Security operations center monitoring room

IOC enrichment.
ATT&CK mapping.
8 seconds.

ThreatPulsar automates the IOC enrichment pipeline for enterprise SOC teams — pulling context from threat feeds, correlating indicators, and mapping observed TTPs to MITRE ATT&CK techniques before your analyst finishes their coffee.

8s
Average TTP mapping time
94%
IOCs enriched with context
40+
Integrated threat feeds
3min
SIEM onboarding time

Built for SOC analysts who can't wait on manual triage

When an analyst receives 300+ alerts per shift, manual IOC lookups aren't a workflow bottleneck — they're a mission failure. ThreatPulsar routes each indicator through a parallel enrichment engine that queries VirusTotal, Shodan, AbuseIPDB, and 40+ additional feeds simultaneously, then correlates the results against your SIEM's existing alert context.

Automated IOC Enrichment

Submit an IP, domain, URL, or file hash. ThreatPulsar returns threat category, malware family associations, geolocation, ASN, passive DNS records, and WHOIS history in a single normalized response. No pivoting between tabs.

MITRE ATT&CK Mapping

Observed behaviors are automatically tagged with ATT&CK techniques and sub-techniques. Analysts can filter alerts by tactic (Initial Access, Lateral Movement, Exfiltration) instead of reading raw log lines. Coverage includes ICS and Mobile matrices.

SOAR Playbook Integration

ThreatPulsar exposes a REST API and native connectors for Splunk SOAR, Palo Alto XSOAR, and Tines. Enrichment results populate playbook fields automatically — no custom code required to trigger downstream containment actions.

C2 Beaconing Detection

Network telemetry from EDR agents is analyzed for beaconing patterns — identifying C2 communication by jitter variance, byte frequency, and domain generation algorithm (DGA) signatures. Alerts surface in your SIEM with full context attached.

Threat Hunting Queries

Generate YARA rules and Sigma detection rules from enriched IOC clusters. Queries are pre-validated against your environment's log schema and exported directly to Splunk SPL, Elastic KQL, or Microsoft Sentinel KQL.

Analyst Workload Dashboard

Track IOC enrichment throughput, mean time to enrich (MTTE), and analyst queue depth across shifts. Identify when alert volume exceeds team capacity before the backlog becomes a blind spot.

From raw alert to enriched context in three steps

01

Ingest

Connect ThreatPulsar to your SIEM or SOAR platform via REST API, syslog forwarder, or native connector. Indicators are extracted from raw alerts automatically — no manual copy-paste.

02

Enrich & Correlate

Each IOC is queried in parallel across 40+ threat feeds. Results are normalized, deduplicated, and correlated with your organization's historical alert data to surface pattern context.

03

Map & Act

Enriched indicators are mapped to MITRE ATT&CK techniques. SOAR playbooks receive structured JSON with full context. Analysts see tactic-level summaries instead of raw indicators.

Deployed in environments where alert fatigue is measurable

Financial Services SOC

Banks and financial institutions processing thousands of authentication events daily. ThreatPulsar enriches suspicious login indicators against fraud intelligence feeds and maps access patterns to ATT&CK T1078 (Valid Accounts) and T1110 (Brute Force) automatically.

Healthcare Security Operations

Medical device networks and EHR systems require precision triage. ThreatPulsar filters noise from IoMT telemetry, enriching only high-fidelity indicators and reducing analyst alert queue depth by an average of 61% in the first 30 days.

Enterprise MSSP

Managed security service providers operating multi-tenant environments. ThreatPulsar's API supports tenant isolation, allowing a single analyst team to process enrichment for dozens of client environments without context bleed.

See how fast enrichment can get

Request a live demo with your actual IOC types. We'll show the platform against real threat feed data.