The Noxet engineering team brings together practicing enterprise systems architects, network engineers, and DevOps specialists. We design, automate, and maintain mission-critical digital infrastructure: from high-concurrency 1C:Enterprise server clusters and distributed databases to software-defined networking and Cloud-Native Kubernetes platforms.
We do not engage in superficial software installation or off-the-shelf templates. Our core mission is building highly resilient, scalable architectures with zero single points of failure (Zero SPOF) that consistently endure real-world production stress, eliminate emergency outages, and remain transparently governed as code.
Architectural Principles of Noxet
1. High Availability by Default (No SPOF)
Every mission-critical layer (databases, hypervisors, network gateways, load balancers, shared storage) is engineered with at least N+1 hardware and software redundancy. Physical server, storage disk, or network link failures do not interrupt business operations: automated failover mechanisms reroute workloads within seconds without dropping active sessions.
2. Vendor Independence & Proven Open Source
We build on an enterprise-grade Linux foundation, open-source database engines (PostgreSQL / Postgres Pro), modern hypervisors (Proxmox VE / KVM), and compliant operating systems. We eliminate vendor lock-in to proprietary ecosystems and foreign SaaS platforms: your infrastructure belongs entirely to you and operates within your trusted boundary.
3. Infrastructure as Code (Zero ClickOps)
Ad-hoc configuration through web consoles inevitably breeds configuration drift, undocumented divergence, and catastrophic human error. In Noxet projects, infrastructure is defined declaratively using Terraform, OpenTofu, and Ansible. Every modification is version-controlled in Git, tested in ephemeral staging environments, and delivered via secure GitOps pipelines.
4. Defense-in-Depth & Comprehensive Observability
Security is baked into network topology: VLAN micro-segmentation, Kubernetes NetworkPolicies, database isolation from public ingress, granular RBAC policies, and dynamic secret management. High-density telemetry stacks (VictoriaMetrics, Vector, Grafana) continuously ingest performance metrics and structured logs, detecting anomalies before they affect users.
Core Technical Competencies
- Enterprise Virtualization & Private Clouds: High-availability clustering on Proxmox VE (with distributed ZFS / Ceph storage), VMware vSphere (ESXi, vCenter), KVM, and major public cloud providers (Yandex Cloud, Selectel).
- High-Load 1C & Database Infrastructure: Resilient 1C server farms supporting 500+ concurrent enterprise users. Linux kernel and PostgreSQL / Postgres Pro tuning (Patroni, etcd, pg_probackup), lock contention elimination, and technological log profiling.
- Terminal Farms & Enterprise VDI: High-density RDS terminal clusters with FSLogix profile containers, Active Directory / FreeIPA directory federation, and thin-client desktop integration.
- Network Topology & Resilient Interconnects: Enterprise routing and switching on Cisco, MikroTik (CHR / RouterOS), and Eltex hardware. Dynamic BGP / OSPF routing, carrier failover, and encrypted multi-protocol VPN tunnels (IPsec, WireGuard, SSTP).
- DevOps & Cloud-Native Platforms: Container orchestration in Kubernetes, automated multi-stage CI/CD pipelines in GitLab CI with Kaniko, GitOps delivery via ArgoCD, and enterprise secret governance with HashiCorp Vault / SOPS.
Engagement Model & Guarantees
- Commercial Contracts: Formal B2B service contracts with full tax compliance and monthly performance reporting.
- Contractual SLA Response: Guaranteed incident response times starting from 15 minutes with 24/7 on-call engineering dispatch.
- Non-Disclosure Agreement (NDA): Comprehensive confidentiality agreements executed prior to any infrastructure assessment or credential exchange.
- Full Transparency: Dedicated client workspace within our issue tracker and Git repositories, granting 24/7 real-time visibility into every sprint, ticket, and commit.