DevOps & SRE · LLM Reasoning at Scale

See the drift before
it becomes an outage.

Logswiz applies LLM reasoning to 100% of your infrastructure events, every deployment signal, runtime anomaly, and performance drift, before it wakes someone at 3am.

No credit card required · Up and running in minutes

SERVICE TOPOLOGY · LLM REASONING · LIVE cdn ● ok 8ms api-gw ● ok 12ms svc-auth ● ok 9ms svc-pay ⚑ drift +340ms svc-orders ● ok 18ms db-primary ● ok 4ms svc-cache ● ok 1ms svc-pay · p99 LATENCY TRACE deploy v2.4.1 LLM REASONING OUTPUT svc-pay p99 spike correlated to deploy v2.4.1 8/12 pods updated · rollout in progress · conf 0.96 Structured output routed to your incident tooling LLM REASONING · INFRASTRUCTURE EVENTS
The Problem

Your infrastructure speaks.
Sampling means you can't listen.

Every pod, service, and deployment generates signals. To manage costs, teams sample, filter, and drop the majority. The anomaly that causes the outage is almost always in the pile they skipped.

40+

Avg. minutes MTTR

When the signal existed in sampled-out data hours before the alert fired. Full coverage means detection in minutes, not after damage is done.

<10%

Of log volume typically indexed

The rest is dropped to control observability costs. Context lives in the unindexed 90%, making postmortems guesswork.

100%

Logswiz event coverage

Every log line, every metric, every trace reasoned over by LLM intelligence in real time. Nothing dropped.

Case Studies

Real results. Real organisations.

What becomes possible when LLM reasoning runs over 100% of the data.

E-Commerce
40 min → 3 min
Mean time to resolution

From 40-minute MTTR to 3 minutes across a 2,400-service architecture

A global e-commerce platform reduced mean time to resolution from 40 minutes to 3 minutes by applying LLM reasoning to 100% of infrastructure events — eliminati...

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Enterprise Software
94%
Of incidents caught before customer impact

Preventing 94% of production incidents before they impact customers

A European SaaS provider shifted from reactive incident response to proactive prevention — catching 94% of would-be production incidents at the drift stage, bef...

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Financial Data
11 hrs → 45 min
Per-incident postmortem time

Eliminating 11 hours of weekly postmortem work per SRE

A financial data provider reduced the time each SRE spent on postmortem analysis from 11 hours per week to under 45 minutes — by replacing manual log triage wit...

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How It Works

LLM reasoning across your entire
infrastructure, in real time.

01

Connect your stack

Ingest from Kubernetes, Docker, cloud providers, and any OTEL-compatible source. 100% of events, nothing sampled away.

02

Reason over every event

LLM intelligence classifies each signal, detects drift patterns, and correlates anomalies across services in sub-millisecond latency.

03

Explain the why

Instead of raw alerts, Logswiz delivers contextualized intelligence: what changed, why it matters, and where to look first.

04

Route to your tools

Push enriched intelligence to PagerDuty, Jira, Slack, or any webhook. Fits your existing incident workflow without replacement.

DEVOPS.INFERENCE.COST
// SAME INFRASTRUCTURE LOG VOLUME.
// SAME LLM REASONING. DIFFERENT COST.
Standard LLM inference

1000× y

Cost to reason over x volume of infrastructure events

Logswiz

y

Same x volume. Same reasoning. Fraction of the cost.

Inference cost ratio

1000×

less to reason over the same data

Which means

Full coverage
becomes viable

// SAME MODEL. SAME OUTPUT. 1000× THE ROI.

The ROI

Full observability intelligence
is now
financially obvious.

The value Logswiz delivers comes from two compounding factors: the volume of infrastructure events it reasons over that were previously sampled away, and the reliability of the output that makes LLM inference genuinely trustworthy.

Together they produce a return on investment that reframes the question entirely, not "can we afford to do this?" but "what has it been costing us not to?"

Get Started Free →

Stop sampling.
Start knowing.

See what 100% infrastructure event coverage looks like for your stack, with a model reliable enough to put into production.