🛡️ Enterprise Security Infrastructure
Multi-layered security architecture protecting your services from DDoS attacks, intrusions, and threats with 99.9% uptime guarantee.
🔒 Why Security Matters
In today's threat landscape, a single DDoS attack can cost thousands in downtime and lost revenue. Cyberattacks are increasing in sophistication and scale, with modern botnets capable of generating hundreds of gigabits of malicious traffic. At G91, security isn't an afterthought—it's built into every layer of our infrastructure.
Our security philosophy combines defense in depth, security through obscurity, and zero-trust architecture to create a fortress around your services. We don't just block attacks—we prevent attackers from even finding your services in the first place.
Multi-Layer Security Architecture
Every service is protected by multiple independent security systems
Network Layer Protection
Our edge network filters malicious traffic before it reaches your server. BGP routing with Anycast distribution ensures attacks are absorbed at the network edge, not at your server.
- • 1 Tbps+ DDoS mitigation capacity
- • BGP Anycast distribution
- • Automatic blackholing
- • Traffic scrubbing centers
Traffic Analysis & Filtering
AI-powered traffic analysis identifies attack patterns in real-time. Machine learning models distinguish legitimate users from bots and automatically adjust filtering rules.
- • Real-time packet inspection
- • Behavioral analysis
- • Signature-based detection
- • Anomaly detection
Application Layer Protection
Web Application Firewall (WAF) protects against SQL injection, XSS, CSRF, and other application-level attacks. Rate limiting prevents resource exhaustion.
- • OWASP Top 10 protection
- • Bot mitigation
- • Rate limiting
- • API protection
Encryption & Authentication
End-to-end encryption with TLS 1.3, certificate pinning, and strong cipher suites. Multi-factor authentication and SSH key-based access prevent unauthorized entry.
- • TLS 1.3 encryption
- • 2FA/MFA support
- • SSH key authentication
- • Zero-knowledge architecture
Intrusion Detection
24/7 monitoring with automated threat response. Security Information and Event Management (SIEM) correlates events to identify coordinated attacks.
- • 24/7 SOC monitoring
- • SIEM correlation
- • Automated response
- • Threat intelligence feeds
Infrastructure Hardening
Servers are hardened following CIS benchmarks. Regular security audits, penetration testing, and vulnerability scanning ensure no weak points exist.
- • CIS benchmark compliance
- • Regular pen testing
- • Vulnerability scanning
- • Security patches
🔒 Security Through Obscurity: Our Strategic Advantage
While many security experts dismiss "security through obscurity" as ineffective, we implement it as an additional layer—not a replacement for proven security practices. Think of it as the moat around a fortified castle: even if attackers breach the outer walls (standard security), they still face hidden defenses they didn't expect.
How We Implement Obscurity
🔢 Non-Standard Ports
We don't use default ports (22, 3306, 5432). Our services run on randomized high ports that change periodically. Automated scanners looking for SSH on port 22 or MySQL on 3306 find nothing—your services are invisible to mass scanning.
🎭 Service Fingerprint Masking
Server banners and response headers are modified to hide version information. Attackers can't determine what software you're running, preventing targeted exploits against known vulnerabilities in specific versions.
🗺️ Custom Routing Protocols
Our proprietary routing system doesn't follow standard patterns. Traffic flows through unexpected paths, making it nearly impossible for attackers to map your infrastructure or identify choke points for targeted attacks.
🔐 Hidden Service Endpoints
Admin panels, APIs, and management interfaces aren't accessible from standard URLs. They use randomly generated paths that change regularly. Even if an attacker knows your domain, they can't find your login page.
🚪 Honeypots & Deception
Fake services on standard ports act as honeypots, attracting attackers while logging their tactics. When they attack the decoy, we learn their methods and automatically block them—while your real services remain untouched.
⏱️ Time-Based Access Controls
Administrative access is only available during specific time windows. Outside those windows, even with correct credentials, access is denied. Automated attacks attempting 24/7 brute force are automatically blocked.
Why This Approach Works
Modern cyberattacks rely heavily on automation. Botnets scan the entire IPv4 address space looking for vulnerable services on standard ports. When they find an open port, they check the service version and search their exploit database for matching vulnerabilities.
Our obscurity layers break this automation chain. Scanners don't find services on expected ports. Version detection fails due to modified fingerprints. Standard exploit paths lead to honeypots. By the time an attacker manually investigates, our intrusion detection has already flagged and blocked them.
This doesn't replace encryption, authentication, or patching—it multiplies their effectiveness. An attacker must first discover your service configuration, then bypass obscurity measures, then defeat standard security—each layer reducing the attack surface significantly.
DDoS Protection in Detail
Volumetric Attacks
UDP floods, ICMP floods, and other bandwidth-exhaustion attacks.
- 1+ Tbps mitigation capacity
- BGP Anycast distribution
- Automatic traffic diversion
- Scrubbing centers worldwide
- Clean traffic forwarding
Protocol Attacks
SYN floods, fragmented packet attacks, Ping of Death, Smurf attacks.
- SYN cookie validation
- Connection state tracking
- Packet reassembly
- Protocol anomaly detection
- Rate limiting per source
Application Layer Attacks
HTTP floods, Slowloris, SSL attacks, DNS amplification.
- JavaScript challenge
- CAPTCHA verification
- Behavioral analysis
- Rate limiting
- Connection throttling
📋 Compliance & Security Standards
Our infrastructure meets or exceeds industry security standards and compliance requirements:
✓ Security Frameworks
- • ISO 27001 aligned
- • CIS Controls implementation
- • NIST Cybersecurity Framework
- • OWASP Top 10 mitigation
✓ Data Protection
- • Encryption at rest (AES-256)
- • Encryption in transit (TLS 1.3)
- • Regular backups (offsite)
- • Secure data destruction
✓ Access Controls
- • Multi-factor authentication
- • Role-based access control
- • Audit logging
- • Least privilege principle
✓ Monitoring & Response
- • 24/7 security monitoring
- • Incident response team
- • Threat intelligence feeds
- • Regular penetration testing
Real-World Protection Statistics
| Metric | Performance |
|---|---|
| DDoS Attacks Blocked (2024) | 12,847 attacks mitigated |
| Largest Attack Mitigated | 847 Gbps volumetric flood |
| Average Mitigation Time | < 3 seconds detection to blocking |
| Uptime During Attacks | 99.98% services remained online |
| False Positive Rate | < 0.01% legitimate traffic blocked |
| Automated Threats Blocked | 98.7% blocked by automation |
| Zero-Day Attacks Detected | 47 unknown attacks identified |
| Customer Downtime from Attacks | 0 minutes (100% protection) |
Deploy with Confidence
Every service at G91 is protected by enterprise-grade security from day one. No additional fees, no complex configuration—just pure protection that lets you focus on your business instead of security threats.
🛡️ DDoS Protection Included | 🔒 Zero-Trust Architecture | ⚡ 99.9% Uptime SLA