BRHosting Blog
News, tutorials, and infrastructure insights from our engineering team
Securing Windows Active Directory Against Modern Attack Techniques
Securing Active Directory against modern attacks requires tiered administration, privileged access workstations, and continuous monitoring of security events and configuration changes.
Site Reliability Engineering: Bridging Development and Operations
Site Reliability Engineering applies software engineering principles to operations, using SLOs, error budgets, and toil reduction to maintain reliable production systems.
Incident Management Frameworks for DevOps Teams
Incident management frameworks with clear severity definitions, incident commander roles, and blameless postmortems transform outage responses into structured learning opportunities.
5G and Its Impact on Data Center Architecture
5G networks are driving the deployment of micro data centers at the network edge, requiring new approaches to infrastructure management and data center architecture.
Container Security Best Practices for Production Environments
Container security requires a comprehensive approach covering base image selection, vulnerability scanning, runtime policies, and network segmentation across the entire lifecycle.
Kubernetes in Production: Lessons Learned from Running Large-Scale Clusters
Running Kubernetes in production at scale requires careful attention to control plane resources, pod scheduling, and comprehensive observability tooling.
Multi-Cloud Strategy: Avoiding Vendor Lock-In Without Losing Efficiency
A successful multi-cloud strategy requires pragmatic workload placement, selective abstraction, and centralized management to balance portability with efficiency.
Chaos Engineering: Building Confidence in Distributed Systems
Chaos engineering builds confidence in distributed systems by intentionally introducing failures to uncover weaknesses and validate resilience before real outages occur.
Zero Trust Architecture: Rethinking Network Security from the Ground Up
Zero Trust Architecture shifts security from perimeter-based models to continuous verification, requiring strict identity checks for every access request regardless of location.