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3 dépôts

Awesome GitHub RepositoriesRoot Capability Constraints

Mechanisms for limiting Linux kernel capabilities for root-granted processes to prevent unauthorized actions.

Distinct from API Capability Constraints: Distinct from API Capability Constraints: focuses on kernel-level process capabilities rather than API surface limitations.

Explore 3 awesome GitHub repositories matching web development · Root Capability Constraints. Refine with filters or upvote what's useful.

Awesome Root Capability Constraints GitHub Repositories

Trouvez les meilleurs dépôts grâce à l'IA.Nous recherchons les dépôts les plus pertinents grâce à l'IA.
  • tiann/kernelsuAvatar de tiann

    tiann/KernelSU

    15,041Voir sur GitHub↗

    KernelSU is a kernel-based root management framework for Android that provides administrative access to applications by operating directly within the operating system kernel. By integrating management logic into the kernel source, it enables system-wide permission control through syscall interception and function patching. This approach allows for the enforcement of fine-grained mandatory access control, assigning custom security domains to root processes to restrict their capabilities and prevent unauthorized actions. The project distinguishes itself through a systemless modification archite

    Limits specific Linux kernel capabilities for root-granted processes to prevent unauthorized actions even when running with superuser identity.

    Kotlinandroidkernelkernelsu
    Voir sur GitHub↗15,041
  • cri-o/cri-oAvatar de cri-o

    cri-o/cri-o

    5,629Voir sur GitHub↗

    CRI-O is an open-source container runtime that implements the Kubernetes Container Runtime Interface (CRI) to manage container images, pods, and containers on cluster nodes using OCI-compatible runtimes. It serves as a node-level container manager that handles image pulling, container lifecycle, and resource monitoring for Kubernetes clusters, running containers according to the Open Container Initiative specifications. The runtime distinguishes itself through live configuration reloading that applies changes to runtime definitions, registry mirrors, and TLS certificates without restarting th

    Controls which Linux capabilities are inheritable by non-root users inside containers to mitigate privilege escalation.

    Go
    Voir sur GitHub↗5,629
  • sel4/sel4Avatar de seL4

    seL4/seL4

    5,583Voir sur GitHub↗

    seL4 is a formally verified microkernel whose C implementation is backed by machine-checked mathematical proofs of correctness, confidentiality, integrity, and availability. It enforces strict isolation between processes through hardware-enforced address space separation and a capability-based access control system, where each process holds explicit rights only to the resources it has been granted. The kernel exposes hardware resources through a minimal API of system calls that manage threads, address spaces, and inter-process communication, with synchronous IPC supporting sender-identifying b

    Provides the addressing mechanism for referencing capabilities by CSlot index within a thread's capability space.

    Cmicrokernelossel4
    Voir sur GitHub↗5,583
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  7. Root Capability Constraints

Explorer les sous-tags

  • Capability Slot AddressingReferences a capability by its CSlot index relative to the thread's CSpace root for common kernel operations. **Distinct from Root Capability Constraints:** Distinct from Root Capability Constraints: focuses on the addressing mechanism within a capability space, not on constraining Linux kernel capabilities.
  • Non-Root User Capability RestrictionsControls which Linux capabilities are inheritable by non-root users inside containers to mitigate privilege escalation. **Distinct from Root Capability Constraints:** Distinct from Root Capability Constraints: focuses on restricting capabilities for non-root users, not root-granted processes.