01
A file arrives
Downloads, chat attachments, USB files, and manual scans all enter the same protective path.
How SafeLayer works
Security that acts before the verdict is obvious.
SafeLayer removes unfamiliar files from reach first, checks them through multiple layers, then returns, isolates, or holds them based on the evidence.
- Acts first
- Hold before execution
- Checks
- Multiple signals
- Works beside
- Windows Defender
- Possible outcomes
- Three clear paths
One protective path
Every unfamiliar arrival receives a safer first response.
The main flow
Hold it, understand it, then decide.
Signature scanners can only recognise what has already been described. SafeLayer closes that gap by making containment the first decision, not the last.
02
SafeLayer holds it
The file moves into a locked holding area, where it cannot be opened or executed while it is checked.
03
Multiple signals decide
Local reputation, scan engines, risk scoring, and a Defender second opinion build the verdict.
04
The right outcome follows
A clean file is returned, a threat is isolated, and an uncertain file remains held for your decision.
The gap it closes
An unknown file should not get a head start.
SafeLayer runs alongside Microsoft Defender, rather than asking it to stand down. The difference is timing: the file is made safe to inspect before anyone has to know exactly what it is.
01
Browser downloads
02
Chat attachments
03
USB arrivals
Three endings
Each verdict leads somewhere clear.
Clean
Given back, untouched.
The file returns to its original folder and name. The result is remembered, so the next scan is immediate.
Malicious
Locked in the vault.
The threat stays isolated where nothing can run it. Its fingerprint is retained so the same file is recognised again.
Needs review
Held for you to decide.
When a file is unfamiliar but suspicious, it remains safely held while you can rescan, ask Defender, trust, or vault it.
Six layers, not one
A threat has to pass more than one line of defence.
The protective path is reinforced from the first network request to suspicious behaviour after launch, with every layer adding another chance to stop or surface a threat.
Network
Blocks known dangerous destinations before a file reaches disk.
Arrival
Moves new files into holding as soon as they appear.
Engines
Uses signature and pattern scanning for known threats.
Judgement
Adds risk scoring, cloud fingerprints, and a second opinion.
Launch
Catches risky programs that reach the point of execution.
Behaviour
Makes suspicious encryption activity visible while there is time to respond.
SafeLayer AV