Zero-day threats don’t wait. Neither do we!
Detect Smarter, Respond Faster
Today’s cyber threats move fast and most traditional tools can’t keep up. Studies show the average breach goes undetected for over 200 days, giving attackers months to steal, surveil, or destroy.
Why ATD Matters More Than Ever
Why ATD Matters More Than Ever
- Attackers are stealthier: Fileless malware, lateral movement, and insider threats often bypass antivirus and EDR.
- Zero-day exploits are rising: You need tools that spot patterns, not just known signatures.
- Australia is a growing target: Local orgs face rising attacks on healthcare, finance, and critical infrastructure.
Our 4-Step Advanced Threat Detection Framework
Step 1: Multi-Source Data Collection
Our data capture includes more than basic logs. We track system calls, registry changes, process behavior, file access patterns, and outbound traffic, all in real time. This foundational visibility is critical to detecting threats that bypass traditional defenses.
What We Monitor:
- Endpoints (Windows, Linux, macOS)
- Network activity (east-west and outbound)
- User behavior and access control logs
- Cloud workload interactions (AWS, Azure, GCP)
- Application-level anomalies
Step 2: Behavioral Analytics & Threat Correlation
Once data is collected, our detection engine applies advanced behavioral analysis to spot activity that looks suspicious. The system then correlates findings across multiple systems and users to detect coordinated attacks or internal threats. This step is crucial for identifying zero-day attacks, fileless malware, and APT-style threats that operate under the radar.
Key Techniques Used:
- Machine learning-based anomaly detection
- Threat actor behavior modeling
- MITRE ATT&CK-based pattern matching
- Cross-user, cross-endpoint event correlation
- Real-time risk scoring per incident
Step 3: Intelligent Threat Scoring & Alert Prioritization
Not every anomaly is a threat — which is why we apply a dynamic scoring system to classify threats based on severity, impact, and likelihood. Our scoring is transparent, customizable, and built for real-time threat detection Melbourne operations. High-risk activities are flagged instantly, while low-risk behaviors are suppressed or observed for pattern evolution. You stay focused, not overwhelmed.
How We Score Threats:
- CVSS-based scoring + proprietary threat weight
- Context-aware impact analysis (target system, user access level)
- Time-based clustering to detect event patterns
- Custom alert thresholds for your business or compliance needs
- Instant escalation of critical threats via mobile or API
Step 4: Threat Intelligence & Continuous Learning
Threats evolve every day — and so does our detection model. We feed our system with real-time global and Australian-specific threat intelligence. This final step reinforces everything before it. As your system faces new events, our platform learns, adjusts, and becomes more accurate. We also integrate fresh IOCs, YARA rules, and emerging TTPs from our cyber threat intelligence Melbourne sources.
Included Capabilities:
- Live threat feed updates (local + global)
- Daily model training and tuning
- IOC & TTP enrichment from known and unknown sources
- Integration with dark web, CERT, and private intel streams
- Feedback loop from analyst-verified detections
Australian-Specific Threat Intelligence Integration
We localize our feed to threats targeting Australian sectors, sourced from:
- National CERTs and security alliances
- Industry-specific indicators from financial services, education, and energy sectors
- Data on region-specific phishing, ransomware variants, and domain spoofing
Real-World Detection Examples
1-Healthcare Breach Prevented (Victoria)
A fileless attack disguised as an imaging software update was flagged within 18 seconds. Behavior-based detection linked the process to known lateral movement patterns. Immediate response prevented exfiltration.
2- Credential Dump Attempt (Sydney)
A brute-force login attempt was caught using correlation across multiple endpoints. While each log-in seemed normal alone, our advanced threat detection system flagged it as a coordinated attempt. The source was tied to a known Australian breach group.
Implementation and Operation
Deployment Options
|
Feature
|
Windows
|
Linux
|
macOS
|
Cloud
|
|---|---|---|---|---|
|
Endpoint Monitoring
|
✅
|
✅
|
✅
|
✅
|
|
Real-Time Log Analysis
|
✅
|
✅
|
✅
|
✅
|
|
Behavior Tracking
|
✅
|
✅
|
✅
|
✅
|
|
Threat Scoring Engine
|
✅
|
✅
|
✅
|
✅
|
Management Choices
- Dashboard access for SOC or IT team
- Fully managed detection-as-a-service
- Weekly executive summaries + monthly threat audits
- Alert routing via email, mobile, or SIEM integration
Technical Specifications
System Requirements
- Lightweight agent (50MB footprint)
- Windows 10+, Linux (Debian, CentOS, RHEL), macOS 11+
- Cloud-native compatibility: AWS, Azure, GCP
- Requires admin install rights and outbound HTTPS access
Detection Metrics
- Zero-day detection rate: 97.6%
- Average detection time: < 4 minutes
- False positive rate: < 0.1%
- Threat score accuracy: 97%+
Why Our ATD Outperforms
Competitive Comparison
|
Feature
|
Generic EDR
|
Open Source Tools
|
0Day ATD Service
|
|---|---|---|---|
|
Zero-Day Detection
|
Low
|
Medium
|
AI + behavior-based
|
|
Australia-Specific Threats
|
❌ None
|
❌ None
|
Local threat feeds
|
|
Response Time
|
5–10 mins
|
2–5 mins
|
< 2 minutes
|
|
Cloud Compatibility
|
Limited
|
Limited
|
Native multi-cloud
|
|
Support Availability
|
Email only
|
Community-based
|
24/7 local hotline
|
Unique Advantages
- Built for real-time threat detection Melbourneenterprises rely on
- Full endpoint threat detectionwithout high CPU/memory drain
- No signatures needed — AI learns and adapts
- Easy to deploy with minimal config
- Backed by Australian cybersecurity consulting experts
- Supports incident response Melbourneplans and Essential Eight controls
Getting Started
Onboarding Process
1: Discovery & Needs Assessment
We begin with a review of your infrastructure, risk profile, and compliance goals.
- Tailored for Australian businesses
- Full visibility audit across all endpoints
2: Deployment & Configuration
We install agents, integrate with your existing stack, and configure thresholds.
- Works with firewalls, SIEM, and cloud platforms
- No downtime or service disruption
3: Monitoring & Optimisation
Our team actively monitors, tunes, and improves detection over time.
- Weekly summaries and threat briefs
- 24/7 access to expert support
Special Offer
First 10 Australian clients receive:
- Free threat assessment ($5,000 value)
- 30-day extended trial period
- Complimentary staff training
Let’s Detect Threats Before They Happen
Service Add-Ons
Enhanced Protection Modules
Memory Protection: $15/endpoint/month
- Runtime application self-protection
- Heap spray detection
- Return-oriented programming prevention
Cloud Workload Monitoring: $20/instance/month
- AWS/Azure/GCP protection
- Container runtime security
- Serverless function monitoring
Email Threat Detection: $2/user/month
- Advanced attachment analysis
- URL rewriting protection
- Impersonation detection
FAQs
What makes this different from antivirus or traditional EDR?
Traditional tools rely on signatures. Our advanced threat detection systems use behavior and AI to detect unknown or stealthy attacks — especially zero-day threats.
Will this slow down our systems or network?
Can it integrate with our existing security tools?
Absolutely. We offer API integration, SIEM connectors, and full compatibility with firewalls, SOAR, and threat detection platforms already in place.
Protect What Matters Most
- Zero-day threats won't announce their arrival. Our Advanced Threat Detection gives you the upper hand against attacks that don't yet have names or signatures.