AllTech01
Immediate containment
We isolate affected systems from the network while keeping them powered on and intact. The attacker loses access; the evidence stays where it is.
Incident Response & Breach Containment
You've been breached.
Now what?
Someone's in your email, a server is encrypting itself, or a tool you've never heard of is running as an administrator. We stop the bleeding, find out how far it went, and tell you in plain language what happened. You get the same engineers whether you're a client or you found us in an emergency.
The problem
The worst time to figure out who to call
Most businesses discover their incident response plan doesn't exist at the exact moment they need it. The bookkeeper notices an invoice was paid to the wrong account. A workstation starts behaving strangely. Someone gets a call from a customer asking about an email nobody sent.
What happens in the next few hours decides how much this costs. Pull the wrong plug and you destroy the evidence you need. Wipe the machine and you lose the answer to how did they get in, which means it happens again. Do nothing and the attacker keeps working, because they usually still have access.
AllTech responds to active incidents: contain it, understand it, remove it, and document it. If we already manage your environment, we're often the ones who find it first.
What you get
Containment, investigation, and a straight answer
Our own engineers handle it, using the tools we already run: endpoint detection, remote management, and network monitoring. We don't hand it to a subcontracted forensics firm you've never spoken to.
02
Account lockdown
Compromised accounts get password resets, revoked sessions, and re-enrolled multi-factor authentication. Attackers can keep using a stolen session long after the password changes, so revoking sessions is what actually ends the access.
03
Hunting the persistence
Removing the malware is the easy part. We go after what it left behind: scheduled tasks, registry run keys, rogue services, mailbox rules, and remote-access agents installed to survive a cleanup.
04
Scope, not guesswork
We determine which systems were touched, which accounts were used, what data was reachable, and whether it spread to cloud storage or other locations. We don’t assume it was just the one PC.
05
Surgical remediation
Where we can, we remove exactly what’s malicious and leave the rest running. Reimaging is sometimes the right call, but it shouldn’t be the automatic one. A production machine you can’t rebuild quickly deserves the more careful approach.
06
A written debrief
You get a document: timeline, what was found, what we did, what’s still open, and what to change so it doesn’t happen again. It’s the thing your insurer, your attorney, and your board will ask for.
In the field
Patterns we see over and over
All identifying details removed.
01
The mailbox rule nobody could see
A compromised Microsoft 365 account. Instead of sending obvious spam, the attacker created an inbox rule that moved every message mentioning the company’s accounting software into a folder nobody opens. The goal was to hide the payment-redirection conversation from the one person who’d have noticed it. We found it while investigating malware on the same user’s workstation, removed the rules, revoked every active session, and recommended a 90-day review of the account’s financial activity.
02
Legitimate software, doing illegitimate things
A remote-access agent, the same category of tool IT departments use every day, was installed on a workstation and pointed at a server the attacker controlled, running with full system privileges. The loader that installed it was a renamed copy of a standard Windows program, so nothing on disk looked obviously wrong. No automated alert caught it; an engineer found it during a routine review of security tool exclusions. The host was isolated the same day, and a scripted cleanup removed the rogue service, the scheduled task, and the registry keys it used to restart itself.
In both cases, a person or a behavior rule caught it. Neither one was a virus a scanner had a signature for.
The uncomfortable part
Why finding it is only the first hour
Security tools generate alerts, and an alert is where the work starts. It tells you something happened on one machine at one moment. It doesn't tell you whether the attacker still has access, what else they touched, which credentials they took, or what they left behind to get back in.
That gap is where incidents get expensive. Malware gets quarantined and everyone relaxes. Meanwhile the remote-access tool it installed keeps running, the mailbox rule keeps hiding emails, and the scheduled task reinstalls the payload overnight.
It's also why speed matters more than it seems. Attackers commonly sit in an environment for days or weeks before anyone notices, and every one of those days is more accounts, more credentials, and more places to hide. The goal of response is to remove every way back in, and to know you did.
How it works
What happens when you call us
- 01
We answer
You get an engineer, not a ticket confirmation. First questions: what are you seeing, what’s still running, and what shouldn’t be touched yet.
- 02
We contain
Affected systems get isolated from the network and accounts get locked down. We isolate the machine instead of wiping it, so it stays intact and we can still find out what happened.
- 03
We investigate
We work out how it got in, what it ran, where it spread, and whether it’s still active. That includes the parts people forget: cloud storage that synced the file, other devices on the same account, and mailboxes.
- 04
We eradicate
Malicious files, rogue services, scheduled tasks, registry keys, mailbox rules, and any remote-access agent that isn’t supposed to be there. We remove all of it, not just the file that triggered the alert, and verify afterward.
- 05
We restore
Systems come back to a known-good state and back onto the network, with the credentials that were exposed treated as compromised and rotated.
- 06
We debrief
A written report and a conversation. What happened, what we did, what’s still open, and the specific changes that would have prevented it or caught it sooner.
The deliverable
An incident nobody documented is an incident that repeats
Every response ends with a written debrief. It contains a timeline with real timestamps, the technical findings, the business impact in plain terms, every remediation action taken, and recommendations based on what we actually found rather than a generic security checklist.
- Timeline
- What happened, when, in order.
- Findings
- What was on the systems and what it was built to do.
- Impact
- Which accounts, which data, and what to assume was exposed.
- Actions taken
- Every containment and remediation step, on the record.
- What’s still open
- The honest part: what we couldn’t determine, and what needs follow-up.
This is also the document that gets requested later, and usually at a bad moment: by a cyber insurance carrier processing a claim, by an attorney assessing notification obligations, or by a customer's security team asking what happened to their data.
Who this is for
Built for real situations
01
A business that just found something
Odd emails, a strange login alert, a machine acting wrong. You don’t need to be a client and you don’t need to be sure it’s real. Call before you start deleting things.
02
A company whose money went to the wrong account
Business email compromise is the quietest and most expensive incident we handle. There’s a narrow window where the payment can still be recalled, and it closes fast.
03
A manufacturer that can’t stop the line
Containment doesn’t have to mean shutting down production. We isolate what has to be isolated and work around what can’t be, deliberately.
04
A healthcare or professional services office
Patient records and client files carry notification obligations if they’re exposed. Determining what was actually reachable, instead of assuming the worst, changes what you’re legally required to do.
05
A business whose insurer is asking questions
Cyber policies increasingly require documented response procedures and a written incident record. We produce both.
06
An organization with no IT staff on-site
Multi-location businesses and small offices where nobody local can tell a real incident from a pop-up. We assess it remotely and come on-site when hands on hardware is what’s needed.
07
A company that already cleaned it up
You ran a scan, deleted the file, and moved on, but something still feels wrong. Usually that’s because the persistence is still there. We’ll verify it’s actually gone.
08
A business that wants a plan before an incident
The cheapest hour of incident response is the one spent before anything happens: who gets called, what gets isolated, where the backups are, and who talks to customers.
Honest expectations
What we don't promise
We don't promise your data wasn't taken. In most incidents, proving a negative isn't possible with the evidence available, and any firm that tells you otherwise on day one is guessing. What we can do is establish what was reachable and what the malware was built to do, and tell you which assumptions are safe.
We don't promise a fixed recovery time. It depends on how long the attacker had, how many systems were involved, and whether your backups are usable. We'd rather tell you that than quote a number we invent to win the call.
We're not a law firm and we're not your insurer. We'll document what happened accurately enough for both, and we'll tell you when it's time to involve them, but breach notification is a legal determination and we don't make it for you.
And we'd rather you never need this page. Response is the most expensive layer of security there is. Monitoring, patching, backups you've actually tested, multi-factor authentication, and training are all cheaper than the day you call us, which is why we spend most of our time on those.
Related services
The layers that make this call less likely
01
Managed SOC
24/7 monitoring and human review. The faster something is caught, the smaller the response.
02
Endpoint Security & Managed EDR
EDR on every managed device. It’s what gives us visibility and the ability to isolate a machine in minutes.
03
Backup & Disaster Recovery
Tested, immutable backups are what make ransomware a bad week instead of a closed business.
04
Email Security & Phishing Protection
Most incidents start in a mailbox. Filtering ahead of Microsoft 365 stops a lot of them before delivery.
Industries
Industries that rely on this service.
Insights
Related reading.
01
How to Test a Backup Restore Before You Need It
A backup you have never restored is a guess. Here is how to test a restore, what to check and how often, and why ransomware makes the test matter.
02
Ransomware Gangs Exploit PAN-OS GlobalProtect Flaw
Qilin and Inc operators are attempting CVE-2026-0257 against Palo Alto GlobalProtect VPNs. Who is affected, fixed versions, and what to check first.
03
Fileless PowerShell Attack Behind Node.js
A ClickFix-style attack on a Cache Valley business skipped the disk entirely: a memory-only PowerShell payload that dropped a signed-runtime backdoor.
Start with a conversation
If something's happening right now, call. Don't email.
If it's not urgent, let's build the plan before you need it: who gets called, what gets isolated, and how you keep the business running while we work.
