Found 1,914 results for: /WEB-INF/web.xml
It is March 2020. Traffic is surging. Do you know why your API latency just spiked? We dismantle the 'black box' of server performance using Prometheus, Grafana, and raw Linux utilities, explaining why hardware isolation is the only metric that truly matters.
A battle-hardened comparison of container orchestrators. We analyze complexity, resource overhead, and why your underlying infrastructure (IOPS) determines success or failure in production.
Monitoring tells you the server is up. Observability tells you why the checkout API failed for user #402. We bridge the gap using the ELK stack, Prometheus, and NVMe-backed infrastructure.
Serverless doesn't have to mean AWS Lambda. Discover how to build high-performance, GDPR-compliant event-driven architectures on bare-metal VDS using OpenFaaS and KVM, right here in Norway.
RAID is not a backup. Your shell scripts are likely broken. A battle-hardened guide to DR strategies in 2020, focusing on Norwegian data sovereignty, automated integrity checks, and achieving sub-minute RTO.
Stop relying on basic ping checks. A battle-hardened guide to implementing Prometheus, Grafana, and ELK on Norwegian VPS infrastructure for true observability.
It is February 2020. Relying solely on AWS or Azure is a calculated risk that often fails. Here is a pragmatic architectural guide to splitting workloads between hyperscalers and local high-performance NVMe infrastructure like CoolVDS, focusing on GDPR compliance and Norwegian latency.
Is your application actually slow, or is it just the network? In this guide, we ditch the vanity metrics and build a robust monitoring stack using Prometheus, Grafana, and Linux system internals on high-performance NVMe infrastructure.
Stop guessing why your application hangs. From Prometheus endpoints to diagnosing disk I/O wait on NVMe, this guide covers the hard truths of Application Performance Monitoring that SaaS tools ignore.
Default configurations are the enemy of performance. We dissect the Linux kernel, Nginx upstream keepalives, and NVMe I/O bottlenecks to help you drop latency on your Norwegian VPS.
The 'castle-and-moat' security model is dead. Learn how to implement SSH Certificates, mTLS, and WireGuard to build a Zero-Trust architecture that keeps your Norwegian infrastructure compliant and secure.
While the promise of 'pay-as-you-go' sounded perfect, the reality for many Norwegian CTOs is unpredictable billing and hidden egress fees. Here is how to audit your infrastructure, reclaim wasted resources, and why fixed-cost NVMe performance is the stabilizer your budget needs.
Physics doesn't negotiate. Stop routing critical traffic to Frankfurt. We explore real-world edge computing architectures for the Norwegian market in 2020, specifically focusing on IoT aggregation, localized caching, and the specific kernel tuning required to minimize jitter.
Cloud functions offer agility, but public cloud bills and latency can kill your project. Learn how to architect a hybrid serverless platform using OpenFaaS and KVM on high-performance infrastructure.
CPU graphs lie. In 2020, 'it works on my machine' is a fireable offense. We dissect the Golden Signals of monitoring, configuring Prometheus on Ubuntu 18.04, and why placing your data in Norway is a latency imperative, not just a legal one.
It’s 2020. Kubernetes won the war, but Docker Swarm is still fighting for the small battles. We analyze the orchestration landscape, the critical role of NVMe storage for etcd stability, and why data residency in Norway matters more than ever.
A battle-hardened guide to ensuring business continuity in 2020. Learn how to architect robust disaster recovery using BorgBackup, MySQL replication, and Norwegian data sovereignty principles to satisfy Datatilsynet and your CTO.
Stop paying the 'egress tax'. A strategic guide to hybrid infrastructure using local Norwegian NVMe VPS for data gravity and public cloud for elasticity. Includes Terraform 0.12 configs and StrongSwan setup.
A battle-hardened guide to locking down Docker and Kubernetes in a post-CVE-2019-5736 world. We cover non-root users, read-only filesystems, and why KVM isolation on CoolVDS is your last line of defense.
It's late 2019, and the 'runc' vulnerability is still haunting production environments. Here is a battle-hardened guide to locking down containers, managing capabilities, and why the underlying hardware in Oslo matters more than you think.
Centralized clouds are failing real-time applications. Discover how deploying edge nodes in Norway reduces latency, secures IoT data pipelines, and ensures GDPR compliance. Practical configs included.
The castle-and-moat security model is obsolete. Here is how to architect a Zero-Trust environment on VPS infrastructure using mTLS, SSH CAs, and granular segmentation before the next audit hits.
Stop fearing Datatilsynet. Learn how to implement 'Compliance as Code' using Ansible and CIS benchmarks on Norwegian VPS infrastructure to automate your security posture before 2020 hits.
Stop over-engineering your infrastructure. Here is why a Hybrid approach combining local Norwegian NVMe VPS with hyperscaler bursting is the only architecture that satisfies both your CFO and Datatilsynet.
Sharding is complex, dangerous, and sometimes inevitable. We break down when to split your database, how to implement consistent hashing without losing your mind, and why infrastructure latency in Oslo matters more than your schema design.
Is your build queue killing developer productivity? Learn how to slash deployment times by moving from shared SaaS runners to dedicated NVMe instances in Oslo. We analyze the I/O bottleneck, Docker caching strategies, and the GDPR advantages of keeping your code within Norwegian borders.
It's late 2019, and the orchestration wars are settling. We compare K8s against Swarm for Nordic deployments, analyze etcd sensitivity to disk I/O, and explain why your underlying VDS architecture matters more than your yaml config.
Physics doesn't negotiate. For Nordic IoT and real-time apps, centralized cloud regions in Frankfurt are simply too far away. Here is how we architect low-latency edge nodes using NVMe and NIX peering.
Is your API Gateway choking under load? A deep dive into Linux kernel tuning, Nginx optimization, and the critical role of NVMe hardware in reducing latency.
A battle-hardened comparison of container orchestrators. We strip away the hype to look at operational complexity, latency requirements, and why running K8s on cheap storage is a death sentence for your control plane.