asc-crash-triage

by rudrankriyam

asc-crash-triage helps fetch and summarize TestFlight crashes, beta feedback, and performance diagnostics with asc. Use it for incident triage, release validation, and build-by-build review when you need a fast incident readout instead of a manual scan of App Store Connect data.

Stars0

Favorites0

Comments0

AddedMay 9, 2026

CategoryIncident Triage

Install Command

npx skills add rudrankriyam/app-store-connect-cli-skills --skill asc-crash-triage

Curation Score

This skill scores 78/100, which means it is a solid directory candidate: it gives agents a clear trigger, a concrete workflow, and command-level guidance for TestFlight crash triage. Directory users should see enough evidence to decide it is worth installing, though they should expect some onboarding gaps because it lacks companion scripts, references, and an install command.

78/100

Strengths

Clear, specific trigger coverage for TestFlight crashes, beta feedback, and performance diagnostics.
Operational commands are explicit, including app lookup, crash listing, build/device filters, and output modes.
Workflow is stepwise and usable: resolve app ID, fetch data, parse JSON, summarize results.

Cautions

No install command, scripts, or reference files, so users must rely on the SKILL.md instructions alone.
The skill appears focused on a narrow asc/testflight workflow, so it may be less useful outside crash triage and feedback analysis.

App Store Connect Testflight Crashlytics Ios Mobile Cli

Overview

Overview of asc-crash-triage skill

What asc-crash-triage does

The asc-crash-triage skill helps you fetch and summarize TestFlight crashes, beta feedback, and performance diagnostics with asc, then turn raw JSON into a useful incident readout. It is best for the asc-crash-triage skill when you need a fast answer to “what is breaking, on which build, and how bad is it?”

Who should use it

Use asc-crash-triage if you support iOS or iPadOS apps in TestFlight and need to triage reports from testers, product, QA, or support. It is especially useful for incident triage, release validation, and build-by-build review when you need a concise summary instead of a manual scan through App Store Connect.

What makes it useful

The skill is practical because it gives a repeatable path: resolve the app, pull the relevant report type, and summarize by build, device, or OS. The main value is not just listing events; it is helping you narrow from “many reports” to “the likely release problem,” which is the real job-to-be-done for the asc-crash-triage workflow.

How to Use asc-crash-triage skill

Install the skill

Run the asc-crash-triage install command from the skills package:

npx skills add rudrankriyam/app-store-connect-cli-skills --skill asc-crash-triage

After install, confirm that your environment can run asc and that your App Store Connect credentials are available before expecting any triage output.

Start with the right input

The skill works best when you give it a clear app name or app ID, a build identifier if you have one, and the incident type you want triaged. Strong prompts look like: “Use asc-crash-triage to summarize the last 10 TestFlight crashes for build 142 on iPhone 15 devices,” or “Use asc-crash-triage to compare recent beta feedback against crash reports for the latest release.”

Read the files that matter first

For the fastest onboarding, read SKILL.md first, then inspect any linked repository guidance the skill references. The source excerpt shows the core workflow directly in the skill body, so you usually only need the main file plus any nearby repo notes to understand the asc-crash-triage usage pattern.

Follow the practical workflow

A reliable asc-crash-triage guide is: identify the app, fetch the narrowest report set that answers your question, and summarize by build, device, OS, or report theme. If the app ID is missing, resolve it first; if the question is release-specific, filter by build before widening to all reports. This keeps the triage output focused and avoids noisy summaries.

asc-crash-triage skill FAQ

Is asc-crash-triage only for crashes?

No. The skill covers TestFlight crashes, beta feedback, and performance diagnostics such as hangs, disk writes, and launch issues. If your question is “what are testers seeing?” rather than only “what crashed?”, asc-crash-triage is a good fit.

Do I need App Store Connect experience first?

No, but you do need to know which app or build you are investigating. Beginners can use the skill successfully if they can provide a clear app name, rough date range, or build number. The main blocker is vague input, not lack of App Store Connect expertise.

When is a plain prompt enough?

A plain prompt is fine for one-off questions, but asc-crash-triage is better when you want a repeatable asc-crash-triage usage pattern and a more disciplined pull from live data. Use the skill when the answer depends on filtered App Store Connect records, not just general reasoning.

When should I not use it?

Do not use it for general mobile debugging that does not involve TestFlight, App Store Connect, or beta distribution data. It is also a poor fit if you cannot access the app, build, or account context needed to query the reports.

How to Improve asc-crash-triage skill

Give the skill tighter incident framing

The best way to improve asc-crash-triage output is to state the decision you need to make. Instead of “check crashes,” ask for “a summary of whether build 142 should be held” or “whether the crash pattern is isolated to one device family.” Decision-shaped prompts produce better triage than generic status checks.

Provide filters that reduce noise

The skill gets stronger when you include build, device model, OS version, or time window. For example: “list crashes for build 142, newest first, limited to iPhone 16 devices” is much better than “show all crashes.” Narrow inputs reduce false patterns and make the summary more actionable.

Ask for comparisons, not just lists

If you want better incident triage, compare crash reports with beta feedback instead of reviewing them separately. Ask for a side-by-side summary of recurring crash signatures, tester comments, and whether the issue is concentrated in one build. That helps the skill surface whether you have a release blocker, a regression, or a usability complaint.

Ratings & Reviews

No ratings yet

Share your review

0/10000

Latest reviews

Saving...

more skill

conducting-malware-incident-response

by mukul975

conducting-malware-incident-response helps IR teams triage suspected malware, confirm infections, scope spread, contain endpoints, and support eradication and recovery. It is designed for conducting-malware-incident-response for Incident Response workflows with evidence-backed steps, telemetry-driven decisions, and practical containment guidance.

Incident Response

Favorites 0GitHub 0

building-incident-response-playbook

by mukul975

building-incident-response-playbook helps security teams create reusable incident response playbooks with step-by-step phases, decision trees, escalation criteria, RACI ownership, and SOAR-ready structure. It is designed for incident response procedure documentation, incident triage workflows, and audit-friendly operational response plans.

Incident Triage

Favorites 0GitHub 6.1k

detecting-privilege-escalation-attempts

by mukul975

detecting-privilege-escalation-attempts helps hunt privilege escalation on Windows and Linux, including token manipulation, UAC bypass, unquoted service paths, kernel exploits, and sudo/doas abuse. Built for threat hunting teams that need a practical workflow, reference queries, and helper scripts.

Threat Hunting

Favorites 0GitHub 0

detecting-evasion-techniques-in-endpoint-logs

by mukul975

The detecting-evasion-techniques-in-endpoint-logs skill helps hunt defense evasion in Windows endpoint logs, including log clearing, timestomping, process injection, and security tool disabling. Use it for threat hunting, detection engineering, and incident triage with Sysmon, Windows Security, or EDR telemetry.

Threat Hunting

Favorites 0GitHub 0

analyzing-network-traffic-for-incidents

by mukul975

analyzing-network-traffic-for-incidents helps incident responders analyze PCAPs, flow logs, and packet captures to confirm C2, lateral movement, exfiltration, and exploitation attempts. Built for analyzing-network-traffic-for-incidents for Incident Response with Wireshark, Zeek, and NetFlow-style investigation.

Incident Response

Favorites 0GitHub 0

detecting-insider-threat-behaviors

by mukul975

detecting-insider-threat-behaviors helps analysts hunt insider-risk signals like unusual data access, off-hours activity, mass downloads, privilege abuse, and resignation-correlated theft. Use this detecting-insider-threat-behaviors guide for threat hunting, UEBA-style triage, and threat modeling with workflow templates, SIEM query examples, and risk weights.

Threat Modeling

Favorites 0GitHub 0

detecting-command-and-control-over-dns

by mukul975

detecting-command-and-control-over-dns is a cybersecurity skill for spotting C2 over DNS, including tunneling, beaconing, DGA domains, and TXT/CNAME abuse. It supports SOC analysts, threat hunters, and security audits with entropy checks, passive DNS correlation, and Zeek or Suricata-style detection workflows.

Security Audit

Favorites 0GitHub 0

deploying-osquery-for-endpoint-monitoring

by mukul975

deploying-osquery-for-endpoint-monitoring guide for deploying and configuring osquery for endpoint visibility, fleet-wide monitoring, and SQL-driven threat hunting. Use it to plan installation, read the workflow and API references, and operationalize scheduled queries, log collection, and centralized review across Windows, macOS, and Linux endpoints.

Monitoring

Favorites 0GitHub 0

correlating-security-events-in-qradar

by mukul975

correlating-security-events-in-qradar helps SOC and detection teams correlate IBM QRadar offenses with AQL, offense context, custom rules, and reference data. Use this guide to investigate incidents, reduce false positives, and build stronger correlation logic for Incident Response.

Incident Response

Favorites 0GitHub 0

analyzing-windows-event-logs-in-splunk

by mukul975

The analyzing-windows-event-logs-in-splunk skill helps SOC analysts investigate Windows Security, System, and Sysmon logs in Splunk for authentication attacks, privilege escalation, persistence, and lateral movement. Use it for incident triage, detection engineering, and timeline analysis with mapped SPL patterns and event ID guidance.

Incident Triage

Favorites 0GitHub 0

analyzing-windows-amcache-artifacts

by mukul975

The analyzing-windows-amcache-artifacts skill parses Windows Amcache.hve data to recover evidence of program execution, installed software, device activity, and driver loading for DFIR and security audit workflows. It uses AmcacheParser and regipy-based guidance to support artifact extraction, SHA-1 correlation, and timeline review.

Security Audit

Favorites 0GitHub 0

analyzing-powershell-empire-artifacts

by mukul975

analyzing-powershell-empire-artifacts skill helps Security Audit teams detect PowerShell Empire artifacts in Windows logs using Script Block Logging, Base64 launcher patterns, stager IOCs, module signatures, and detection references for triage and rule writing.

Security Audit

Favorites 0GitHub 0

analyzing-network-traffic-of-malware

by mukul975

analyzing-network-traffic-of-malware helps inspect PCAPs and telemetry from sandbox runs or incident response to find C2, exfiltration, payload downloads, DNS tunneling, and detection ideas. It is a practical analyzing-network-traffic-of-malware guide for Security Audit and malware triage.

Security Audit

Favorites 0GitHub 0

analyzing-linux-system-artifacts

by mukul975

analyzing-linux-system-artifacts helps investigate Linux hosts for compromise by reviewing auth logs, shell history, cron jobs, systemd services, SSH keys, and other persistence points. Use this analyzing-linux-system-artifacts guide for Security Audit, incident response, and forensic triage. It includes practical install and usage guidance.

Security Audit

Favorites 0GitHub 0

analyzing-indicators-of-compromise

by mukul975

Analyzing-indicators-of-compromise helps triage IOCs such as IPs, domains, URLs, file hashes, and email artifacts. It supports threat-intelligence workflows for enrichment, confidence scoring, and block/monitor/whitelist decisions using source-backed checks and clear analyst context.

Threat Intelligence

Favorites 0GitHub 0

analyzing-docker-container-forensics

by mukul975

analyzing-docker-container-forensics helps investigate compromised Docker containers by analyzing images, layers, volumes, logs, and runtime artifacts to identify malicious activity and preserve evidence. Use this analyzing-docker-container-forensics skill for a Security Audit, incident review, or container hardening assessment.

Security Audit

Favorites 0GitHub 0