Powerful, flexible, and fully customizable Linux containers.
Deploy with multiple Linux variants and optimize for your specific workload needs.
INDRYOM containers are optimized for performance with minimal overhead, enabling rapid deployment and startup times.
Adjust RAM, CPU, and storage to match your exact requirements. Scale resources up or down as needed.
Each container runs in complete isolation, ensuring security and preventing interference between instances.
Reliable storage with flexible allocation. Choose performance profiles based on your data requirements.
Deploy with public or private networking. Integrate with load balancers and configure custom network rules.
CLI and API-driven management. Simple lifecycle operations from creation to monitoring and termination.
Latest LTS and current releases. Ideal for general-purpose workloads with extensive community support.
Stable and reliable with minimal bloat. Perfect for servers requiring long-term stability.
Perfect for lightweight applications and minimal workloads
Balanced performance for most production workloads
Maximum performance for demanding applications
Enhanced storage capacity for data-intensive applications
Maximum RAM for in-memory operations and caching
Choose from 1 to 64 CPU cores with precise control over CPU pinning and allocation. Scale based on workload demands.
Allocate RAM from 1GB to 256GB. Adjust memory limits and set performance profiles for your application needs.
From 1GB to 10TB of storage. Choose between SSD, HDD, or NVMe based on performance requirements and budget.
Configure public/private networking, bandwidth allocation, and network interface management for maximum flexibility.
Deploy any supported Linux variant with custom configurations, pre-installed software, and initialization scripts.
Leverage advanced container features like privileged mode, device access, and resource guarantees.
INDRYOM containers are OS-level virtualization, making them significantly lighter than full VMs. Faster startup times and lower resource overhead.
Near-native performance since containers share the kernel with the host. Minimal CPU and memory overhead compared to hypervisor-based solutions.
Run hundreds of containers on a single physical server. Maximize resource utilization and cost efficiency.
Deploy any Linux distribution with full control over filesystem and system configuration. Run legacy applications without modification.
Kernel-level isolation ensures containers cannot interfere with each other. Security groups and AppArmor profiles provide additional protection.
Familiar Linux environment with standard tools. No container orchestration complexity unless you need it. SSH access for direct management.