AI-assisted review
Instance benchmark

DigitalOcean s-2vcpu-4gb

The complete benchmark report. Every workload, in one place.

2 vCPU3.8 GiB RAMx86_64Bangalore, IN$24.00 / month
Published report · 17 Oct 2026 · One deployment · 24 min test windowUbuntu 24.04.5 · Region blr1 · Method pilot-1

All values below are medians of passed runs unless stated otherwise.

01 /

CPU performance

sysbench 1.0.20 prime workload · 1 thread and all 2 vCPUs.

361.4events/s
Single thread
674.0events/s
All 2 vCPUs
Events / sec
  • 1 thread
    361.4
  • 2 threads
    674.0

Median of 3 passed runs of about 30 seconds per thread count.

gzip fixed corpus · compression input throughput 180.5 MiB/s · single run.

02 /

Memory bandwidth

sysbench 1.0.20 memory · sequential read and write operations.

Read6,067 MiB/s
Write6,004 MiB/s
CopyNot measured
Throughput (MiB/s)
  • Read
    6,067
  • Write
    6,004
  • Copy
    Not measured

Median of 3 passed runs of about 30 seconds per operation. The copy workload is deferred in this methodology.

03 /

Disk performance

fio 3.36 · direct I/O · sequential, random and mixed jobs measured separately.

WorkloadThroughputp95 latency
Sequential read5,471 MB/s10,158 µs
Sequential write1,860 MB/s40,108 µs
Random read83,421 IOPS561.2 µs
Random write61,369 IOPS823.3 µs
Random mix · read52,453 IOPS659.5 µs
Random mix · write22,502 IOPS659.5 µs

Median of 3 passed runs of about 30 seconds per job. The mixed job's reads and writes are listed separately.

04 /

Network performance

Source: Bangalore, IN · LibreSpeed CLI 1.0.14 · public HTTPS destinations.

DestinationDownloadUploadHTTP latencyHTTP jitterLoss
Frankfurt, Germany (Clouvider)
17/10/2026, 17:32:00 UTC · Separate VM network-only run · View reviewed run
420.4 Mbit/s158.2 Mbit/s131.4 ms0.24 msNot measured
New York, United States (2) (Clouvider)
17/10/2026, 17:32:00 UTC · Separate VM network-only run · View reviewed run
302.2 Mbit/s91.0 Mbit/s201.9 ms0.05 msNot measured

One 10-second download and upload per destination, three concurrent streams, IPv4 over HTTPS, with no configured rate limit. HTTP latency and jitter are application-level measurements; packet loss was not measured. These paths do not establish maximum link capacity.

Latest matching published internet speed test for this provider, plan, recorded region and resource class, taken on a separate VM. These values are not measurements from this full benchmark deployment. The original capped iperf path checks remain under Evidence; their values and test window are unchanged.

Browse all network speed tests.

12 GiB outbound-interface abort threshold is sampled; kernel buffering and sampling may overshoot. Retained counters disclose actual observed bytes.

05 /

PostgreSQL performance

PostgreSQL 16.15 · pgbench · in-memory and storage-bound datasets.

Dataset profileTransactions / secAverage latencyPassed runs
In memory1,8982.10 ms3 of 3 passed
Storage-bound1,2963.08 ms3 of 3 passed

Median of 3 passed runs of about 30 seconds per dataset. Latency percentiles were not measured.

Running PostgreSQL yourself? Read our PostgreSQL tutorials.

06 /

Consistency across runs

One deployment · repeated runs inside the recorded test window.

24-hour consistencyNot measured

Workload skipped · No measured score. This report covers a 24 min test window, so no time series exists and none is drawn.

RepetitionCPU 1 threadMemory readRandom readPostgreSQL
1361.4 events/s6,067 MiB/s81,441 IOPS1,898 tx/s
2342.3 events/s5,947 MiB/s88,627 IOPS1,681 tx/s
3366.1 events/s6,214 MiB/s83,421 IOPS2,022 tx/s

Individual runs, not medians. PostgreSQL uses the in-memory dataset. Spread within one test window does not establish long-term consistency.

07 /

Inspect the evidence.

Recorded environment, reviewed measurements and the published snapshot.

OSUbuntu 24.04.5 LTS
Architecturex86_64
Methodpilot-1
Deployments1
Window24 min
report.json

Reviewed, sanitized snapshot: every run, the environment record and all limitations. Raw intake logs remain private.

Read the full methodology

One deployment describes this report, not every server a provider operates.

A 24 min test window does not establish 24-hour consistency or long-term reliability.

AI-assisted review · Codex AI-assisted evidence review (user-delegated) · Reviewed 17 Oct 2026 · Published 17 Oct 2026 · Revision 1

Review and measurement limits
  • Single deployment; not an independent three-instance cohort.
  • No hardware attestation.
  • Pilot memory implements read/write; copy workload deferred.
  • Network endpoints must be supplied by the operator; no public third-party servers are used.
  • Database latency distribution is not available from this pilot parser; average latency only.
  • This profile is not a full implementation of all proposed methodology tests.
  • Resource-constrained environment: CPU workers and RAM reflect affinity/cgroup limits, not host capacity. Private resource-limits evidence retains both; do not merge container/VM or architecture cohorts.
  • Short profile: does not establish 24-hour consistency.
  • This report received AI-assisted evidence review under user-delegated authorization. This is not independent human verification or hardware attestation.
  • This pilot measures its recorded test window. It does not establish 24-hour consistency, long-term reliability or provider-wide performance.
  • Network tests use two controlled London endpoints, one stream, a 100 Mbit/s rate setting and a requested 64 MiB byte target per direction. Reverse-mode polling can exceed that byte target; actual sent and received bytes govern traffic accounting. These results do not measure maximum link capacity.
  • SKU and region were matched to retained deployment records. A missing detected SKU uses the operator-supplied plan and remains labelled supplied. Control-plane records and checksums do not attest the physical host or establish physical-host independence.
  • Package versions and available guard and journal evidence were reviewed. These records do not establish continuous absence of package activity throughout the test window.
  • The pilot includes memory read/write and average PostgreSQL latency. Memory-copy tests and PostgreSQL latency percentiles are not implemented. Skipped consistency and missing measurements are not scores.
  • This first-wave run began before background package controls were tightened. Mitigation and point-in-time package checks are retained, but a prelaunch idle guard and continuous package-activity coverage are unavailable. Effects from unobserved background package activity cannot be ruled out.
Environment and configuration
Recorded fieldValue
ProviderDigitalOcean · detected
RegionBangalore, IN (blr1) · detected
Plans-2vcpu-4gb · supplied
List price$24.00 / month · $0.0357 / hour. List price on 17 Oct 2026, USD before tax. Source: DigitalOcean size catalog (API).
CPUDO-Regular
Architecturex86_64
Kernel6.8.0-142-generic
Virtualizationkvm
Agent0.2.0 (45388107250ca6e26b216f15a9c17b8d405ec1b7+source.ff98e866b26b3ac76b512554)
Dependenciessysbench: sysbench 1.0.20 · fio: fio-3.36 · iperf3: iperf 3.16 (cJSON 1.7.15) · postgresql: postgres (PostgreSQL) 16.15 (Ubuntu 16.15-0ubuntu0.24.04.1) · pgbench: pgbench (PostgreSQL) 16.15 (Ubuntu 16.15-0ubuntu0.24.04.1) · gzip: gzip 1.12 · apt:sysbench: 1.0.20+ds-6build2 · apt:fio: 3.36-1ubuntu0.1 · apt:iperf3: 3.16-1build2 · apt:postgresql-16: 16.15-0ubuntu0.24.04.1 · apt:postgresql-client-16: 16.15-0ubuntu0.24.04.1 · apt:gzip: 1.12-1ubuntu3.2
Configuration hash4b973ea007aa6e372c456b1bafad3e1690979240cca08550c09286ad17a4a44c
Started2026-10-17T11:42:17.899Z
Finished2026-10-17T12:06:17.542Z
Execution statuscompleted
Historical capped network path checks

Original full benchmark deployment · 17 Oct 2026. These controlled iperf path checks used a 100 Mbit/s rate setting and do not measure internet speed or maximum link capacity. RTT is the probe mean; jitter and packet loss were not measured. The original report JSON retains these measurements.

Controlled destinationDownloadUploadRTTJitterLoss
London endpoint 199.9 Mbit/s97.5 Mbit/s134.2 ms——
London endpoint 223.4 Mbit/s96.5 Mbit/s195.6 ms——
Every measured repetition and outcome

CPU performance

Workload / repetitionOutcomeMetricValue
CPU 1 thread(s) · repetition 1passedEvents per second361.4 events/s
CPU 2 thread(s) · repetition 1passedEvents per second650.5 events/s
CPU 1 thread(s) · repetition 2passedEvents per second342.3 events/s
CPU 2 thread(s) · repetition 2passedEvents per second702.2 events/s
CPU 1 thread(s) · repetition 3passedEvents per second366.1 events/s
CPU 2 thread(s) · repetition 3passedEvents per second674.0 events/s
gzip fixed corpus · repetition 1passedCompression input throughput180.5 MiB/s

Memory bandwidth

Workload / repetitionOutcomeMetricValue
Memory read · repetition 1passedBandwidth6,067 MiB/s
Memory write · repetition 1passedBandwidth5,673 MiB/s
Memory read · repetition 2passedBandwidth5,947 MiB/s
Memory write · repetition 2passedBandwidth6,004 MiB/s
Memory read · repetition 3passedBandwidth6,214 MiB/s
Memory write · repetition 3passedBandwidth6,009 MiB/s

Disk performance

Workload / repetitionOutcomeMetricValue
Disk write · repetition 1passedwrite bandwidth1,521 MB/s
Disk write · repetition 1passedwrite operations1,450 IOPS
Disk write · repetition 1passedwrite p50 latency16,712 µs
Disk write · repetition 1passedwrite p95 latency55,312 µs
Disk write · repetition 1passedwrite p99 latency91,750 µs
Disk read · repetition 1passedread bandwidth3,850 MB/s
Disk read · repetition 1passedread operations3,671 IOPS
Disk read · repetition 1passedread p50 latency7,569 µs
Disk read · repetition 1passedread p95 latency17,695 µs
Disk read · repetition 1passedread p99 latency23,986 µs
Disk randwrite · repetition 1passedwrite bandwidth251.4 MB/s
Disk randwrite · repetition 1passedwrite operations61,369 IOPS
Disk randwrite · repetition 1passedwrite p50 latency481.3 µs
Disk randwrite · repetition 1passedwrite p95 latency823.3 µs
Disk randwrite · repetition 1passedwrite p99 latency1,090 µs
Disk randread · repetition 1passedread bandwidth333.6 MB/s
Disk randread · repetition 1passedread operations81,441 IOPS
Disk randread · repetition 1passedread p50 latency366.6 µs
Disk randread · repetition 1passedread p95 latency561.2 µs
Disk randread · repetition 1passedread p99 latency954.4 µs
Disk randrw · repetition 1passedread bandwidth214.8 MB/s
Disk randrw · repetition 1passedread operations52,453 IOPS
Disk randrw · repetition 1passedread p50 latency411.6 µs
Disk randrw · repetition 1passedread p95 latency659.5 µs
Disk randrw · repetition 1passedread p99 latency856.1 µs
Disk randrw · repetition 1passedwrite bandwidth92.2 MB/s
Disk randrw · repetition 1passedwrite operations22,502 IOPS
Disk randrw · repetition 1passedwrite p50 latency342.0 µs
Disk randrw · repetition 1passedwrite p95 latency659.5 µs
Disk randrw · repetition 1passedwrite p99 latency1,020 µs
Disk write · repetition 2passedwrite bandwidth1,860 MB/s
Disk write · repetition 2passedwrite operations1,774 IOPS
Disk write · repetition 2passedwrite p50 latency14,483 µs
Disk write · repetition 2passedwrite p95 latency40,108 µs
Disk write · repetition 2passedwrite p99 latency61,080 µs
Disk read · repetition 2passedread bandwidth6,443 MB/s
Disk read · repetition 2passedread operations6,145 IOPS
Disk read · repetition 2passedread p50 latency4,751 µs
Disk read · repetition 2passedread p95 latency8,716 µs
Disk read · repetition 2passedread p99 latency15,532 µs
Disk randwrite · repetition 2passedwrite bandwidth249.7 MB/s
Disk randwrite · repetition 2passedwrite operations60,966 IOPS
Disk randwrite · repetition 2passedwrite p50 latency469.0 µs
Disk randwrite · repetition 2passedwrite p95 latency856.1 µs
Disk randwrite · repetition 2passedwrite p99 latency1,450 µs
Disk randread · repetition 2passedread bandwidth363.0 MB/s
Disk randread · repetition 2passedread operations88,627 IOPS
Disk randread · repetition 2passedread p50 latency337.9 µs
Disk randread · repetition 2passedread p95 latency497.7 µs
Disk randread · repetition 2passedread p99 latency708.6 µs
Disk randrw · repetition 2passedread bandwidth210.1 MB/s
Disk randrw · repetition 2passedread operations51,287 IOPS
Disk randrw · repetition 2passedread p50 latency415.7 µs
Disk randrw · repetition 2passedread p95 latency692.2 µs
Disk randrw · repetition 2passedread p99 latency921.6 µs
Disk randrw · repetition 2passedwrite bandwidth90.1 MB/s
Disk randrw · repetition 2passedwrite operations22,003 IOPS
Disk randrw · repetition 2passedwrite p50 latency350.2 µs
Disk randrw · repetition 2passedwrite p95 latency708.6 µs
Disk randrw · repetition 2passedwrite p99 latency1,139 µs
Disk write · repetition 3passedwrite bandwidth1,982 MB/s
Disk write · repetition 3passedwrite operations1,890 IOPS
Disk write · repetition 3passedwrite p50 latency13,566 µs
Disk write · repetition 3passedwrite p95 latency36,438 µs
Disk write · repetition 3passedwrite p99 latency56,361 µs
Disk read · repetition 3passedread bandwidth5,471 MB/s
Disk read · repetition 3passedread operations5,217 IOPS
Disk read · repetition 3passedread p50 latency5,669 µs
Disk read · repetition 3passedread p95 latency10,158 µs
Disk read · repetition 3passedread p99 latency16,581 µs
Disk randwrite · repetition 3passedwrite bandwidth265.9 MB/s
Disk randwrite · repetition 3passedwrite operations64,910 IOPS
Disk randwrite · repetition 3passedwrite p50 latency448.5 µs
Disk randwrite · repetition 3passedwrite p95 latency782.3 µs
Disk randwrite · repetition 3passedwrite p99 latency1,020 µs
Disk randread · repetition 3passedread bandwidth341.7 MB/s
Disk randread · repetition 3passedread operations83,421 IOPS
Disk randread · repetition 3passedread p50 latency350.2 µs
Disk randread · repetition 3passedread p95 latency561.2 µs
Disk randread · repetition 3passedread p99 latency1,106 µs
Disk randrw · repetition 3passedread bandwidth218.4 MB/s
Disk randrw · repetition 3passedread operations53,325 IOPS
Disk randrw · repetition 3passedread p50 latency407.6 µs
Disk randrw · repetition 3passedread p95 latency651.3 µs
Disk randrw · repetition 3passedread p99 latency823.3 µs
Disk randrw · repetition 3passedwrite bandwidth93.7 MB/s
Disk randrw · repetition 3passedwrite operations22,875 IOPS
Disk randrw · repetition 3passedwrite p50 latency342.0 µs
Disk randrw · repetition 3passedwrite p95 latency643.1 µs
Disk randrw · repetition 3passedwrite p99 latency995.3 µs

Network performance

Workload / repetitionOutcomeMetricValue
Network upload endpoint 1 · repetition 1passedSender throughput100.2 Mbit/s
Network upload endpoint 1 · repetition 1passedReceiver throughput97.5 Mbit/s
Network download endpoint 1 · repetition 1passedSender throughput100.0 Mbit/s
Network download endpoint 1 · repetition 1passedReceiver throughput99.9 Mbit/s
Latency endpoint 1 · repetition 1passedRound-trip mean134.2 ms
Network upload endpoint 2 · repetition 1passedSender throughput100.2 Mbit/s
Network upload endpoint 2 · repetition 1passedReceiver throughput96.5 Mbit/s
Network download endpoint 2 · repetition 1passedSender throughput31.6 Mbit/s
Network download endpoint 2 · repetition 1passedReceiver throughput23.4 Mbit/s
Latency endpoint 2 · repetition 1passedRound-trip mean195.6 ms

PostgreSQL performance

Workload / repetitionOutcomeMetricValue
PostgreSQL memory dataset · repetition 1passedTransactions1,898 tx/s
PostgreSQL memory dataset · repetition 1passedAverage latency2.10 ms
PostgreSQL memory dataset · repetition 2passedTransactions1,681 tx/s
PostgreSQL memory dataset · repetition 2passedAverage latency2.38 ms
PostgreSQL memory dataset · repetition 3passedTransactions2,022 tx/s
PostgreSQL memory dataset · repetition 3passedAverage latency1.98 ms
PostgreSQL storage dataset · repetition 1passedTransactions1,253 tx/s
PostgreSQL storage dataset · repetition 1passedAverage latency3.19 ms
PostgreSQL storage dataset · repetition 2passedTransactions1,696 tx/s
PostgreSQL storage dataset · repetition 2passedAverage latency2.36 ms
PostgreSQL storage dataset · repetition 3passedTransactions1,296 tx/s
PostgreSQL storage dataset · repetition 3passedAverage latency3.08 ms

Consistency over time

Workload / repetitionOutcomeMetricValue
24-hour consistency · repetition 1skippedNo measured scoreNot measured