The cutting edge of dark web monitoring

Dark web intelligence for your security team.

Flare monitors thousands of cybercrime channels across sources as diverse as Telegram, the traditional dark web (Tor), and I2P. Our platform automatically collects, analyzes, structures, and contextualizes dark web data to give your team high-value intelligence specific to your organization. Set up in 30 minutes; pick-up time for a junior analyst measured in minutes.
Trusted by teams at
Fortune 50 organizations
International law enforcement
AI labs
GLOBAL GSIs
The short answer

What is a dark web
monitoring platform?

A dark web monitoring platform continuously collects, analyzes, and contextualizes data from cybercrime sources like Telegram channels, Tor forums, I2P sites, infostealer log markets, and leaked-credential combo lists. It surfaces identity exposures, leaked secrets, and brand threats specific to your organization so your security team can remediate before adversaries act.
Telegram
Tor (.onion)
I2P
E2E encrypted
Forums
Stealer markets
Combo lists
Paste sites
How the credential changed

Dark web monitoring built for how credentials move now.

Yesterday's monitoring tool was built for passwords. The attack moved on. The credential is no longer a string of text. It's a session, an OAuth token, an API key. Coverage that stopped at "leaked credentials" leaves the most valuable identities un-watched.
2010s
Credentials at rest
01
Leaked credentials

Third-party breach dumps. Reused passwords carry the attack across SaaS, VPN, and your IdP.

02
Combo lists

Curated email-and-password pairs sold by the million for credential stuffing.

EARLY 2020s · TODAY
Credentials in motion
03
Phishing kits

Off-the-shelf credential capture. Templates, anti-bot filters, Telegram exfil. Sold for a few hundred dollars.

04
Credential use from infostealers

Browser dumps traded on dark markets. Operators log in directly with stolen creds.

2026
Sessions, on demand
05
Session replay from infostealer

Stolen cookies bypass MFA. The session is the credential.

You are here
06
AI-driven AiTM phishing

Vibe-coded kits, real-time proxies. Sessions sold by the seat.

07
NHI compromise

Service accounts, API keys, OAuth apps. Identity without a human behind it.

One platform, every surface

The dark web monitoring platform security teams pick to prevent breaches.

Identity attacks don’t follow one playbook anymore. They surface as breach dumps, stealer logs, phishing-kit drops, stolen sessions, and exposed non-human identities. Flare handles all five. Hover any surface to see how.
Credential leak
Breach dumps & combo lists
Infostealer log
Browser dumps, sold by seat
Phishing-kit credentials
Telegram exfil drops
Session replay
Stolen cookies bypass MFA
NHI compromise
API keys, OAuth, service accounts
⧁ The threat

Reused passwords leak from a third-party breach.

An employee’s personal account is exposed in a SaaS dump. The same password protects your VPN, your IdP, your code repos. Combo lists make the match trivial.

  • breach:NEW · 1.2M rows
  • corp_domain hits: 47
  • reuse confidence: 0.84
▸ How Flare handles it

Validate the leak against your IdP. Lock the account if you choose.

Every leaked credential gets tested against your tenant in real time. Validation and lockout are separate switches. Automate one without the other.

Auto-validate against Entra ID
Test exposed credentials against your tenant the moment they surface.
Auto-lock affected accounts
Optional. Trigger a lockout the instant validation comes back positive.
⧁ The threat

A contractor’s home machine catches Lumma. Their browser cache hits a market.

Every saved login, every active cookie, every autofill, your corporate URLs included. Going rate: $10–$60 per seat.

  • stealer family: Lumma C2
  • corp_url matches: 14
  • saved logins: 38
▸ How Flare handles it

Parse the log, validate the creds, lock what’s exposed.

Every stealer log we ingest is parsed against your tenant. Validation runs automatically; lockout is yours to enable per-policy.

Auto-validate against Entra ID
Run every parsed credential against your IdP. Flag the ones that still work.
Auto-lock affected accounts
Optional. Lock confirmed-live accounts before the buyer logs in.
⧁ The threat

A phishing kit harvests creds and drops them in the operator’s Telegram group.

Modern phishing kits exfiltrate harvested credentials directly to private Telegram groups run by the kit operators. Buyers don’t reuse the creds. They resell them. By the time you find out, the cred is on its third owner.

  • kit family: Tycoon 2FA
  • exfil: Telegram group
  • targets your SSO: yes
▸ How Flare handles it

Flare sits inside the exfil group. Validate the creds. Lock the accounts.

We monitor the Telegram groups phishing kits exfiltrate into. Every credential that lands there runs through the same validate-then-lock pipeline as a breach dump or a stealer log.

Auto-validate against Entra ID
Credentials harvested from phishing-kit Telegram drops get tested live. Live hits open an incident.
Auto-lock affected accounts
Optional. Lock the user before the kit operator (or their buyer) can log in.
⧁ The threat

A live session token, replayed from a foreign IP, walks into your CRM.

Stolen cookies don’t need passwords and they don’t trip MFA. The session is the credential. A password reset doesn’t kill it.

  • cookie age: 18m
  • origin geo: anomalous
  • concurrent sessions: 2
▸ How Flare handles it

Detect exposed sessions. Revoke them, employees or customers.

Flare flags exposed session cookies at the source. You revoke them through the platform: bulk for customer accounts via API, on-demand for employees.

Exposed-session detection
Cookie-level matching with TTL awareness. Tells you which sessions are still live.
Customer session revoke
Push invalidation back into your customer IdP via API. At scale.
Manual employee revoke
One-click revoke on any exposed employee session, from the Flare console.
⧁ The threat

A service-account key lands in a public gist. Then a Telegram channel.

Non-human identities outnumber humans 40:1 in modern stacks. They rarely have MFA, rarely rotate, and never get a Slack DM.

  • secret type: AWS_IAM
  • scope: admin
  • first seen: 6m ago
▸ How Flare handles it

Find leaked secrets. Get the listings taken down.

Flare scans secret-bearing surfaces across the open and dark web, attributes leaks to your tenant, and works the takedown when removal is possible.

NHI exposure detection
Continuous scanning of git, pastes, registries, Telegram, Discord. Attributed to your tenant.
Takedown service
Flare files removal requests on your behalf for hosted leaks and bad-actor listings.
Built for investigation

An immersive dark web monitoring platform.

Don’t just get an alert. Investigate. Flare keeps a continuously-refreshed copy of every source we monitor, and lets you pivot from any artifact, IOC, or handle to a full actor profile across the entire data set. So a vendor post from three years ago is still searchable when your IR team needs it for attribution.
Snapshot cadence
24 Hour Continuous Collection
Retention
Indefinite, full-text searchable
Pivoting
Actor profiles across the data set
Telegram is the new dark web

The most extensive cybercrime Telegram coverage in the industry.

Threat actors moved fast: from Tor forums to Telegram channels, from forum threads to ephemeral DMs. Flare follows. We monitor combo-list drops, stealer-log brokers, ransomware press rooms, AiTM kit resellers, and the broker channels in between. 
Flare coverage
Broad · deep · parsed
Typical competitor
Surface-level keyword feed
flare://intel/feed · telegram
Live
CO
@combo_clouds_v3 · redacted by Flare
Fresh dump 14M lines · CORP-MATCH 412 hits · sample: m••••@a••••.corp
02:14
LU
@lumma_lounge · redacted by Flare
STEALER LOG US-EAST · 38 saved logins · cust••••.corp.io · cookies LIVE
02:12
AI
@aitm_kit_resellers · redacted by Flare
Tycoon 2FA v4 templates · brand pack incl. target-brand · KIT
02:11
BR
@breach_drop_house · redacted by Flare
Selling: SaaS-vendor internal dump · 1.2M users · sample post on mirror
02:08
SE
@session_replay_market · redacted by Flare
SESSION 12 live tokens · Office365 · O365 · CRM · auto-rotated 24h
02:05
NH
@nhi_keystore · redacted by Flare
AWS_IAM admin · scope:* · seller offers escrow · tenant-id
02:03
PH
@phishing_brand_alley · redacted by Flare
Lookalike domain reg’d: target-corp-sso.help · launching Mon · PHISH
01:59
RA
@ransom_press_room · redacted by Flare
Affiliate posts victim: brand-redacted · 48h countdown · sample tree
01:57
CO
@combo_clouds_v3 · redacted by Flare
Fresh dump 14M lines · CORP-MATCH 412 hits · sample: m••••@a••••.corp
02:14
LU
@lumma_lounge · redacted by Flare
STEALER LOG US-EAST · 38 saved logins · cust••••.corp.io · cookies LIVE
02:12
AI
@aitm_kit_resellers · redacted by Flare
Tycoon 2FA v4 templates · brand pack incl. target-brand · KIT
02:11
BR
@breach_drop_house · redacted by Flare
Selling: SaaS-vendor internal dump · 1.2M users · sample post on mirror
02:08
SE
@session_replay_market · redacted by Flare
SESSION 12 live tokens · Office365 · O365 · CRM · auto-rotated 24h
02:05
NH
@nhi_keystore · redacted by Flare
AWS_IAM admin · scope:* · seller offers escrow · tenant-id
02:03
PH
@phishing_brand_alley · redacted by Flare
Lookalike domain reg’d: target-corp-sso.help · launching Mon · PHISH
01:59
RA
@ransom_press_room · redacted by Flare
Affiliate posts victim: brand-redacted · 48h countdown · sample tree
01:57
On-demand depth

Custom dark web collection on demand.

Standard coverage isn’t always enough. When you need eyes on a specific forum, a closed Telegram channel, or an E2E encrypted group, submit the target. Flare adds it to our crawlers so it is continuously monitored, parses what we pull, and feeds it back into your console as a first-class source.
01

New forums & marketplaces

Stand up coverage for newly-launched forums or marketplaces before they hit our default sweep.
02

Telegram channels

Invite-only or vendor-locked channels. Submit the link, we handle access and collection.
03

E2E encrypted messaging

Closed messaging channels where threat actors are increasingly migrating.
04

Scoped to your case

Language, geography, keyword, or actor scope. Defined per request, refined per delivery.
For hands-on practitioners

Built for the analyst,
not the dashboard tour.

No vanity feeds. No keyword soup. Every alert ships with the artifact, the attribution, and the next action.

Discover

Map your identity surface: domains, subsidiaries, VIPs, third parties, brands, NHIs. Flare seeds itself; you tune from there.

Monitor

Continuous matching across forums, markets, Telegram, stealer logs, paste sites. Hits are parsed, deduped, and severity-scored.

Act

Push to your IdP, SIEM, SOAR, or ticketing system. Rotate, revoke, kill, or hand off without leaving your console.

Integrate

Native integrations with Okta, Splunk, Sentinel, Crowdstrike, Tines. Or hit the API and roll your own playbooks.
API-first by design

Programmable from event to action.

Every platform event in Flare is available over a documented REST API (subject to security limitations). Pull events, search, trigger actions, and wire exposures straight into your SIEM, SOAR, ticketing system, or your own playbook code. No console required.

REST & webhooks

Full API documentation available at docs.flare.io

Native integrations

Azure Sentinel, Okta, ServiceNow, Slack, Jira, and Entra ID.

SDKs

Full SDK Available
drops into
Azure Sentinel
Okta
ServiceNow
Slack
Jira
Entra ID
+ your stack via REST
FREQUENTLY ASKED QUESTIONS

Dark Web Monitoring FAQs:

The dark web is intentionally hidden and requires the use of special tools like the Tor browser, which enables anonymous communication and browsing.

The anonymity provided by the dark web makes it appealing for both legal and illegal purposes, as it allows users to communicate and share information without revealing their identities or locations.

Though threat actors are often associated with the dark web, they gather in many cybercrime communities across the clear & dark web and illicit Telegram channels. Monitoring the entire cybercrime ecosystem is valuable in shutting down external threats before they escalate to attacks.

Here are some common types of data you might find on the dark web:

  • Personal/protected health information (PHI)
  • Names and birthdays
  • Login credentials and security question answers
  • Exposed technical data and source codes
  • Personally Identifiable Information (PII) such as home addresses
  • Financial data, bank accounts, and credit cards
  • Software source code
  • Company proprietary information

This information can be packaged in stealer logs, which can also exfiltrate all of the credentials and session cookies saved in the victim’s browser. 

Dark web monitoring involves scanning the dark web to identify external threats linked to your organization’s data.

Cybercrime forums and markets facilitate threat actors in buying and selling stolen data, hacking tools, and more. By tracking cybercrime communities, your security team can act faster in mitigating risks from leaked data. 

Dark web monitoring offers multiple benefits:

  • Early threat detection: By continually scanning the dark web for your data related to your organization, it can alert you to an external threat before it has a chance to escalate.
  • Reputation protection: Businesses that are victim to a data breach not only suffer financially but can also lose their customers’ trust. By identifying threats early, you can take action to mitigate the impact and protect your customers’ data.
  • Quick response: Putting processes in place to monitor your data 24/7 can help reduce the harm of potential external threats by enabling your team to shut down the risks quickly.

As threat actors are increasingly logging in rather than hacking in for their attacks, dark web monitoring is even more crucial in helping organizations identify the presence of compromised sensitive data in illicit communities. This allows your security team take steps to prevent further damage.

You could also detect if your sensitive information ended up on the dark web through a third-party, and secure the information before receiving official notice of a compromise. By shortening the time to mitigate risks through robust dark web monitoring, your security team can better avoid and decrease costly consequences.

Yes, dark web monitoring is safe when executed through trusted cybersecurity platforms or with managed security service providers (MSSPs).

They use advanced technology and security protocols to navigate the dark web. They can monitor various illicit communities without jeopardizing their own systems or their clients’ data.

Furthermore, cybersecurity platforms and professionals adhere to ethical guidelines and legal requirements, so they do not engage with illegal activities on the dark web. Their goal is to identify and mitigate potential threats, not to interact with the illicit components of this hidden network.

A dark web monitoring service is a cybersecurity solution offered by specialized firms such as with managed security service providers (MSSPs). It involves scanning the dark web for data related to a specific organization or individual within that organization. This could include personally identifiable information (PII), credit card details, login credentials, or sensitive company information. If the service detects such data, it alerts the client, enabling them to take action.

If your organization offers dark web monitoring services and are interested in a scalable Threat Exposure Management platform, learn more about our Flare Partner Program

Dark web monitoring software is a tool that can monitor and provide actionable intelligence from external threats on the dark web that are relevant to your organization. By automating monitoring, your security team to act quicker with mitigating potential risks.

Navigating the dark web independently can be risky and technically complex. Trusting a dark web platform or monitoring service would serve your team well. This way, you benefit from advanced cybersecurity measures from experts without needing to dive into the dark web yourself, as manual monitoring can be time-consuming.

Leaked credential monitoring is a specialized aspect of dark web monitoring. It focuses on tracking stolen or leaked login credentials, such as usernames and passwords, on the dark web. With many people reusing passwords across multiple platforms, a single data breach can potentially unlock multiple accounts for threat actors. Credential monitoring helps prevent such scenarios by promptly identifying compromised credentials and enabling swift password changes or other appropriate security measures. 

Dark web monitoring is a crucial measure in protecting your organization against external threats. A monitoring platform or service can support your security team in staying one step ahead of potential threats and cybercriminals’ evolving tactics.

Manually searching through the dark web is one possible way of monitoring, but it is inefficient, prone to missing items, and not scalable. Automated monitoring tools can accurately and continuously scan illicit communities much more comprehensively than is possible with manual methods. Automated dark web monitoring enables reliable surveillance and also significantly faster response times to mitigate threats (with prioritized alerts).

Check out our blog for the latest insights from Flare Research. We cover topics on emerging threats such as infostealer malware, ransomware, Telegram, account takeovers, data leaks and breaches, and more. 

Start free

Stand up Flare’s dark web monitoring platform in an afternoon.

No procurement gauntlet. Connect your domain, seed your identities, and start surfacing exposure inside an hour.