SPOLS-VE icon
SPOLS-VE icon

SPOLS-VE

High-Performance Computing management and enterprise virtualization platform featuring Zero Trust security, advanced auto-balancing, and green energy optimization.

SPOLS-VE screenshot 1

Cost / License

  • Pay once
  • Proprietary

Application type

Platforms

  • Linux
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Features

Properties

  1.  Security-focused

Features

  1.  Virtualization
  2.  Auto Scaling
  3.  Hypervisor
  4.  Cluster management
  5.  High Availability

SPOLS-VE News & Activities

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SPOLS-VE information

  • Developed by

    ES flagSSOLO
  • Licensing

    Proprietary and Commercial product.
  • Pricing

    One time purchase (perpetual license) that costs from $1490.
  • Alternatives

    8 alternatives listed
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  • Supported Languages

    • English
SPOLS-VE was added to AlternativeTo by marcofrl1 on and this page was last updated .
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What is SPOLS-VE?

Spols-VE is a proprietary High-Performance Computing (HPC) management and enterprise virtualization platform engineered for high-security, high-availability data center environments. Built with a native Go microservices architecture, Spols-VE features Zero Trust security, mTLS communication channels, FIPS-compliant cryptographic cipher suites, and perpetual licensing models.

Designed to operate seamlessly on robust Linux infrastructures, Spols-VE delivers comprehensive workload orchestration and advanced automated resource management:

Green Mode & Native Linux Power Management: Interacts directly with kernel CPU frequency scaling to automatically shift worker core profiles into energy-saving states (powersave) during low utilization, while instantly triggering high-performance (performance) profiles when heavy virtual workloads or migrations demand full compute power.

Intelligent Auto-Balancer (spols-guard): Continuously monitors cluster-wide resource utilization (CPU, memory, and storage I/O) to dynamically optimize workload placement and ensure maximum efficiency without manual intervention.

Advanced Affinity & Anti-Affinity Engine: Enforces granular host placement policies—guaranteeing that tightly coupled or latency-sensitive workloads co-locate, while strictly isolating critical tiers (such as separating a primary enterprise resource planning application and its relational database onto distinct physical host nodes to eliminate single points of failure).

VM Dependency Management: Governs complex multi-tier application deployments through orchestrated boot sequencing and conditional startup bindings, ensuring dependent services initiate only when prerequisite workloads report a fully running state.

Rigorous Security Architecture: Employs FIPS-compliant TLS 1.2 cryptographic cipher suites, constant-time token authentication, and strict visudo validation to maintain absolute compliance in enterprise and government environments.