Flare[.]io – The Must-Have Tool for Your Tech Stack [Infostealer Malware]
Is your organization locked in a constant battle against sophisticated threat actors targeting enterprise and customer accounts? Are you seeking greater visibility into how these actors gain initial access—often through compromised credentials, infostealers, or exposed assets? What if your team could not only detect these threats early but also attribute malicious activity and uncover the broader ecosystem behind it? Flare equips security teams with the intelligence they need to monitor, investigate, and disrupt threat actor operations—across the clear and dark web—in real time.
What are InfoStealers?
Infostealers are a type of Malware designed to covertly steal sensitive information from infected devices. They’re commonly used by cybercriminals to harvest data that can be sold, used for further attacks, or leveraged in fraud campaigns.
🧠 What Do Infostealers Steal?
Infostealers typically collect:
- Credentials (usernames, passwords, tokens)
- Browser-stored data (cookies, autofill, session data)
- System information (IP address, hardware details, installed apps)
- Files and documents (especially from Desktop or Downloads folders)
- Cryptocurrency wallet data
- Chat and email logs
🔥 Why is Flare a Must-Have?
Over a year and a half ago, my team integrated Flare into our tech stack, and it’s been a total game-changer.
What Makes Flare Stand Out?
Right away, Flare impressed us with:
- The most robust collection of infostealer logs we've encountered
- An intuitive and fun UI with Light, Dark, Shrek, and Barbie Modes (yes, really)
- A rockstar support and engineering team that feels like the 1992 U.S. Olympic Basketball Dream Team — Jordan, Magic, Bird — but with keyboards and terminal windows
How We Use Flare
Here’s how Flare integrates into our workflow:
🔍 Identify Persons of Interest
We regularly use Flare to investigate compromised identities. From credentials to alias accounts, we can pivot across accounts and link together behaviors across breached datasets.
🚨 Alerting for Domains
Set alerts for your organization's domains and get notified when they show up in infostealer logs. This enables proactive detection of exposed employees or infrastructure.
🔌 API Access
Flare’s API lets us:
- Pull leaked credentials
- Pull leaked session cookies
- Enrich our internal data clusters
- Automate checks against newly exposed data
💻 Infected Device Intelligence
With Flare, we can dig into:
- All files pulled from an infected device
- Browser histories, session tokens, cookies
- Autofill files (think saved usernames, addresses, and payment methods)
- Telegram TData files
From there, we can build a map of compromised networks, flag alias activity, and determine what websites, tools, or services were being used.
Gold in the Browser History
Bad actors are shockingly bad at OPSEC when they shop online, they want their items delivered — so they use real names and addresses.
We’ve also seen:
- Google Translate logs revealing how non-English speaking actors communicate with buyers and collaborators
- Evidence of forum activity, illegal service purchases, and file downloads — all on infected endpoints
No One Else Does This
Yes, there are other companies collecting breached data. But Flare is the only one we’ve seen that gives you true access to the raw data — and the tools to investigate, correlate, and extract intelligence from it.
Flare empowers our team to go far beyond alerts and actually act on threat intel.
If your team is serious about understanding and disrupting threat actor behavior, Flare belongs in your arsenal.
Give their platform a try: hxxps[:]//try[.]flare[.]io/free-trial/. Let them know their #1 supporter, Cybercur, recommended them.