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CASE STUDY
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Find out before
your customers do.

We build the monitoring and observability layer most stacks never got, golden-signal dashboards per service, structured logs and traces, and synthetic checks on the flows that make you money. Then we design the alerts so a page means something: symptoms, not causes, with a runbook attached.
4 min
median time from incident to page
-88%
typical alert volume after redesign
35+
production stacks under our dashboards
Revenue overview
one board · every system
REAL-TIME
$4.8M▲ 23% vs last quarter
SOURCESZohoHubSpotQuickBooksStripe
31%
win rate
18
boards, one source
0
manual reports
Teams who sleep better with Encloud
NORTHBRIDGEStratosorbitaCaremontBLUESUMMIT

If support hears it first,
you have no monitoring.

Most teams have a CPU graph somewhere and a muted alerts channel. Four patterns we find in almost every observability audit, each one ends with a customer telling you your system is down.
01BLIND
Outages announced by angry customers
The first signal is a support ticket, a tweet, or the CEO forwarding an email. By the time someone confirms the outage, it has been failing for forty minutes, and nobody can say when it started.
02NOISE
Four hundred alerts a week, all ignored
Every threshold anyone ever worried about fires into one channel. Disk at 81%, a pod restarting, a cron job late, so the channel got muted, and the one alert that mattered scrolled past unread.
03GREEN
Servers healthy, business down
CPU flat, memory fine, all checks passing, and checkout has been erroring for an hour, or the CRM sync has silently written nothing since Tuesday. Infrastructure metrics never notice a broken payment key.
04FORENSICS
Debugging by SSH and grep
Unstructured logs scattered across boxes, no request IDs, no traces. Every incident starts with an archaeology dig, so a ten-minute fix takes three hours, most of it spent finding where to look.

Our fix: page on symptoms, not on causes.

A disk filling up is a cause. Checkout failing is a symptom your customer feels. We instrument both, dashboard both, but we only wake a human for the symptom, with an error budget deciding how loud. That single design choice is why our clients trust their pager again.
Audit your blind spots →
01
Golden signals on every service
Latency, traffic, errors and saturation per service, scraped by Prometheus, laid out in Grafana the same way on every board. Anyone on the team can open an unfamiliar service and read its health in ten seconds.
Golden signalsPer-service boardsPrometheus + Grafana
02
Monitor the business, not just the boxes
Synthetic probes run your checkout, login and CRM sync every few minutes, and business counters watch orders per hour. If orders drop to zero while every server is green, that is a page, because revenue is the metric that matters.
Synthetic checksOrders-per-hour alertsFlow probes
03
SLOs decide when the pager fires
We define SLOs with you, wire burn-rate alerts against the error budget, and delete every threshold alert they replace. One page means one action; everything else lands in a review queue, not a bedroom at 3am.
SLOs & error budgetsBurn-rate alertsRunbook per alert
04
Make every incident debuggable
Structured JSON logs with request IDs, traces that follow a request across services, and Sentry grouping errors by release. The dashboard says what broke; the trace says where; the log says why.
Structured loggingDistributed tracingError triage workflow

Observability services, signal to sleep

All Cloud & DevOps services
01
Golden-Signal Dashboards
RED/USE methodGrafana boardsPrometheus exportersRecording rules
02
Structured Logging
JSON log rolloutRequest IDsRetention policySearchable in seconds
03
Distributed Tracing
Trace propagationSlow-request waterfallCross-service spans
04
Alert Design & On-Call
Noise-kill reviewSeverity tiersEscalation pathsRunbook per alert
05
SLOs & Error Budgets
SLI selectionBurn-rate alertsBudget policy
06
Uptime & Synthetic Checks
Checkout & login probesCRM-sync watchdogsMulti-region checksStatus page
07
Error Tracking & Triage
Sentry setupRelease trackingOwnership routingWeekly triage ritual
08
Business-Metric Monitoring
Revenue countersBaseline anomaly alertsSync-lag gauges

How observability ships at Encloud

Five stages, each with named deliverables. Hover a stage to see what you get.
01
/ 05
Audit
01Map what can hurt you
We inventory services, walk your last five incidents, and list the flows that make money, then score current coverage against them. You see exactly which failures would reach a customer before they reach you.
Coverage mapIncident replay reviewCritical-flow list
02Get the signals flowing
Prometheus exporters on every service, structured JSON logs with request IDs shipped to Elasticsearch, trace propagation end to end, Sentry on the error path. Instrumentation lands service by service, no big-bang rollout.
Exporters & scrape configJSON log rolloutTraces end to end
03Design the pager, kill the noise
SLOs agreed with you, burn-rate alerts wired against error budgets, synthetic probes on checkout, login and sync flows, and a ruthless cull of every legacy threshold alert they make redundant.
SLO definitionsAlert rulebookLegacy-alert cull log
04Break it on purpose
A game day: we inject failures, a dead payment key, a stalled queue, a full disk, and verify the right page fires, reaches the right person, and the runbook actually resolves it. On-call rotation and escalation go live here.
Game-day reportRunbook libraryOn-call rotation
05Keep the pager honest
Monthly noise review, any alert that fired without causing action gets demoted or deleted. Post-incident reviews feed new checks, SLOs get revisited quarterly, and dashboards evolve with the architecture.
Monthly noise reviewPost-incident actionsQuarterly SLO review

Observability outcomes in spotlight

All case studies
Checkout probe caught a dead payment key in minutes
RetailSynthetic Monitoring
orbita
6 mindetection, 9 minutes before the first ticket
Client portrait
The probe failed, the page fired, and the key was rotated before support saw a single ticket. A year ago that was a four-hour outage we heard about on Twitter.
Felix Braun
Head of Engineering, Orbita
From 1,900 alerts a quarter to 41, all actionable
LogisticsAlert Design
NORTHBRIDGE
-98%alert volume after symptom-based redesign
Client portrait
We unmuted the alerts channel for the first time in two years. When a page fires now, everyone moves, because it is never noise.
Ines Kowalczyk
Platform Lead, Northbridge Freight
SLOs ended the "is it down or is it slow?" argument
B2B SaaSSLOs & Error Budgets
Stratos
99.95%login availability across two quarters
Client portrait
The error budget turned reliability from a feeling into a number. When the budget burns, features pause, and nobody argues, because we all agreed the math up front.
Owen Castillo
CTO, Stratos
Tracing cut incident diagnosis from hours to minutes
HealthcareLogging & Tracing
Caremont
faster incident resolution, median
Client portrait
We used to grep four servers hoping to find the request. Now the trace shows the exact hop that failed, with the log line attached. Compliance loves the audit trail too.
Maya Lindstrom
VP Technology, Caremont Health
A sync-lag gauge caught what green servers hid
Financial ServicesBusiness-Metric Monitoring
BLUESUMMIT
0silent CRM-sync failures since launch
Client portrait
The CRM sync used to fail silently for days, every server healthy, no data moving. Now a lag gauge pages us at fifteen minutes. That single alert has paid for the engagement several times.
Andre Fontaine
Director of Operations, BlueSummit

Put a senior observability pod on your stack, not a dashboard subscription.

An SRE-minded engineer, a platform engineer and a delivery lead who have carried pagers themselves, instrumenting your services, designing your alerts and rehearsing your incidents until the system pages you first.
4 min
Median time from incident to a human being paged
-88%
Typical alert volume after a noise-kill redesign
35+
Production stacks running on dashboards we built

The stack that watches your stack

Open-source observability you own, no per-host pricing surprises, instrumented across the runtimes and data stores your product already runs on.
Metrics & dashboards
Logs, traces & errors
Runtime & edge
What we instrument
The scrape-and-see core: every service exporting, every board reading the same way.
PrometheusPrometheus
GrafanaGrafana

Book an observability audit, not a sales call.

45 minutes with an engineer who has carried a pager. Bring your last incident and your alerts channel, leave with a coverage map of what would reach customers before it reaches you, and the three checks worth wiring first.
No obligation, no prepared pitch
NDA on request before you share dashboards or incidents
Honest read on self-hosted vs SaaS tooling, we sell engineering, not licenses
4.9 / 5average across 70+ platform engagements
The audit replayed our worst outage against the new alert rules and showed we would have been paged in three minutes instead of hearing it from a customer at minute fifty.
Ines Kowalczyk
Platform Lead, Northbridge Freight
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Frequently asked questions

Weighing self-hosted Grafana against a SaaS bill, or just tired of a muted alerts channel? Bring the question to an observability audit and get an answer mapped to your own incidents.
Talk to a platform engineer →
Monitoring vs observability, what's the difference, practically?+
Monitoring answers questions you predicted: is the server up, is latency under 300ms. Observability lets you answer questions you never predicted, why is checkout slow for Dutch users on mobile since Tuesday, because structured logs, metrics and traces let you interrogate the system after the fact. You need both: monitoring to page you, observability to make the incident short.
How do you actually fix alert fatigue?+
By deleting alerts, not adding them. We rebuild the pager around symptoms customers feel, SLO burn-rate alerts and synthetic-check failures, and demote cause-level alerts (CPU, disk, restarts) to dashboards and review queues. Every page that survives gets a runbook and an owner, and a monthly noise review deletes anything that fired without causing action. Clients typically see alert volume drop by around 90% while catching more real incidents.
What SLOs should we start with?+
Start with two or three, on the flows that make money: availability and latency of checkout or login, and freshness of your most important data sync. Pick targets from what the system actually did over the last month rather than aspirational nines, you can tighten later. We define them with you in a working session, then wire burn-rate alerts against the error budget so the SLO is enforced, not decorative.
What does the tooling cost? Self-hosted Grafana vs Datadog?+
Self-hosted Grafana, Prometheus and Elasticsearch on AWS typically runs a few hundred dollars a month in infrastructure for a mid-sized stack, versus SaaS platforms like Datadog, where per-host and per-GB pricing routinely surprises teams with five-figure monthly bills as they grow. We default to the open-source stack because you own it and the cost curve stays flat, but if a SaaS tool genuinely fits your team better, we will say so, we sell engineering, not licenses.
How does business-flow monitoring work?+
Two mechanisms. Synthetic probes run your real flows, checkout, login, CRM sync, end to end from outside your network every few minutes, so a broken payment key or expired OAuth token is caught even when every server is green. Business counters watch metrics like orders per hour against a learned baseline, so revenue dropping to zero is a page in its own right. Both alert on what customers and the P&L actually feel.
Who responds to the alerts, you or us?+
Your choice. Most clients keep on-call in-house, we design the rotation, escalation paths and runbooks so a page is answerable by whoever holds the pager. If you don't have the coverage, our managed monitoring under a written SLA takes first response and escalates to your team only when a decision needs an owner. Many start managed and take it in-house once the runbooks have proven themselves.
How long does a monitoring setup take?+
The observability audit takes about a week. First signals, golden-signal dashboards and synthetic checks on your top two flows, typically ship within two weeks of kickoff. A full build: instrumentation across services, SLOs, alert redesign, game day and on-call wiring, usually runs five to eight weeks depending on service count. You get a real timeline after the audit, not a guess.
Will instrumentation slow down our application?+
Not measurably, done right. Prometheus scrapes are pull-based and cheap, structured logging costs microseconds per request, and traces are sampled, you keep every error trace but only a slice of healthy traffic. We benchmark before and after instrumentation on your own stack and show you the overhead numbers, which are usually lost in normal variance.

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