), not just a landing page, so a passing check there says an API answered, though it still does not show that every feature of the service works for you. Read the full methodology.