Edge degradation in EU-West
Latency and error rates climb across everything behind the edge. Your traces show the effect, not the cause.
Your telemetry explains how your application behaved. Crowswatch explains what changed upstream, across Cloudflare, AWS, Stripe, DNS and the SaaS dependencies your systems rely on, in one operational stream.
Inside your stack vs outside it
Deep internal telemetry explains how your application behaved. External operational visibility explains what changed upstream to cause it.
Cross-provider correlation
Your telemetry shows the symptom inside your systems. Crowswatch correlates the external providers it propagated through.
Edge degradation in EU-West
API error rate climbing
Regional latency elevated
Completion dropping, attributed
Three external providers, one correlated chain. None of it lives in your logs or traces.
Outside your stack
Your telemetry captures the symptoms accurately. The trigger increasingly sits with a provider you do not control. These are the external events Crowswatch watches in parallel.
Edge degradation in EU-West
Latency and error rates climb across everything behind the edge. Your traces show the effect, not the cause.
Regional incident in eu-central-1
Background jobs and APIs degrade. The regional event lives on the AWS status page, not in your logs.
Payment API instability
Retries and webhook delays ripple into checkout. The cause is a dependency, not your code.
Actions degraded during a deploy
Pipelines stall and time out. The incident is upstream of your runners and your telemetry.
SSL certificate expiring in 12 days
No telemetry symptom yet. The risk is external and time-based, invisible to traces.
MX and TXT records drifted
Mail delivery and authentication degrade quietly. Nothing in your application telemetry flags it.
Live operational view
Provider incidents, dependency health, domains and infrastructure events in a single correlated stream, alongside the telemetry you already collect.
Cloudflare
Investigating edge latency
AWS
Elevated error rates, us-east-1
GitHub
Degraded Actions performance
Stripe
All systems operational
Google Cloud
All systems operational
embercheckout.com
SSL certificate expires in 12 days
northstarcommerce.com
DMARC policy not enforced
atlas-mail.io
MX records changed recently
harbour-retail.co.uk
SPF includes too many lookups
Homepage load time
Elevated at 2.8s, up from 1.1s
Login endpoint
Intermittent, 3 failures this hour
Checkout API
Responding normally, avg 240ms
Pricing page keyword
Content check passed
Search endpoint
Responding normally, avg 180ms
Investigating elevated latency at the edge
Cloudflare · 8m ago
Increased error rates in us-east-1
AWS · 41m ago
Edge function cold starts elevated
Vercel · 1h ago
Degraded performance for Actions
GitHub · 2h ago
Cloudflare incident detected
Provider monitoring
Checkout API latency increased
Web & API checks
SSL certificate expiring soon
embercheckout.com
Tracker battery low
HoldMyGear
Stripe operational again
Connected services
Login flow recovered
Journey checks
Coverage comparison
The same incident, two timelines
Same incident. Better Stack's telemetry shows your systems reacting, accurately. Crowswatch shows the provider event upstream that set it off, in parallel.
All providers operational
baseline
Cloudflare edge degradation in EU-West detected
Provider incident
Stripe API error rate climbing, linked
Provider event
AWS eu-central-1 latency elevated, correlated
Dependency
Checkout completion impact, attributed
Customer journey
External cause and downstream impact grouped into one incident
Operational chain
Better Stack gives your team deep visibility into your systems. Crowswatch gives them visibility into the providers and dependencies those systems rely on, so investigation starts with context, not guesswork.
Free plan available. No credit card. 150+ providers tracked out of the box.