// Empowering organizations with
Advanced eBPF-powered observability, zero-trust architecture, and proactive threat detection for cloud-native infrastructure.
Enterprise-grade security solutions for modern infrastructure
eBPF-powered observability providing kernel-level insights without performance overhead. See everything happening in your infrastructure in real-time.
Never trust, always verify. Implement comprehensive zero-trust security with continuous authentication and micro-segmentation.
Real-time threat detection and response with ML-powered anomaly detection. Identify and neutralize threats before they cause damage.
Purpose-built security for Kubernetes, containers, and serverless. Protect your cloud workloads with native integrations.
apiVersion: obsernetics.io/v1
kind: Mission
metadata:
name: secure-infrastructure
spec:
vision: "Empowering organizations"
values:
- transparency
- innovation
- security-first
- open-source
commitment:
uptime: 99.99%
response: "real-time"At Obsernetics, we believe that security should be invisible yet invincible.
We're building the next generation of security tools that provide deep visibility without compromising performance. Our open-source approach ensures transparency while our expertise delivers enterprise-grade protection.
From eBPF-powered observability to zero-trust architecture, we create solutions that empower organizations to detect threats before they materialize and respond with precision.
Deep dives into cybersecurity, observability, and modern infrastructure
How a LAN works under the hood: Ethernet frame fields, MAC address structure, hubs versus switches, the switch learning algorithm with a worked example, ARP, ARP spoofing, MAC flooding, and broadcast storms.
Read ArticleHow TDMA, FDMA, and CDMA partition the channel; how ALOHA, CSMA, CSMA/CD, and CSMA/CA share it. Includes a worked Ethernet backoff, the Wi-Fi answer to hidden terminals, and interference vs jamming.
Read ArticleOpening post of a new Link Layer series. CRC built from first principles: polynomial division over GF(2), a fully worked example, the polynomials inside Ethernet, Wi-Fi and USB, and what CRC actually guarantees.
Read ArticleLet's discuss how Obsernetics can enhance your system visibility and security posture.