Cloud & Bare-Metal Compute
High-density compute pools tuned for memory performance and minimal virtualization overhead.
IAAS / AURENIX SERVICES
Secure, scalable infrastructure designed to run mission-critical workloads globally.
A PRACTICAL PARTNER
Modern digital workloads require rock-solid infrastructure. Aurenix builds, operates, and scales infrastructure across planetary edge networks, high-density Kubernetes clusters, and low-latency storage fabrics.
WHAT WE DO
A flexible set of capabilities, shaped around your goals, technology environment and priorities.
High-density compute pools tuned for memory performance and minimal virtualization overhead.
Declarative cluster orchestration with automated scaling, custom controllers, and service discovery.
NVMe block arrays and globally replicated S3-compatible object stores with 11 9's durability.
Anycast BGP routing, hardware offload acceleration, and isolated software-defined networks.
Active-active multi-region failover and sub-second replication guaranteeing business continuity.
Continuous eBPF profiling, OpenTelemetry spans, and automated p99 latency alerts.
SPECIALIZED CAPABILITY SPECTRUM
SLA-BACKED // MODULAR ENGAGEMENT
Declarative multi-cloud provisioning with automated drift detection and cost governance.
High-density compute instances tuned for low-latency scheduling and hardware memory isolation.
Dedicated on-premises and colocation cloud topologies offering total data sovereignty.
Best-practice architectures deployed across AWS, Google Cloud, and Microsoft Azure.
Seamless interconnects bridging on-premises legacy hardware with dynamic public cloud burst capacity.
KVM-powered virtual servers with dedicated NVMe storage and unmetered gigabit ports.
Single-tenant bare-metal hardware with raw hardware access and no virtualization overhead.
Ultra-fast global edge caching with automated Let's Encrypt certificates and DDoS protection.
Containerized, auto-healing runtime environments with blue-green deployments and edge routing.
Mission-critical application runtimes with automated health probes and rolling updates.
Managed PostgreSQL, MySQL, and Redis instances with automated point-in-time recovery.
Sub-millisecond gRPC and REST endpoints with anycast routing and edge-level token caching.
Automated patch management, security baselines, and performance optimization across fleets.
Kernel tuning (eBPF, sysctl, cgroups), systemd automation, and security hardening.
Active Directory governance, PowerShell automation, and enterprise cluster management.
Zero-downtime database and compute migration from on-premises to modern cloud environments.
Well-architected frameworks designed for fault-tolerance, multi-region failover, and elasticity.
Tiered storage architectures combining hot NVMe flash with cold geo-redundant archives.
S3-compatible distributed object stores with 11 9's durability and instant global replication.
High-IOPS persistent network block volumes designed for low-latency database transactions.
Core routing fabric, anycast BGP tables, and autonomous link failover management.
Isolated software-defined network enclaves with granular routing tables and peering meshes.
WireGuard and IPsec encrypted tunnels providing secure remote engineer and office access.
L4/L7 intelligent traffic dispatching, SSL offloading, and health-check circuit breaking.
Anycast global authoritative DNS with sub-second propagation and geo-steering resolution.
Cloud and hardware security appliances filtering volumetric DDoS and stateful protocol anomalies.
OCI-compliant container execution nodes with lightweight isolation and fast boot times.
Multi-stage image optimization, secure container registries, and daemon socket protection.
Production-grade K8s cluster lifecycle, custom operators, and cluster mesh governance.
Terraform, OpenTofu, and Ansible playbooks automating 100% of physical and cloud assets.
High-cardinality Prometheus metrics, Grafana dashboards, and automated alert paging.
Cryptographically verified hourly snapshotting with off-site immutable backup storage.
Active-active multi-region failover topologies delivering near-zero RPO and RTO.
Redundant power, network links, compute hypervisors, and data paths eliminating single points of failure.
Predictive horizontal autoscaling and compute rightsizing to minimize unnecessary cloud spend.
DESIGNED FOR CONTEXT
We build resilient topologies that effortlessly absorb traffic bursts, auto-heal from component failures, and provide 99.999% SLA availability.
BUSINESS BENEFITS
Technology choices should connect to outcomes that matter in your day-to-day operations.
HOW WE WORK
The right delivery plan depends on your project. Our process keeps the goals, decisions and next steps visible from the start.
Understand business requirements, architectural bottlenecks, security posture, and objectives.
Define the distributed solution, zero-trust architecture, SLA parameters, and implementation roadmap.
Build, code, and integrate typed software, AI models, and infrastructure with hermetic precision.
Execute automated penetration testing, vulnerability scanning, and cryptographic contract verification.
Deploy autonomously, establish 24/7 telemetry monitoring, and optimize elasticity under peak concurrency.
QUESTIONS & ANSWERS
Have another question? Our team can help you think through it.
Ask our team07 LET'S TALK
Tell us what you are working toward. We'll start with your context and explore a practical next step together.