Core Infrastructure
Compute, block and object storage, low-latency networking, and high-throughput load balancing.
The foundational compute and network building blocks powering high-traffic web applications and distributed enterprise stacks.
Dedicated and virtual compute instances designed for predictable processing and low latency.
- ✓Core Types: Dedicated and Burstable x86_64 Cores
- ✓Architecture: Modern AMD and Intel Xeon processors
- ✓Isolation: Hardware-enforced CPU scheduling
High-IOPS persistent block storage for databases and scalable object storage for media and backups.
- ✓Block Storage: NVMe-backed persistent volumes
- ✓Object Storage: S3-compatible API for unstructured files
- ✓Data Redundancy: Multi-drive physical parity / Ceph replication
Low-latency Indian transit, private virtual subnets, and robust perimeter routing.
- ✓Transit: Multi-homed Tier-1 transit with direct NIXI peering
- ✓Private Networking: Isolated software-defined VPC subnets
- ✓IP Addressing: Dedicated IPv4 allocations with IPv6 support
Distribute incoming traffic across multiple application servers to prevent bottlenecks and downtime.
- ✓Protocols: HTTP, HTTPS, TCP, UDP
- ✓Algorithms: Round-robin, least connections, source IP hashing
- ✓Health Checks: Custom HTTP status code and TCP port probes
Encrypted snapshot schedules and off-site replication to protect server states and database files.
- ✓Frequency: Daily automated snapshots with optional hourly schedules
- ✓Retention: Configurable 7, 14, 30, or 90-day retention policies
- ✓Encryption: AES-256 encryption in transit and at rest
Continuous tracking of server health, resource utilization, and service availability with proactive alerts.
- ✓Metrics Collected: CPU, RAM, Disk IOPS, Network In/Out, Process count
- ✓Resolution: 60-second telemetry polling
- ✓Alert Channels: Email, SMS, Webhook integrations