False positive, accepted risk or won't fix: what is the difference?
A false positive is wrong, accepted risk is real but tolerated, and won't fix is real but not worth fixing. Use distinct statuses so reports stay honest.
Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
A false positive is wrong, accepted risk is real but tolerated, and won't fix is real but not worth fixing. Use distinct statuses so reports stay honest.
A 2025 phishing email posed as npm support with a 2FA deadline and a lookalike domain. Spot the signs and go to the registry yourself instead of the link.
An external scan shows what an attacker on the internet can reach. An internal scan shows what is exposed behind the perimeter. Here is when you need each.
How to export your Claude chat history on Free, Pro and Max: where the button is, what the file holds, the 24 hour link, and what you cannot import.
Plain answers to the questions product managers ask about security work: why it takes time, what it buys, and how to weigh it against features.
No time for a 30 day trial? A four hour plan for small teams to compare dependency scanners on real repositories and reach a defensible decision.
Warehouse passwords, API keys and tokens leak from pipelines through code, logs, config and notebooks. A practical map of the leak points and fixes.
Return a generic message to users, log the details server side, use one global handler and watch 5xx rates. A short code review guide for error handling.
Ephemeral runners start clean and run one job, so a compromised job leaves nothing behind. Persistent runners are faster but carry state between jobs.
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