IOC · Product Overview

Forensic CyberTech Pvt. Ltd.
IOC

Real-time threat intelligence, consolidated in one platform.

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Integrated threat intelligence sources per analysis

0/hr

IOC submissions per user per hour

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Cache layers — in-memory, Redis, and OpenSearch

Real-time

Live threat enrichment — no manual polling required

01 — Executive Summary

What is EagleEye IOC?

EagleEye IOC is a cybersecurity threat intelligence platform designed for Security Operations Center (SOC) teams. It acts as a single point of submission for any suspicious indicator — whether an IP address, domain, URL, or file hash — and returns a fully enriched threat verdict by querying seven external intelligence sources simultaneously, then computing a weighted composite risk score.

Without a platform like EagleEye, analysts are forced to manually query each intelligence source one at a time, manually reconcile conflicting verdicts, and build their own history tracking. A single investigation that should take minutes routinely consumes hours. EagleEye eliminates this by centralizing and automating the enrichment pipeline from submission to verdict.

What distinguishes EagleEye from standalone tools is its built-in multi-tenancy (each client's data is fully isolated), an immutable audit trail with version history for every indicator, and a live analytics dashboard that gives security leadership a real-time operational picture — including MITRE ATT&CK tactic coverage, geographic threat distribution, and malware family trends.

The Problem

What goes wrong without EagleEye IOC?

Today's threat actors move faster than traditional analysis workflows allow. SOC analysts juggling fragmented tools, manual lookups, and zero institutional memory are constantly at a disadvantage against adversaries who reuse and repurpose infrastructure at scale.

Analyst juggling multiple threat intelligence sources

Fragmented intelligence — seven tabs, seven logins, no single verdict

Analysts must manually check VirusTotal, AbuseIPDB, ThreatFox, GreyNoise, and others for every indicator. Each source gives a different score with no standardized weighting. Reconciling contradictory verdicts manually burns analyst time and introduces human error at exactly the wrong moment.

High-volume alert backlog overwhelming SOC analysts

Mean time to verdict is measured in hours, not seconds

Without automation, a single IP or domain investigation routinely takes 20–40 minutes. Multiply that across hundreds of daily alerts and the backlog becomes unmanageable — leaving genuine threats buried and analysts burned out.

SOC team lacking centralized indicator history

No institutional memory — every analyst starts from zero

When there is no centralized history, two analysts may investigate the same indicator independently, or miss that an IOC was flagged malicious three months ago. Every shift change is a context reset. Repeat investigations cost money and delay response.

Key Features

What does EagleEye IOC do?

EagleEye covers the full threat intelligence lifecycle — from indicator submission through enrichment, visualization, file analysis, and long-term history tracking — in a single platform built on enterprise-grade infrastructure.

  • Seven sources aggregated into one weighted composite verdict
  • File analysis with YARA, entropy, and embedded indicator extraction
  • Per-tenant OpenSearch isolation with immutable version history

Multi-Source IOC Analysis with Weighted Risk Scoring

Core — all plans

File Upload & Deep Malware Analysis

Up to 10 files/hour

Relationship Graph Visualization

＋

Immutable Version History & Snapshot Comparison

Append-only audit trail

Real-time Analytics Dashboard

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Multi-Tenant Architecture with Fine-Grained Permissions

Enterprise-ready isolation
How It Works

Simple to use. Powerful under the hood.

Submit an indicator, receive a verdict. Behind that simple flow is a three-layer caching architecture that delivers sub-second responses for previously seen IOCs, and a parallel multi-source query engine that returns new enrichments in seconds rather than minutes.

What EagleEye analyses
IP addresses — reputation, geolocation, abuse history
Domain names — WHOIS, registrar, resolution history
URLs — page categorization, redirect chains, blocklist status
File hashes — MD5, SHA-1, SHA-256 across threat databases
Binary files — entropy, YARA rules, embedded indicators
C2 infrastructure — ThreatFox campaign and server tracking
What EagleEye delivers
Single composite verdict: Clean, Suspicious, or Malicious
Weighted risk score from seven intelligence sources
Full enrichment detail: detections, families, sandbox, YARA
Relationship graph — cluster IOCs by shared infrastructure
MITRE ATT&CK technique mapping for detected malware
Immutable history snapshot for compliance and audit
Use Cases

Who uses EagleEye IOC and how?

Use Case 01

SOC Alert Triage — reduce investigation time from hours to seconds

A SOC analyst receives a SIEM alert containing a suspicious IP address. Instead of opening five separate browser tabs, they paste the IP into EagleEye and receive a single enriched verdict within seconds — abuse confidence score, geolocation, VirusTotal detection count, GreyNoise classification, and whether ThreatFox has linked this IP to an active C2 campaign.

Use Case 02

Incident Response — rapid IOC batch enrichment

During an active incident, an IR team extracts dozens of IOCs from logs and memory dumps. EagleEye accepts batch submissions, processes all indicators in parallel, and returns prioritized results — allowing the team to immediately identify which IOCs represent active C2 communication versus benign infrastructure.

Use Case 03

Threat Hunting — proactive indicator investigation

Threat hunters use EagleEye's history search and relationship graph to pivot from a single known-bad indicator across connected infrastructure. By expanding graph nodes, hunters surface the full scope of an adversary's toolkit before exploitation occurs.

Use Case 04

Malware Analysis — automated binary triage

A phishing campaign delivers a suspicious attachment. The malware analyst uploads the file to EagleEye's file analysis module, which computes hash types, measures entropy, runs YARA rules, and cross-references against VirusTotal — all without a dedicated sandbox environment.

Use Case 05

MSSP Operations — multi-client management at scale

Managed Security Service Providers use EagleEye's multi-tenant architecture to serve multiple client organizations from a single platform deployment, with complete data isolation between tenants and per-tenant permission controls.

Why EagleEye IOC

What sets us apart.

7→1

Seven sources. One verdict. No manual reconciliation, ever.

Every other tool in your analyst's workflow gives them a verdict in isolation — a VirusTotal score here, an AbuseIPDB confidence rating there. EagleEye is the only platform that ingests all seven simultaneously and computes a single, transparently weighted composite verdict. The weighting is published: VirusTotal at 40%, AbuseIPDB at 25%, ThreatFox at 15%, GreyNoise at 8%, with the remainder shared across MalwareBazaar, URLhaus, and IPQualityScore.

3-layer

Cache architecture that delivers sub-second repeat lookups

In-memory cache (5-minute TTL) catches hot indicators instantly. Redis (12–24 hour TTL) handles the warm tier. OpenSearch stores permanent enrichment snapshots. Previously seen IOCs return in under 100ms — at any volume.

Zero

Zero cross-tenant data leakage by architectural design

Multi-tenancy in EagleEye is not a permission layer on top of a shared dataset — it is a separate OpenSearch index per tenant. There is no query, no misconfiguration, and no privilege escalation that can expose one client's data to another.

ATT&CK

Native MITRE ATT&CK mapping for every detection

When EagleEye identifies malware families or threat actor TTPs, it maps findings directly to MITRE ATT&CK techniques. This allows SOC teams to immediately understand adversary behavior — not just that something is malicious, but how it operates and what defenses to prioritize.

v∞

Immutable, append-only history — every change preserved forever

The historical record in EagleEye is never overwritten. When a threat profile changes, a new version is appended alongside all prior versions. Analysts can compare any two snapshots to see exactly what changed. This is not optional — it is the only write path the data model allows.

Market Comparison

EagleEye IOC vs. the market

Most threat intelligence tools excel in one dimension. EagleEye is built specifically to aggregate across those tools, combining their signals into a single enriched verdict while adding capabilities none of them provide natively — multi-tenancy, version history, and a purpose-built analyst workflow.

CapabilityVirusTotal (standalone)AbuseIPDB (standalone)MISP (open-source)EagleEye IOC
Multi-source aggregation into one verdict
Single source only
Single source only
Partial — manual correlation
7 sources, weighted composite score
File malware analysis with YARA
Yes
No
Via plugins only
Built-in: hash, entropy, YARA, embedded IPs
Relationship graph visualization
Enterprise plan only
No
No
Included — interactive, expandable nodes
Multi-tenant data isolation
No
No
Manual RBAC setup required
Separate index per tenant — architectural isolation
Immutable version history per IOC
No
No
Partial — event-based, no snapshots
Append-only versioning with snapshot comparison
Live analytics dashboard (MITRE ATT&CK)
No
No
Third-party plugin required
Built-in — 8 chart types, 30-sec refresh
Deployment model
SaaS only
SaaS only
Self-hosted
Self-hosted / Docker / Kubernetes-ready
★ denotes a capability unique to, or significantly stronger in, EagleEye IOC. Comparison based on publicly available product documentation as of June 2026. Verify feature availability directly with each vendor for your specific plan.
Getting Started

Up and running in under a day.

EagleEye is packaged as a Docker container and deploys to any environment that runs Docker Compose or Kubernetes. There are no proprietary agents to install, no persistent connections to manage. Onboarding is driven entirely by your existing API keys for the intelligence sources you already use.

Contact us and receive your deployment package

Reach out to initiate onboarding. We will provision your tenant, provide the Docker image, and supply a pre-configured environment template tailored to your infrastructure.

Step 01

Add your threat intelligence API keys

Populate the environment file with your existing VirusTotal and AbuseIPDB API keys (required), plus optional keys for GreyNoise and IPQualityScore. EagleEye supports comma-separated key rotation for high-volume environments.

Step 02

Deploy with Docker Compose or Kubernetes

Run docker-compose up or apply the provided Kubernetes manifests. EagleEye spins up on port 9000 alongside its OpenSearch data layer. The health check endpoint confirms all integrations are live before you accept analyst traffic.

Step 03

Configure users, roles, and tenant permissions

Connect EagleEye to your central authentication server (SSO). Assign analyst permissions — ioc_search, history_read, file_analysis, graph access, dashboard — per role. User provisioning takes minutes through the central auth admin interface.

Step 04

Submit your first IOC and go live

Navigate to the Analyze page, submit any IP, domain, URL, or file hash, and receive your first enriched verdict. The dashboard begins populating automatically. Your analysts are fully operational — with a complete audit trail from day one.

Step 05
Specifications

System Requirements & Performance

Runtime architecture, data layer, rate limits, and security model for planning a production EagleEye IOC deployment.

Runtime & Framework

Application frameworkNext.js 15 (App Router) — Node.js 20 Alpine
FrontendReact 18 + TypeScript 5.7 + Tailwind CSS v4
Default port9000 (configurable)
ContainerizationDocker (multi-stage Alpine build) — Kubernetes-ready

Ready to see EagleEye IOC in action?

We offer a guided demonstration using live threat intelligence against indicators of your choosing — no commitment required. Our team will walk you through the full workflow from submission to dashboard, and scope a deployment plan that matches your SOC's size and infrastructure.

Book a Demo