When it comes to checking whether AWS is doing well or is experiencing a stumble, it's not enough to simply look at a green or red light: You have to cross the health panel, real-time signals and specific reviews of your resourcesWith this combined approach, you'll know whether the problem is general, regional, or related to your own infrastructure, and you'll be able to act without taking a wild stab.
In this guide, I'll leave you with everything well-structured to check the status of AWS with a head: from the AWS Health Dashboard and its integration with EventBridge, to how to view the renewal status in ACM, interpret EC2 checks, and react with CloudWatch metrics and alarms. You'll also find out what steps to take if the console refuses to load, how to check the public status page, and why third parties like Downdetector are useful for context, but not for automation.
AWS Health Dashboard: The Starting Point
The AWS Health Dashboard displays outages, active events, and planned maintenance that may impact your services and resources. It's part of your account, requires no configuration, and provides contextual visibility. about what's going on. If you're not logged into a specific instance or console, this is the first place to look.
A detail that is often forgotten: AWS is regionalSelect the correct region from the Health panel selector, because if you search for the wrong region, you may miss the incident affecting you. This precision prevents misdiagnoses when the problem is limited to a specific geographic area.
From 2023, when opening a public event on the Health panel, The browser URL includes a deep link to the eventThis allows you to share the exact incident you're viewing or reopen it and return to the same view with the pop-up window loaded, facilitating teamwork during an incident.
If the admin console doesn't open or returns browser errors (e.g., 404), don't rush into it. First check if there is a relevant active event in the Health Dashboard, and then apply local measures such as clearing cache and cookies, trying a different browser, and confirming with your IT team that your network is not blocking Amazon domains (amazon.com and subdomains like aws.amazon.com).
Reliable event ingestion: EventBridge is better than RSS
There are RSS feeds with health events, but their format can change over time and break your integrationsScraping or relying on RSS for critical pipelines is risky, to say the least.
The robust thing is to integrate AWS Health with Amazon EventBridgeThis way, you receive events with a stable schema, in real time, and ready to route to Lambda, queues, notifications, or internal dashboards, creating your incident circuit without fragile parts.
With EventBridge you gain traceability and resilience: You can tag, enrich, correlate and automate responses depending on the service, region, or impact. And if the details of the public feed presentation change tomorrow, your integration will remain intact.
ACM: Review certificate renewals without any problems
With AWS Certificate Manager, you can verify that your certificates are being renewed correctly in a managed manner. A certificate is eligible for auto-renewal when it is associated with AWS services (for example, ELB or CloudFront) or if it was exported since its issuance or last renewal.This eligibility is the cornerstone of forgetting about manual renewals.
When the renewal cycle starts, ACM displays a status field in the certificate details. From the console, API or CLI you can check the RenewalStatus to know where you stand. You'll also see relevant statuses related to your Health dashboard if there are any issues that require your attention.
If you prefer commands, the CLI makes it easy: The describe-certificate operation returns the details, including the renewal status.. For example: uterine
Example: aws acm describe-certificate --certificate-arn arn:aws:acm:REGION:ACCOUNT:certificate/CERTIFICATE_ID
In the JSON response, look at the RenewalStatus field. If that field does not appear yet, ACM has not initiated the managed renewal.. It's a good idea to plan ahead: ACM tries to automatically renew about 60 days before expiration, and if something goes wrong (domain validation, for example), You will receive notifications in Health in advance: 45, 30, 15, 7, 3 and 1 day.
When the console won't charge: quick and effective steps
404 errors or connection failures when accessing the AWS console are usually solvable. Start by reviewing the Health Dashboard in the region where your resources are located. to dismiss an ongoing event affecting that service or console.
If there are no open incidents, apply local measures: clear browser cache and cookies, try logging in with another browser and confirm with your system administrator that the corporate network does not block amazon.com or subdomains like aws.amazon.com.
The problem could be limited to a specific resource. For example, an EC2 instance may be undergoing planned maintenance., and the Health panel will show you the window and impact of that event. Going to the root saves you time.
Also, if your lockout is on your account, it's always a good idea to have help articles handy: Create and activate a new account, log in to the console, or request assistance.Having these guides located reduces wait times in times of stress.
EC2 in detail: status checks and what to do when they fail
Amazon EC2 performs automatic checks per instance to detect platform or software issues affecting your applications. These checks are run every minute and mark OK or impaired depending on their result.. They can't be turned off and are your early warning.
Each type of verification is supported by metrics in CloudWatch. If a check fails, the associated metric rises and it is time to raise the alarm.With this, you can automate notifications and actions to minimize downtime.
System checks (underlying platform)
These checks monitor the infrastructure where your instance runs. When they fail, it is usually a platform issue that requires AWS intervention or measures to move the instance to another host..
In EBS-supported instances, effective action is stop and start the instance to relocate it to a new hostIf your instance uses instance store (Linux), you can choose to terminate and replace, knowing that ephemeral volumes are lost upon shutdown.
The metric that reflects this failure is StatusCheckFailed_SystemIt's perfect for alarms that trigger runbooks, automatic recovery, or opening a support case if the situation persists.
There is a peculiarity with Bare Metal: A reboot from the operating system may temporarily cause a system check error.. When the instance is back in working order, the status will return to OK without further intervention.
Instance checks (connectivity and software)
These checks analyze the health of the OS and network of the instance itself. EC2 validates connectivity by sending ARP requests to the NIC to verify that it is responding.A failure here usually requires adjustments on your end.
If the check fails, it's time to act: Reboot the instance, check firewall/iptables, check system logs, and make sure the network is responding.When the cause is software or configuration, waiting is not enough.
The metric to watch is StatusCheckFailed_Instance. Use it to trigger alarms that run diagnostic procedures (collecting logs, controlled reboots, or rollbacks if you detect that it's not recovering).
Again, in Bare Metal, a temporary error may appear when rebooting from the OS. When the instance completes booting, the checks normally return to OK., so don't panic.
EBS Attached Checks (I/O on Volumes)
These checks validate whether the attached EBS volumes are accessible and can complete input/output operations. The StatusCheckFailed_AttachedEBS binary metric indicates deterioration when one or more volumes fail..
An error on this front may be due to underlying computational problems or issues in EBS. You can expect mitigation from AWS or take action: Replace volumes, stop and start the instance to move it to another host, or review IOPS sizing if you see bottlenecks.
If your load does not make I/O but deterioration appears, A stop and start cycle can resolve host issues that impact volume accessibility.. Complement with native EBS metrics in CloudWatch to detect poor performance patterns.
In Auto Scaling groups, configure the policy to Remove instances with persistent failures in the attached EBS checkYou'll keep your fleet healthy without manual intervention and avoid prolonged downtime.
Alarms and Automation: CloudWatch + Auto Scaling
With all the health metrics, CloudWatch becomes your nervous system. Define thresholds, create alarms, and orchestrate actions: notifications, Lambda, instance recovery or replacement. It is the basis for automatic and consistent responses.
If you need business continuity, consider automating and replacing: Auto Scaling can retire failed instances and launch new ones, while your alarms activate the appropriate notification channels (email, Slack, PagerDuty or whatever you use).
The complete view comes from correlating sources: CloudWatch metrics and logs, traces, and AWS Health events via EventBridgeWith this tile, you'll be able to distinguish whether the problem is with your app, the instance, the volume, or the platform, and you'll be able to react accurately.
Official and contextual sources to know if AWS fails
When rumors of a fall circulate — like the AWS global outage which caused massive failures—, the ideal is to prioritize official sources. Check the public page status.aws.amazon.com to see the status by service and region., and use the AWS Health Dashboard if you are signed in for account-specific information.
Third-party sources provide additional social context and signals. Downdetector reflects spikes in user reports, and The Stack Status summarizes the status of several providers.They are useful for estimating reach, although they do not replace official channels.
However, it distinguishes between visibility and automation. For programmatic event ingestion, EventBridge is better than RSS feeds or scraping., because external formats can change and leave you in the middle of an incident.
How big drops manifest and what you can expect
Major incidents tend to be concentrated in heavily used regions (such as the US East Coast), and The impact is felt in chains: storage, computing, databases or DNSIt's not uncommon to see services like S3, EC2, RDS, Route 53, or Kinesis listed among those affected by error spikes.
In these cases, streaming companies, collaboration tools, e-commerce, or mobile apps may experience latency, authentication errors, and intermittent failures. The pattern is uneven: it works for some users, not for others., according to routes, points of presence and active regions.
Official channels usually publish regular updates: Preliminary identification of the cause (e.g., DNS resolution issues on an API), deployment of mitigations, and retry recommendationsAs recovery progresses, errors decrease and traffic returns to normal.
In certain countries or sectors, you'll see headlines about specific services affected. Platforms such as Netflix, Disney+, Slack, banks or very popular apps can be affected when the region they depend on suffers, and even businesses in LATAM (such as iFood, Mercado Livre or PicPay in past incidents) have felt the tremor.
Economic and reputational impact of a fall
Beyond the technical side, a cloud outage has a real cost: Losses per minute, overloaded support, frustrated customers, and media pressureThe network effect is amplified by the centralization of certain pillars of the Internet.
Organizations that operate critical services know this all too well: If failures are repeated, trust is eroded and recovering the brand image costs more than the technical repair itself.
These crises bring to the table an obvious but uncomfortable lesson: we depend heavily on shared infrastructuresDesigning for resilience and realistic failure assumptions is no longer optional.
Strategies to be more resilient to the next incident
If your business can't be shut down, there are tactics that reduce operational risk. Consider a multi-region architecture to distribute load between different AWS zones. and avoid a single point of geographic failure.
When the use case justifies it, evaluate multi-cloud. Distributing core functionality to another provider (Azure, GCP) gives you a safety net., although it involves greater complexity and coordination costs.
At the delivery layer, a well-configured CDN helps weather storms. Services like CloudFront or alternatives like Cloudflare allow you to serve static content even if your origin is stumbling., giving users and systems a break.
None of this works without organization: Define an incident response plan with roles, channels, escalation, and external communicationIn hot moments, clarity saves precious minutes.
Best practices for checking AWS status without getting lost
Centralizes observability: Use the AWS Health Dashboard for platform context and CloudWatch for operational metricsThis dual approach prevents you from being blindsided by any one layer.
With certificates, automate. Monitor RenewalStatus in ACM and react to escalating alerts from the Health dashboard so as not to reach the expiration date on the wrong foot.
Set alarms on key EC2 metrics. StatusCheckFailed_System, StatusCheckFailed_Instance and StatusCheckFailed_AttachedEBS are essential, associated with recovery, restart, failover, or replacement actions via Auto Scaling, according to your SLA.
And if the console resists, remember the checklist: Check Health events in the correct region, clear your cache and cookies, change your browser, and confirm with IT that AWS domains aren't blocked. These simple checks solve more than you'd think.
Related Resources and Account Help
To expand and strengthen your operations, review the documentation for the services involved. AWS Health and EventBridge for event routing, ACM for renewals, and the CloudWatch/EC2 reference for metrics and actions., form a powerful kit.
- AWS Health Dashboard: Visibility of public and account-specific events, with no additional configuration required.
- Amazon EventBridge: Reliable ingestion of health events with flexible rules for routing to multiple destinations.
- AWS Certificate Manager (ACM): Renewal status tracking and staggered notifications before expiration.
- Amazon EC2 + CloudWatch: Checks per minute, status metrics, and alarms that trigger automatic responses.
If you have questions about accessing or managing your account, please refer to the most common support articles: How to create and activate a new account, how to log in to the console, and how to request help with your account and resources.. Having them located speeds up the process when something doesn't fit.
Looking at a single panel never tells the whole story: Checking the health of AWS requires combining the context of the Health Dashboard, reliable ingestion with EventBridge, ACM signals, and EC2 checks.With well-thought-out alarms and clear playbooks, diagnoses arrive sooner, responses are more accurate, and operations become much smoother even when traffic increases or there are regional unrest.
