Know the moment something looks wrong.
Threat Monitoring reads the logs from your servers, apps and cloud accounts around the clock. When something unusual happens, you hear about it within seconds, in plain words, together with what we already did about it.
- Urgent03:12
Someone logged in to web-01 after 312 failed tries
We locked the account and ended the session. Please confirm it wasn't you.
- Check08:41
A new admin account was created on your shop
Created by Maria from the office network. Probably fine, marked for review.
- Handled10:05
One address scanned your site for old WordPress files
Blocked across all your sites after the fourth request.
- Handled11:37
A storage bucket was made public by mistake
Set back to private within 9 seconds of the change.
Your systems write down everything. Nobody has time to read it.
Every login, change and error is recorded somewhere. That is usually where a break-in shows up first: a burst of failed logins, a new admin account at 3am, a large download nobody asked for. BurstLayer reads all of it, so you don't have to.
Many small signs, read together.
A single event rarely means much. The pattern is what gives an attacker away.
Reads every log
Server logs, login records, cloud activity and app errors from every source you connect, gathered in one place.
Connects the dots
One failed login means nothing. Three hundred from one address, then a success and a new admin account, means a break-in.
Alerts you can understand
Each alert says what happened, how serious it is and what we did about it. No codes to look up.
Awake at night
Attacks often start while you sleep. Monitoring runs every hour of every day, and urgent issues can wake the right person.
Quiet by default
Routine noise is filtered out, so the alerts that reach you are the ones worth reading.
Full history
Search back through months of activity when you need to know exactly what happened, and when.
Every alert comes with the whole story.
When we flag something, you see the chain of events behind it, in order, with times. You can tell at a glance whether it is a real attack or a false alarm.
- 02:58312 failed logins to web-01 from one address
- 03:11The same address finally logs in as “deploy”
- 03:12A new admin user “support2” is created
- 03:12Outgoing connection to an address known for attacks
What we did at 03:12
Locked “deploy”, removed “support2”, blocked the address on all servers and saved the evidence.
Delivered where you already are.
Alerts arrive in Slack, Microsoft Teams, email or by text message. Each one has buttons to lock an account, block an address or ask Vigil for more detail.
- Choose who gets which alerts
- Quiet hours for anything that can wait
- One summary email every morning
Urgent: someone got into web-01
I locked the account and blocked the address. Was this you?
Overnight: 1 urgent alert, 41 attacks stopped
Everything else was routine. Two updates are waiting for your approval.
BurstLayer: urgent alert on web-01
Reply 1 to lock the server, 2 to call the on-call engineer.
24/7
Every hour of every day, weekends included
Seconds
From a suspicious event to an alert you can read
1 view
For logs from every server, app and cloud account
4 ways
To be told: Slack, Teams, email and text message
From quiet logs to clear alerts.
- 01
Connect your sources
Add servers, apps and cloud accounts. Most connect in a click, with read-only access.
- 02
We learn your normal
Over the first few days we learn when your team logs in, where your users are and how busy your servers usually are.
- 03
Unusual becomes an alert
Anything out of the ordinary is checked against known attack methods and your own history, then sent to you with our advice.
The kind of things it catches.
Stolen passwords in use
A real account logging in from somewhere it never has before, at an hour it never does.
Break-ins after hours
Logins and changes in the middle of the night, when nobody on your team is working.
Data leaving in bulk
Unusually large downloads or exports from your database or file storage.
New admin accounts
Someone quietly giving themselves full control of a server, a shop or a cloud account.
Changes nobody approved
Firewall rules opened, backups switched off or storage made public.
Hidden crypto miners
Someone running programs on your server to mine cryptocurrency on your electricity bill.
Every system leaves a trail. We read it.
Logins, changes and errors from everything you run, read and cross-checked as they happen.
Questions, answered.
What people usually ask before they turn on Threat Monitoring.
Which logs can you read?+
Logs from Linux and Windows servers and from web servers, login activity from your apps, and activity logs from AWS, Google Cloud, Azure, Vercel, Supabase and more.
Do you keep my logs?+
We keep what is needed to investigate alerts and show you history. You choose how long we keep it and in which region it is stored.
How do you avoid flooding me with alerts?+
Most events are routine and never reach you. We only alert when something is unusual for your systems, and related events are grouped into a single alert.
Can I keep using my own tools?+
Yes. Alerts can be forwarded to the tools your team already uses, and you can export everything we collect.
What happens after an alert?+
Many are handled automatically, for example by blocking an address. For the rest, the alert tells you the next step and lets you take it with one click.
Works well with
Each product is useful on its own. Together they cover the whole path an attacker would take.
Stop reading logs. Start getting answers.
Connect your first server or cloud account for free and see what has been happening while you weren't looking.