Custom-designed
dedicated website infrastructure

Our platform is engineered for organisations that require strict data residency and compliance controls. All infrastructure is fully Australian owned and operated, with no offshore data centres, vendors, or support pathways. Workloads are hosted exclusively within Tier IV facilities in Melbourne and Brisbane, delivering geographic redundancy, stringent access controls, and predictable operational oversight.

Environments are designed in alignment with the ACSC Information Security Manual and progressing toward ISO 27001 certification. This ensures appropriate security baselines for government, healthcare, education, finance, and other regulated industries requiring demonstrable sovereignty, controlled access, and adherence to Australian regulatory frameworks.

Our multi-region peering architecture provides deterministic, low-latency routing across Australia. Our distributed peering fabric reduces latency, increases throughput, and enhances end-user experience for performance-critical applications.

• Melbourne connectivity is delivered through Micron21 with direct presence at EdgeIX, VIC-IX, PIPE, and MegaIX.
• Brisbane connectivity through NextDC B2 extends reach to EdgeIX Brisbane, MegaIX Brisbane, and QLD-IX.
• Direct interconnection with major carriers (Aussie Broadband, Vocus, Superloop, Amazon, Akamai, Cloudflare, Starlink) ensures efficient routing paths.

Our platform is architected to maintain deterministic performance under heavy load, with each layer of the stack optimised for consistency, isolation, and throughput. Compute, storage, and networking components are selected and configured specifically for high-traffic, latency-sensitive, and mission-critical systems. Our integrated approach ensures consistent, high-throughput performance for workloads operating at enterprise or national scale.

Compute and virtualisation

• Enterprise-grade KVM hypervisors provide strict workload isolation, stable scheduling, and predictable resource allocation.
• Vertical and horizontal scaling options support sudden load increases common to ticket releases, major events, and high-volume transactional systems.
• Resource pools are engineered to eliminate noisy-neighbour effects prevalent in oversubscribed public cloud environments.

High-performance storage architecture

• NVMe-backed storage provides ultra-low-latency I/O, accelerating database and application workloads.
• Multi-layer redundancy, including hypervisor-level replication, enables data survivability even in the event of host failures.
• Snapshotting and off-site replication support rapid rollback, disaster recovery, and long-term data retention requirements.

Optimised network fabric

• Redundant 10/40/100Gbps uplinks provide high-capacity, low-latency transit.
• Direct peering across major Australian exchanges (EdgeIX, VIC-IX, NSW-IX, PIPE, MegaIX, QLD-IX) reduces hop counts and improves national performance.
• Active-active load balancing and failover mechanisms distribute traffic intelligently and maintain uptime during maintenance events or host transitions.

Security is embedded across every layer of our cloud environment, providing continuous protection against threats while preserving performance and operational integrity. This makes the platform suited to government and regulated workloads requiring strict oversight.

Network security

• Multi-layered DDoS mitigation protects against volumetric, protocol, and application-layer attacks.
• RFC compliance validation prevents malformed or malicious traffic entering the network fabric.
• GEOIP filtering and real-time threat-intelligence feeds enable dynamic response to emerging threats.
• Custom routing and mitigation rules allow fine-tuned defence for unique traffic profiles.

System security

• Host-level firewalls and IDS/IPS provide continuous inspection and event correlation.
• Hardened OS templates and continuous patch cycles reduce surface exposure.
• Role-based access controls and optional NV1-cleared administrators ensure only authorised personnel have access to sensitive workloads.
• Daily snapshots and off-site replicated backups enable rapid restoration and continuity.

Threat intelligence and audit validation

• Integrated threat-intelligence engines provide early detection of new attack vectors.
• Independent penetration testing and scheduled vulnerability assessments validate defensive effectiveness and platform maturity.

NV1-cleared operational capability

For sensitive or classified workloads, environments can be managed exclusively by NV1-cleared engineers, ensuring strict adherence to government security protocols and controlled operational processes.

We provide continuous monitoring, deep observability, and proactive operations to maintain stability, availability, and security across all managed environments. Through our operational model, we maintain a highly stable, secure, and predictable cloud environment capable of supporting mission-critical workloads.

Continuous monitoring

• Full-stack telemetry via Grafana and integrated monitoring systems.
• Real-time security analysis for anomalies, intrusion attempts, and behavioural irregularities.
• 24/7 uptime monitoring with threshold-based alerts for CPU, memory, I/O, and network consumption.

Support and escalation model

• All support is provided by Australian engineers with deep platform knowledge — no offshore escalation chains.
• After-hours on-call coverage ensures critical incidents are addressed without delay.
• Defined SLAs establish predictable response and escalation workflows.

Proactive operations

• Early-warning detection enables remediation actions before they affect workloads.
• ITIL-aligned incident processes ensure structured analysis and continuous improvement.
• Capacity planning forecasts usage trends and prevents resource-related degradation.

One of the defining advantages of our managed cloud platform is the ability to architect environments around the exact behaviour of your workload — not the limitations of predefined cloud instance types. Every deployment is engineered based on real resource profiles, performance characteristics, throughput requirements, and compliance obligations. By engineering the infrastructure around workload — rather than forcing the workload into generic infrastructure — we deliver higher performance, tighter control, and more predictable operational outcomes for mission-critical systems.

Custom-tuned resource allocation

• CPU, RAM, storage IOPS, and network throughput are provisioned precisely for the workload’s operational patterns.
• No oversubscription or “best-effort” resource models common in commodity cloud environments.
• Tailored tuning for databases, API-driven workloads, real-time systems, and high-concurrency applications.

Platform-level optimisation

• Kernel, network stack, and hypervisor tuning improves latency, throughput, and predictability.
• Filesystem and caching strategies optimised for application-specific read/write behaviour.
• Dedicated performance profiling ensures predictable scaling during peak demand.

Application-aware architecture design

• Support for multi-tier architectures, microservices, containerised workloads, and legacy monolithic systems.
• Customized network segmentation, private interconnects, and security zones.
• High-availability cluster design matched to the application’s failure model and RTO/RPO requirements.