Technical insights and best practices for Security & Compliance
Default container configurations are a security liability. We explore rigorous hardening strategies—from dropping capabilities to enforcing read-only filesystems—and explain why the underlying virtualization layer matters for Norwegian compliance.
Manual security audits are a liability in 2022. Learn how to automate CIS benchmarks and ensure GDPR compliance using Ansible, OpenSCAP, and Norwegian data residency.
Hope is not a strategy. We break down the technical reality of RPO/RTO, GDPR compliance in Norway, and why NVMe throughput defines your actual recovery speed.
Manual security audits are a liability. Learn how to automate CIS benchmarks and GDPR technical controls using OpenSCAP and Ansible on Linux, ensuring your data stays compliant in the Norwegian jurisdiction.
Hope is not a strategy. We dissect the technical reality of disaster recovery for Nordic infrastructure, focusing on RTO reduction, GDPR compliance, and why high-performance NVMe storage is the unsung hero of rapid restoration.
The traditional firewall perimeter is dead. Learn how to implement a rigorous Zero-Trust security model using WireGuard, SSH Certificates, and NFTables on Norwegian infrastructure to satisfy Datatilsynet and sleep better at night.
Manual security audits are dead. Learn how to automate CIS benchmarks, enforce GDPR compliance via Ansible, and keep the Norwegian Datatilsynet happy using KVM-based infrastructure in 2022.
Container isolation is a myth if your config is lazy. Learn how to harden Docker and Kubernetes workloads against breakout attacks while satisfying Datatilsynet requirements.
Hope is not a strategy. We dismantle the myths of cloud resilience and provide a battle-tested, code-heavy guide to disaster recovery that satisfies both Datatilsynet and your uptime requirements using Norwegian infrastructure.
Move beyond default configurations. This guide covers immutable infrastructure, kernel isolation, supply chain verification, and the specific data sovereignty requirements for hosting in Norway.
Relying on RAID is not a disaster recovery plan. In a post-Schrems II era, we explore how to architect immutable, encrypted backups for PostgreSQL on Norwegian infrastructure using BorgBackup and systemd, ensuring compliance with Datatilsynet while minimizing RTO.
Downtime isn't just expensive; in 2022, it's a regulatory minefield. Learn how to architect compliant, high-availability disaster recovery systems using standard Linux tools, PostgreSQL replication, and Norwegian data sovereignty.
Stop managing compliance with spreadsheets. Learn how to implement 'Compliance as Code' using Ansible and OpenSCAP on Norwegian infrastructure to satisfy Datatilsynet and solve Schrems II headaches.
Navigating Schrems II and Datatilsynet requirements doesn't have to be a manual nightmare. Learn how to automate server hardening with Ansible and OpenSCAP while solving data sovereignty by anchoring your infrastructure in Oslo.
Perimeter security is dead. Learn how to architect a Zero-Trust environment using mTLS, SSH authorities, and WireGuard on sovereign Norwegian infrastructure.
The 'castle-and-moat' security model is dead. Learn how to implement a true Zero-Trust architecture using SSH CAs, WireGuard, and nftables on Ubuntu 22.04, ensuring compliance with Norwegian data laws.
Manual security hardening is a liability in the post-Schrems II era. Learn how to automate CIS-level compliance on Norwegian infrastructure using Ansible and OpenSCAP.
Manual server hardening is a liability. Learn how to automate CIS-level security compliance using Ansible and OpenSCAP on Ubuntu 22.04, ensuring your infrastructure meets strict Norwegian data privacy standards.
Manual security hardening is professional negligence. Discover how to automate GDPR compliance using Ansible, OpenSCAP, and sovereign Norwegian VPS infrastructure to mitigate Schrems II risks.
Manual security audits are a liability. Learn how to automate server hardening using Ansible and OpenSCAP on Ubuntu 22.04, ensuring GDPR compliance while leveraging NVMe performance in Oslo.
Manual security audits are a liability. Learn how to implement automated hardening pipelines using Ansible and OpenSCAP to satisfy Datatilsynet and Schrems II requirements while maintaining high-velocity deployments.
Container isolation is often an illusion. From dropping capabilities to enforcing read-only filesystems, here is how to secure your stack against 2022's threat landscape while keeping Datatilsynet happy.
Manual server hardening is a liability. Learn how to automate security compliance using Ansible and OpenSCAP on Norwegian infrastructure to satisfy Datatilsynet and sleep better at night.
Manual security checklists are obsolete. Learn how to implement continuous compliance using Ansible and OpenSCAP on Norwegian infrastructure to satisfy Datatilsynet without slowing down deployment.
The 'Castle and Moat' security model is obsolete in the face of lateral movement and GDPR scrutiny. This guide details the technical implementation of Zero-Trust architecture using mTLS, SSH Certificates, and WireGuard on bare-metal KVM instances.
Stop running as root. In the wake of Log4Shell and Schrems II, we dive deep into immutable infrastructure, capability dropping, and why data sovereignty in Norway is your best defense.
Manual security hardening is a liability. Learn how to automate CIS-level compliance using Ansible and OpenSCAP, keeping your Norwegian data safe from Datatilsynet audits and ensuring true data sovereignty on local infrastructure.
Root in a container is root on the host. We break down actionable strategies to lock down your container supply chain, runtime configs, and infrastructure for Norwegian production environments.
It’s not about if data is saved; it’s about how fast you can restore it. We dissect RTO/RPO strategies, immutable storage, and why data sovereignty in Norway is your safety net in 2022.
The castle-and-moat security model is obsolete. Learn how to implement a true Zero-Trust network using WireGuard, mTLS, and strict firewalling on Norwegian infrastructure, ensuring compliance with Schrems II while maintaining low latency.