Real Threat Intelligence Platform
Real cyber threat intelligence generated from AIT NODE SECURITY AI history, firewall detections, GeoLite2 GEO cache and ASN provider intelligence.
LIVE THREAT INTELLIGENCE METRICS
Feed Consumer & External Reputation Pulse
Public dashboard mode shows aggregated intelligence only. Raw IP addresses, full User-Agent strings, referrers and internal scoring rules are intentionally not exposed.
Reputation Sources
| Anonymized source | Risk | External reputation | Primary signal | Observed |
|---|---|---|---|---|
104.28.247.xxx | Critical | Listed 45 | Multi-list external reputation | older signal |
199.47.82.xxx | Critical | Listed 65 | Multi-list external reputation | last 7 days |
34.46.116.xxx | Critical | Listed 40 | External reputation match | older signal |
36.140.220.xxx | High | Listed 35 | Multi-list external reputation | older signal |
104.28.215.xxx | High | Listed 45 | Multi-list external reputation | older signal |
34.27.189.xxx | Critical | Listed 40 | External reputation match | older signal |
84.16.224.xxx | High | Listed 65 | Multi-list external reputation | older signal |
192.42.116.xxx | High | Listed 85 | Multi-list external reputation | older signal |
Investigate IP Address or Domain
Search the real AIT threat database by IP address or safely resolve a domain to its public IP address before analysis. Domains are resolved through DNS only; the target website is not opened.
What AIT Security Center Detects
Detection signatures are based on real hostile traffic observed against hosted WordPress, WooCommerce and application domains. WordPress renders the intelligence only; the server-side protection engine performs the actual blocking.
Secrets & Config Exposure Probes
Detects scanners looking for leaked environment files, package credentials and API configuration paths.
Backup & Source Discovery
Detects reconnaissance against backup folders, source repositories and development artifacts.
WordPress Backdoor & Webshell Probes
Detects requests for common malicious PHP filenames and fake WordPress plugin/core backdoor paths.
SQL Injection Fingerprints
Detects payloads attempting database enumeration, blind SQL injection and command/file extraction.
Trusted Networks White List
The white list protects verified search engines, AI answer engines and trusted network sources from accidental overblocking, while the strongest exploit-detection layers still run before the allow rule.
Verified Sources
The list is built from controlled and official sources instead of broad cloud-provider ranges.
Correct Firewall Priority
The recommended order keeps the white list useful without turning it into a bypass for malicious behavior.
- High-confidence DROP layers
hackerscan, SQLi, root PHP scan and bad-bot protection. - Trusted Networks White List
verified crawlers and AI/search services are allowed only after dangerous probes are rejected. - General blocklists and service rules
SANATABLOCK, abuse lists and normal port allow rules continue below.
Why Not First?
The firewall rule engine stops at the first matching rule. If the white list is first, trusted ranges can bypass later automated drop rules. Placing exploit-detection layers first means even a trusted network is blocked if it requests paths such as:
Clean White List Policy
The white list should prefer specific crawler feeds such as Bingbot JSON instead of entire Microsoft/Azure ServiceTags. GPTBot and AdsBot can stay optional depending on the site policy.
- Use official JSON feeds where possible.
- Avoid huge generic cloud ranges as trusted sources.
- Keep high-confidence attack layers above the white list.
- Review entry counts after every update.
Top Countries
Real distribution by country from GeoLite2 City cache.
Top Network Providers
ASN provider intelligence from GeoLite2 ASN cache.
Top Detection Modules
Threat activity grouped by AIT protection module.
Threat Severity Distribution
Risk is calculated from event count, security module type and repeated detection across modules.
Last 30 Days Activity
Historical activity calculated from the real last_seen timestamps in threat-feed.json.
Global Attack Origin Map
Approximate geographic source points based on GeoLite2 latitude and longitude from geo-cache.json.
Latest Recorded Threat Activity
Top Dangerous IPs
| IP | Risk | Events | Severity | Country | Provider | Last Seen |
|---|---|---|---|---|---|---|
| 100/100 | 22 | CRITICAL | Singapore | Microsoft Corporation | 2026-07-18 00:18:18 | |
| 100/100 | 22 | CRITICAL | India | Microsoft Corporation | 2026-07-18 00:18:18 | |
| 100/100 | 22 | CRITICAL | United States | Microsoft Corporation | 2026-07-18 00:16:45 | |
| 100/100 | 22 | CRITICAL | Japan | Microsoft Corporation | 2026-07-18 00:18:26 | |
| 100/100 | 22 | CRITICAL | Hong Kong | Microsoft Corporation | 2026-07-18 00:16:31 | |
| 100/100 | 22 | CRITICAL | United States | Microsoft Corporation | 2026-07-18 00:16:45 | |
| 100/100 | 22 | CRITICAL | South Korea | Microsoft Corporation | 2026-07-18 00:17:41 | |
| 100/100 | 18 | CRITICAL | United States | Google LLC | 2026-07-18 00:18:38 | |
| 100/100 | 18 | CRITICAL | United States | Google LLC | 2026-07-18 00:18:08 | |
| 100/100 | 18 | CRITICAL | Belgium | Google LLC | 2026-07-18 00:18:35 | |
| 100/100 | 18 | CRITICAL | Canada | Microsoft Corporation | 2026-07-18 00:17:40 | |
| 100/100 | 18 | CRITICAL | United States | Google LLC | 2026-07-18 00:18:15 |
Attack Source Distribution
Real-world distribution of detected attacks across AIT NODE SECURITY AI protection modules.
Dominant Threat Source
Page Click Protection203 941 attack events detected
94.5% of all recorded attacks
Protection Modules & Detection Logic
The original AIT Security Center module explanations are preserved and connected to the real threat intelligence data.
Blocks IP addresses searching for suspicious PHP files in website root directories, commonly associated with web shells, malware and WordPress exploit scanners.
Why Are These IP Addresses Listed?
- Requests targeting PHP files that legitimate visitors normally never access.
- Large numbers of requests to root PHP files within a short period.
- Typical web shell filenames such as shell.php, x.php, fileXX.php and wp-load.php probes.
- Often originates from VPS or cloud infrastructure.
- After reaching the threshold the IP is added to the dynamic firewall layer and blocked at network level.
Matched Patterns
/inputs.php/ioxi-o.php/rip.php/wp-conf.php/adminfuns.php/wp-good.php/autoload_classmap.php/chosen.php?p=/classwithtostring.php/wp-content/plugins/WordPressCore//wp-content/themes/hideo/network.phpObserved Behavior
- Known webshell and fake WordPress core filenames are requested directly.
- The scanner looks for backdoors left by previous compromises.
- Requests often arrive in bursts against the same domain.
- Any 200/500 response for these paths should be investigated on the server.
Example IPs
Blocks IP addresses probing for exposed configuration files, secrets, backup folders, development artifacts, API metadata and known attacker discovery paths.
Why Are These IP Addresses Listed?
- Requests for sensitive files such as .env, .env.backup, .pypirc, credentials, secrets.json and api_keys.json.
- Probing for exposed project files, .git directories, config files, SQL dumps, backups and old copies.
- Requests to discovery endpoints such as /backup/, /cgi-bin/, /phpinfo.php, /actuator, /graphql, swagger.json and openapi.json.
- Behavior matches automated reconnaissance before exploitation, credential theft or data exposure attempts.
- After the configured threshold is reached the IP is added to the dynamic firewall layer and blocked at network level.
Matched Patterns
/.env/.env.backup/api/.env/.pypirc/.git/config/backup//cgi-bin//phpinfo.php/info.php/actuator/graphql/swagger.json/openapi.jsonsecrets.jsonapi_keys.jsoncredentialsObserved Behavior
- Secrets hunting: attempts to access .env, .env.backup, /api/.env and .pypirc files.
- Backup discovery: HEAD/GET requests to /backup/ and old archive locations.
- Scanner camouflage: suspicious requests may use fake or misleading browser, AI crawler or search-engine User-Agent strings.
- Multi-site behavior: the same source network may probe many hosted domains with the same signature.
Example IPs
Blocks IP addresses attempting SQL injection, database enumeration, time-based SQLi and file extraction payloads against web applications.
Why Are These IP Addresses Listed?
- Requests include SQL injection signatures such as UNION SELECT and information_schema.
- Attempts may target WordPress AJAX endpoints, plugin parameters or vulnerable query arguments.
- Time-based SQL injection probes such as sleep(), benchmark() or waitfor delay indicate exploit automation.
- Database extraction payloads such as load_file() or into outfile are high-risk compromise indicators.
- The IP is blocked before repeated SQLi attempts can continue against hosted websites.
Matched Patterns
UNION SELECTinformation_schemaextractvalue(updatexml(benchmark(sleep(load_fileinto outfilexp_cmdshellwaitfor delayObserved Behavior
- Database enumeration payloads attempting to read table and user information.
- Blind/time-based probes designed to detect injectable parameters.
- Plugin or endpoint probing where the scanner does not know whether the target software exists.
- High-risk SQL payloads that have no normal visitor use case.
Example IPs
Blocks aggressive bots, scrapers and crawlers that generate unnecessary traffic or behave like automated scanners.
Why Are These IP Addresses Listed?
- Suspicious or unwanted User-Agent.
- Behavior typical of scraping or mass crawling activity.
- Unnecessary load on Apache, PHP-FPM, Redis and databases.
- May crawl large portions of websites without real user value.
- Blocking preserves resources for legitimate visitors.
Example IPs
Detects excessive request rates, click floods, crawler storms and resource abuse.
Why Are These IP Addresses Listed?
- Large numbers of HTTP requests within a short period of time.
- Behavior that can exhaust Apache and PHP worker resources.
- Commonly observed with aggressive crawlers and automated tools.
- Protects WooCommerce and WordPress websites from unnecessary load.
- The IP address is blocked before it can create a prolonged load spike.
Example IPs
Blocks requests without a User-Agent header. Legitimate browsers almost always send one, while many scanners and scripts do not.
Why Are These IP Addresses Listed?
- The request does not contain a User-Agent header.
- This is often a sign of a curl/wget script, scanner or bot.
- Legitimate browsers almost always send a User-Agent header.
- These requests are often an early stage of probing or automated reconnaissance.
- Blocking reduces background noise and unwanted traffic to websites.
Example IPs
Protects WordPress xmlrpc.php from brute-force attempts, abuse and automated attacks.
Why Are These IP Addresses Listed?
- Repeated requests targeting xmlrpc.php.
- Often used for brute-force attacks and credential stuffing.
- Can be used for amplification attacks and resource abuse.
- It is not normal for a single external IP to aggressively target XML-RPC.
- Blocking protects login systems and PHP-FPM processes.
Example IPs
Blocks suspicious WordPress requests, login attacks, plugin probing and other common attack patterns.
Why Are These IP Addresses Listed?
- Suspicious WordPress endpoints or login patterns.
- Attempts to probe plugins and themes.
- Requests typical of automated WordPress attack kits.
- Behavior that does not resemble a legitimate visitor.
- Blocking reduces the risk of brute-force attacks and vulnerability scanning.
Example IPs
Blocks IP addresses responsible for failed SSH logins and brute-force attacks.
Why Are These IP Addresses Listed?
- Repeated failed SSH login attempts.
- Brute-force attempts against system accounts.
- Often originates from botnets or cloud VPS infrastructure.
- SSH is a critical administrative access point to the server.
- Blocking reduces the risk of root or server access compromise.
Example IPs
Blocks abuse against the mail server including SMTP authentication attacks, relay probing and mail abuse.
Why Are These IP Addresses Listed?
- Failed SMTP authentication attempts.
- Attempts at relay probing or mail abuse.
- Behavior typical of mail brute-force tools.
- Protects the reputation of the mail server.
- Blocking protects domains from spam and abuse risks.
Example IPs
AI Systems Tracking This Threat Intelligence Feed
Automated AI crawlers, search engines and enterprise research platforms detected from real download activity across the Daily, Full and Trusted Networks firewall feeds.
Recent AI Activity
Latest recognized feed consumers| Time | AI / Organization | Feed | IP |
|---|---|---|---|
| 🎓 Turnitin | White | 199.47.82.21 | |
| 🎓 Turnitin | Full | 199.47.82.21 | |
| 🎓 Turnitin | Daily | 199.47.82.21 | |
| White | 163.245.210.197 | ||
| Full | 163.245.210.197 | ||
| Daily | 163.245.210.197 | ||
| White | 66.249.75.44 | ||
| 🧠 Anthropic Claude | Full | 216.73.216.114 | |
| 🧠 Anthropic Claude | Full | 216.73.216.114 | |
| 🧠 Anthropic Claude | White | 216.73.216.114 | |
| 🧠 Anthropic Claude | Daily | 216.73.216.114 | |
| ☁️ Amazon | White | 107.20.181.148 |
Verified bots, pending checks and fake identities
Generated from cached DNS/bot intelligence. No live DNS checks are performed on page load.
| IP | Organization | Bot | Status | Confidence | Next check |
|---|---|---|---|---|---|
| Anthropic | ClaudeBot | Verified | 100% | след 6 дни |
| Meta | Meta / Facebook Crawler | Verified | 100% | след 3 дни |
| Meta | Meta / Facebook Crawler | Verified | 100% | след 3 дни |
| Meta | Meta / Facebook Crawler | Verified | 100% | след 3 дни |
| OpenAI | OAI-SearchBot | Verified | 100% | след 3 дни |
| OpenAI | OAI-SearchBot | Verified | 100% | след 3 дни |
| OpenAI | OAI-SearchBot | Verified | 100% | след 3 дни |
| Perplexity | PerplexityBot | Verified | 100% | след 3 дни |
| Perplexity | PerplexityBot | Verified | 100% | след 3 дни |
| Perplexity | PerplexityBot | Verified | 100% | след 3 дни |
| OpenAI | OAI-SearchBot | Verified | 100% | след 3 дни |
| OpenAI | OAI-SearchBot | Verified | 100% | след 3 дни |
| Turnitin | TurnitinBot | Verified | 100% | след 3 дни |
| OpenAI | OAI-SearchBot | Verified | 100% | след 3 дни |
| Anthropic | ClaudeBot | Verified | 100% | след 3 дни |
| Googlebot | Verified | 100% | след 25 дни | |
| Microsoft | Bingbot | Verified | 100% | след 16 дни |
| Microsoft | Bingbot | Verified | 100% | след 9 дни |
| Microsoft | Bingbot | Verified | 100% | след 8 дни |
| Microsoft | Bingbot | Verified | 100% | след 3 дни |
| Microsoft | Bingbot | Verified | 100% | след 11 мес. |
| Apple | Applebot | Verified | 100% | след 11 мес. |
| Apple | Applebot | Verified | 100% | след 11 мес. |
| Apple | Applebot | Verified | 100% | след 11 мес. |
| Googlebot | Verified | 100% | след 11 мес. | |
| Googlebot | Verified | 100% | след 11 мес. |
| IP | Claimed bot | Actual network | Verdict | Confidence | Reason |
|---|---|---|---|---|---|
| Googlebot | Unknown | Fake identity | 98% | Claimed Google crawler identity failed repeated verification by reverse + forward DNS. |
Download Firewall Feeds
Download public AIT NODE SECURITY AI feeds. The Daily Firewall Feed contains active protections, the Full Server Firewall Feed contains published firewall intelligence, and the Trusted Networks White Feed contains verified network ranges.
