openvela
Official@open-vela · China
The openvela operating system is tailored for the AIoT field, with lightweight, standard compatibility, security and high scalability as its core features.
Agent Skills by openvela
Showing 7 vetted skills indexed across 1 GitHub repositories.
open-velapcm-audio
Detect and quantify clipping, silence insertion, pops, and noise floor in PCM audio.
open-velamemdump
Analyze NuttX/Vela memdump logs to quantify heap usage and detect leaks.
open-velacodesize
Analyze code and data footprint of embedded firmware from linker map files, ELFs, and static libraries.
open-velaskill-creator
Create and update Claude skills with templates and starter project structure.
open-velatmux
Send keystrokes to tmux sessions and capture pane output.
open-velaexecutor
Orchestrate persistent interactive CLI processes with JSON-structured start, send, read, and stop primitives.
open-velakconfig-tweak
Modify Linux kernel and NuttX .config files non-interactively from the command line.
Frequently Asked Questions About openvela
FAQPage SchemaWhat specific tasks can be performed using the Openvela diagnostic suite?▼
The suite enables precise quantification of PCM audio quality, analysis of firmware memory footprints, and detection of heap leaks in NuttX environments. It also provides primitives for non-interactive kernel configuration adjustments and structured interaction with persistent terminal sessions for embedded device debugging.
Which engineering personas benefit most from these capabilities?▼
Embedded systems engineers, firmware developers, and IoT platform architects benefit from these capabilities. These professionals utilize the suite to optimize resource-constrained devices, debug memory-related stability issues, and standardize the configuration of operating system kernels across diverse hardware targets.
What are the primary prerequisites for utilizing these diagnostic skills?▼
Users require access to compiled firmware artifacts such as ELF files, linker map files, or raw NuttX memory dump logs. Additionally, a standard Linux-based development environment is necessary to execute the configuration and analysis primitives against target device firmware images.