개발·엔지니어링

Measures how teams actually use their project management tool day to day — adoption, feature-level satisfaction, and the friction points that drive people back to spreadsheets — with an AI follow-up that reconstructs a specific recent workflow moment instead of general sentiment. Built for product, IT, and operations teams evaluating or renewing tools.

소프트웨어 엔지니어를 위한 구조화된 성과 점검으로, 자가 평가 역량 점수, 행동 빈도 질문, 우선순위 트레이드오프 연습을 AI 후속 인터뷰와 결합합니다. 이 인터뷰는 개발자가 겪은 가장 큰 장애물과 가장 낮게 평가한 역량 영역을 깊이 파고들어, 관리자가 1:1 면담과 성장 계획에 활용할 수 있는 구체적이고 세부적인 정보를 제공합니다.

Captures how a specific software release landed with users — installation friction, stability, performance, and which features actually helped — for product and engineering teams shipping regular updates. The AI follow-up interview reconstructs exactly what broke or slowed someone down instead of settling for a vague 'it had bugs.'

Evaluates how engineers, sales-ops developers, and technical admins experience building on, customizing, and integrating with your CRM platform — covering API reliability, documentation, customization limits, and workflow tooling — with an AI follow-up that digs into the specific integration blocker behind the ratings, not just general sentiment.

Captures how a software tool actually performed during a trial, pilot, or proof-of-concept — usability, integrations, support, and value for cost — and ranks which factors matter most to the decision. An AI follow-up interview reconstructs the real story behind the adoption call, including near-misses and blockers. Built for engineering, IT, and product teams running a formal tool evaluation.

A developer-focused research instrument for benchmarking distributed tracing sampling adoption, practices, and trade-offs across OpenTelemetry and related observability tooling. Designed for engineering teams seeking to understand how peers approach head-based, tail-based, and adaptive sampling decisions.

Quantifies toil sources, automation maturity, and incident-resolution quality for SRE, platform, and DevOps teams over a 30-day period. Use to benchmark reliability operations and prioritize tooling investments.

Assess developer teams' API and SDK migration status, identify top blockers, and surface support needs to plan lower-risk, faster upgrades.

Measures developer awareness of prompt injection threats, captures current security mitigation practices, and identifies gaps in LLM application defense. Designed for engineering teams building or evaluating LLM-integrated features.

Measures developer familiarity, adoption stage, blockers, and rollout priorities for OpenTelemetry across engineering teams to inform instrumentation strategy and resource planning.

Measures contribution path clarity, governance transparency, maintainer responsiveness, and improvement priorities for open-source projects. Designed for project maintainers seeking to improve contributor satisfaction and retention.

Measures how developers navigate open-source license compliance, including confidence levels, tooling satisfaction, workflow clarity, and key barriers. Designed for engineering teams and developer-tool organizations seeking to improve compliance processes and SBOM adoption.

Measures on-call alert burden, interruption impact, recovery effectiveness, and compensation preferences across engineering teams to benchmark workload and identify actionable improvements to reduce burnout.

Measures perceived return on investment from logs, metrics, tracing, and monitoring tools across DevOps and SRE teams, identifying high-impact areas for investment and key barriers to value realization.

Measures developer-perceived latency thresholds, tail-latency tolerance, and performance trade-off priorities by use case. Use it to benchmark acceptable response times, set data-informed SLOs and SLAs, and prioritize performance investments that align with what developers actually care about.

Collects structured feedback from incident responders and stakeholders to evaluate response execution, communication quality, and accountability of follow-up actions. Use after any significant incident to identify process improvements.

Measures developer productivity, AI coding tool adoption and barriers, code quality practices, and professional growth for engineering teams. Designed for 6–8 minute completion with branching logic for AI tool users vs. non-users.

Benchmarks edge SLO/SLA maturity, failure handling patterns, and release safeguards for DevOps, SRE, and platform engineering teams managing edge workloads.

Measures documentation usability, findability, content clarity, and code accuracy based on a developer's recent session. Designed for DX and documentation teams seeking actionable feedback to prioritize improvements.

Evaluates how easily developers can find, navigate, and understand technical documentation. Measures discoverability, search quality, information architecture fit, and terminology clarity to prioritize documentation UX improvements.