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Crypto.com API status

OPERATIONAL
BTC_USDT · api.crypto.com · 3 REST endpoints · 2 streams · every 5s
UPTIME · 60 OF 90 DAYS MEASURED
99.99%
TYPICAL P50 · 24H
179ms
TYPICAL P95 · 24H
213ms
INCIDENTS · 90D
70

UPTIME · LAST 90 DAYS · ALL REST ENDPOINTS

■ operational■ degraded■ outage■ not measured
14 JUL27 AUG11 OCT

Over the 60 days of a 90-day window up24 has measured so far, Crypto.com's REST API answered 99.99% of 2,977,242 checks, with a typical p95 of 265ms and a typical p50 of 185ms. Its worst day was 15 AUG 2026, at 99.96%. up24 opened 70 incidents against it in that window — uptime counts REST checks only, and an incident is as often a WebSocket feed that stalled or a socket that dropped. Is Crypto.com down right now? →

API LATENCY · 24H · CARLSTADT

— p50‑ ‑ p95
axis 0 – 1000ms
07:05 · 10 OCT19:05 · 10 OCT07:05 · 11 OCT

BY REGION · LAST 24H

REGIONP50P95UPTIMECHECKS
Asia
Singapore, SG
109ms163ms100.00%51,807
Europe
Lauterbourg, FR
267ms317ms99.95%51,825
US East
Carlstadt, US · shown above
179ms225ms100.00%51,799

Latency is measured from each region separately and never averaged between them — the distance is the measurement. Uptime, incidents and the 90-day bars above are the opposite: they combine every region by quorum, so one probe box losing its route to an exchange is not recorded as that exchange going down. Quorum is a counting rule and it only holds while a majority can still see the venue; where a vantage point cannot measure this venue at all, its refusals are named below and left out of every number on the page rather than being left to a vote.

REST ENDPOINTS · LAST 24H · CARLSTADT

ENDPOINTP50P95UPTIMESTATUS
REST · ping
17,268 checks · every 5s · api.crypto.com
179ms229ms100.00%OPERATIONAL
REST · ticker
17,266 checks · every 5s · api.crypto.com
179ms221ms100.00%OPERATIONAL
REST · depth
17,265 checks · every 5s · api.crypto.com
179ms224ms100.00%OPERATIONAL

WEBSOCKET STREAMS · LAST 24H · CARLSTADT

STREAMCONNECTEDDELIVERINGMESSAGESMAX GAPSEQ GAPSRECONNECTSRTTSTATUS
WS · trade
trade.BTC_USDT
99.99%99.94%19,9983 min 50s—4167msOPERATIONAL
WS · book
book.BTC_USDT.10
99.99%99.94%243,9225582ms04167msOPERATIONAL

CRYPTO.COM SAID · 90D

up24 opened 70 incidents for Crypto.com in the last 90 days. Nothing Crypto.com published lines up with any of them.

  1. 06 OCT 2026 09:48 UTC · INCIDENT
    06 OCT 2026 09:48 UTC → 06 OCT 2026 10:52 UTC
  2. 04 OCT 2026 17:28 UTC · INCIDENT
    04 OCT 2026 17:28 UTC → 04 OCT 2026 20:16 UTC
  3. 01 OCT 2026 16:20 UTC · INCIDENT
    01 OCT 2026 16:20 UTC → 01 OCT 2026 17:03 UTC
  4. 01 OCT 2026 09:02 UTC · INCIDENT
    01 OCT 2026 09:02 UTC → 09 OCT 2026 07:47 UTC
  5. 30 SEP 2026 16:14 UTC · INCIDENT
    30 SEP 2026 16:14 UTC → 01 OCT 2026 07:03 UTC
  6. 24 SEP 2026 11:16 UTC · INCIDENT
    24 SEP 2026 11:16 UTC → 24 SEP 2026 11:31 UTC
12 earlier entries
  1. 23 SEP 2026 10:43 UTC · INCIDENT
    23 SEP 2026 10:43 UTC → 23 SEP 2026 11:55 UTC
  2. 21 SEP 2026 02:51 UTC · INCIDENT
    21 SEP 2026 02:51 UTC → 05 OCT 2026 06:23 UTC
  3. 10 SEP 2026 12:20 UTC · INCIDENT
    10 SEP 2026 12:20 UTC → 10 SEP 2026 13:11 UTC
  4. 07 SEP 2026 21:52 UTC · INCIDENT
    07 SEP 2026 21:52 UTC → 09 SEP 2026 04:25 UTC
  5. 07 SEP 2026 06:15 UTC · INCIDENT · OPEN
    no end published
  6. 27 AUG 2026 00:03 UTC · INCIDENT
    27 AUG 2026 00:03 UTC → 27 AUG 2026 00:11 UTC
  7. 26 AUG 2026 06:55 UTC · INCIDENT
    26 AUG 2026 06:55 UTC → 05 OCT 2026 06:46 UTC
  8. 13 AUG 2026 07:22 UTC · INCIDENT
    13 AUG 2026 07:22 UTC → 26 AUG 2026 09:52 UTC
  9. 12 AUG 2026 08:06 UTC · INCIDENT · OPEN
    no end published
  10. 02 AUG 2026 04:49 UTC · INCIDENT
    02 AUG 2026 04:49 UTC → 02 AUG 2026 08:03 UTC
  11. 31 JUL 2026 05:32 UTC · INCIDENT
    31 JUL 2026 05:32 UTC → 31 JUL 2026 07:03 UTC
  12. 23 JUL 2026 07:41 UTC · INCIDENT
    23 JUL 2026 07:41 UTC → 24 JUL 2026 05:20 UTC

Read from status.crypto.com every 5 minutes. Times are the venue’s own.

INCIDENT HISTORY · 90D

■ operational■ degraded■ outage■ not measured

70 incidents over 60 measured days, grouped into 9 distinct faults. A component that fails the same way twice a week has one fault many times, not many faults, and a list that prints it once per firing hides the difference behind its own length.

14 JULincidents opened per day · tallest bar is 1511 OCT

WORST · 90D

BY FAULTranked by how often each fired · every occurrence links to its own page

WS · connection · connCrypto.com WS — 6.7% of windows failing over the last five minutes (conn) — from Carlstadt, US and Singapore, SG15×4 minMEDIAN02 OCTLAST SEEN
REST · pingCrypto.com REST · ping — p95 1579ms over the last five minutes, 5.4× the 7-day baseline of 295ms — from Singapore, SG and Lauterbourg, FR12×2 minMEDIAN13 SEPLAST SEEN
REST · depth · timeoutCrypto.com REST · depth — 100% of checks failing over the last five minutes (timeout) — from Singapore, SG and Lauterbourg, FR10×5 minMEDIAN12 SEPLAST SEEN
REST · depthCrypto.com REST · depth — p95 1314ms over the last five minutes, 4.4× the 7-day baseline of 296ms — from Singapore, SG and Lauterbourg, FR8×4 minMEDIAN13 SEPLAST SEEN
REST · ticker · timeoutCrypto.com REST · ticker — intermittently degraded: 4 episodes in the last hour, most recently 100% of checks failing over the last five minutes (timeout) — from Singapore, SG and Lauterbourg, FR8×4 minMEDIAN12 SEPLAST SEEN
WS · trade · stalledCrypto.com WS · trade — 33% of windows stalled over the last minute (stalled) — from every region7×8 minMEDIAN03 OCTLAST SEEN
REST · tickerCrypto.com REST · ticker — p95 1551ms over the last five minutes, 5.3× the 7-day baseline of 294ms — from Singapore, SG and Lauterbourg, FR7×5 minMEDIAN13 SEPLAST SEEN
REST · ping · timeoutCrypto.com REST · ping — 100% of checks failing over the last minute (timeout) — from Singapore, SG and Lauterbourg, FR2×3 minMEDIAN11 SEPLAST SEEN

Every occurrence, newest first. 15 AUG 2026 → 11 SEP 2026.

WS · book · stalledCrypto.com WS · book — 33% of windows stalled over the last minute (stalled)1×5 minMEDIAN15 AUGLAST SEEN

Every occurrence, newest first. 15 AUG 2026 → 15 AUG 2026.

Incidents are opened by up24's own state machine over its own measurements, not by Crypto.com's status page. One WebSocket carries every stream a venue publishes, so a dropped socket is recorded once, against the connection, rather than once per stream.