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Government

Public-sector work where sovereignty over the stack matters: open instruction sets, portable infrastructure, and no dependency on a single vendor’s hardware roadmap.

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RVStack architecture

RVStack architecture, 7 layers from top to bottom: 01 Application, 02 Development toolchain, 03 Portable runtime, 04 Operating layer, 05 RISC-V architecture, 06 Device profile, 07 Deployment target.

  1. Application
    Games, tools and software targeting the Aevornix platform.
    .aev project format
  2. Development toolchain
    Compiler, linker, debugger, SDK and build systems.
    ELFDWARF
  3. Portable runtime
    Execution services shared across supported RISC-V targets.
  4. Operating layer
    System services, permissions, storage, networking and application lifecycle.
    POSIX-style system interfaces
  5. RISC-V architecturefoundation
    The open instruction-set foundation beneath the software stack.
    RV64GCRVA23
  6. Device profile
    Defined hardware capabilities used for emulation and compatibility testing.
  7. Deployment target
    Physical devices, virtual environments, cloud targets and certified platforms.
    linux-riscv64

Relevant properties

These are architectural commitments rather than a procurement offer. RISC-V work is in development; the portability commitment is already how services run.

Open instruction set
RVStack targets RISC-V, an open ISA with no licensing gate.
Portable infrastructure
Services are built to move between cloud providers and Aevornix-owned servers.
Defined device profiles
Capability requirements stated explicitly rather than implied by a chosen product.
Government | Aevornix