모든 템플릿
Developer & Engineering

Observability Stack ROI Assessment

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.

샘플 질문

템플릿에 포함된 내용을 미리 확인해 보세요. 모든 질문은 설문 공개 전에 자유롭게 수정할 수 있습니다.

질문 23개 · 약 10분
Q01
메시지

Welcome to the Observability ROI Assessment. This survey asks about your experience with logs, metrics, tracing, and related observability tools over the last 3–6 months. It takes approximately 8–10 minutes to complete. Your participation is entirely voluntary, and you may stop at any time. There are no right or wrong answers—we want your honest opinions. All responses are confidential and will be reported only in aggregate to guide observability investment decisions. Please click Next to begin.

Q02
객관식

In the last 3 months, have you actively used any observability tools (e.g., logging, metrics dashboards, tracing, APM) as part of your work?

  • Yes
  • No
Q03
객관식

Which of the following observability signals or tools do you actively use at least once a month? Select all that apply.

  • Logs
  • Metrics
  • Distributed tracing
  • Application Performance Monitoring (APM) dashboards
  • Real User Monitoring (RUM)
  • Synthetic monitoring
  • Error tracking / exception management
  • Other (please specify)
Q04
의견 척도

How would you rate the overall return on investment (ROI) of your organization's observability stack over the last 6 months?

척도: 17
최소:Very low ROI최대:Very high ROI
Q05
순위 매기기

During incident investigations in the past quarter, rank where you spent the most analysis time (top = most time).

  1. Searching and filtering logs
  2. Querying and interpreting metrics
  3. Tracing request paths across services
  4. Correlating data across multiple tools
  5. Communicating status and findings to stakeholders
드래그하여 순위 지정
Q06
의견 척도

How confident are you in making operational decisions based on the data your observability tools provide?

척도: 17
최소:Not at all confident최대:Extremely confident
Q07
객관식

What are the biggest barriers to realizing ROI from your observability investments? Select all that apply.

  • Insufficient tracing coverage
  • Unstructured or inconsistent logs
  • Siloed tools and data
  • Lack of defined SLOs/SLIs
  • High data or licensing costs
  • Limited team skills or dedicated time
  • Unclear ownership or processes
  • Competing organizational priorities
  • Other (please specify)
Q08
AI 인터뷰

Describe one recent case (within the last 6 months) where logs, metrics, or tracing clearly helped—or failed—to deliver value during an incident or investigation.

Q09
드롭다운

What is your primary role?

  • Site Reliability / DevOps Engineer
  • Backend Engineer
  • Frontend / Mobile Engineer
  • Platform / Infrastructure Engineer
  • Data / ML Engineer
  • QA / Test Engineer
  • Engineering Manager
  • Product / Program Manager
  • Customer Support / Success
  • Other
Q10
메시지

Thank you for completing the Observability ROI Assessment! Your responses are confidential and will be analyzed in aggregate. Results will directly inform upcoming investment and tooling decisions. If you have any questions, please contact your platform team lead.

Q11
순위 매기기

Rank your team's current observability objectives from most to least important.

  1. Detect and respond to incidents faster
  2. Reduce mean time to resolution (MTTR)
  3. Improve release confidence and quality
  4. Optimize infrastructure costs and capacity
  5. Understand end-user experience
드래그하여 순위 지정
Q12
순위 매기기

Rank the following observability signals by the ROI they have delivered for your team over the last 6 months (top = highest ROI).

  1. Logs
  2. Metrics
  3. Distributed tracing
  4. APM / dashboards
  5. Alerting and on-call tooling
드래그하여 순위 지정
Q13
의견 척도

In the last 3 months, how often did data gaps or missing context hinder your incident investigations?

척도: 17
최소:Never최대:Very frequently
Q14
순위 매기기

Rank where additional investment would most improve observability ROI (top = highest expected impact).

  1. Expand distributed tracing coverage
  2. Improve log structure, semantics, and search
  3. Define or refine SLIs, SLOs, and alert thresholds
  4. Unify correlation and navigation across signals
  5. Invest in team training, runbooks, and documentation
드래그하여 순위 지정
Q15
드롭다운

What percentage reduction in mean time to resolution (MTTR) over the next 6 months would clearly demonstrate observability ROI to your stakeholders?

  • Less than 10%
  • 10–20%
  • 21–30%
  • 31–40%
  • 41–50%
  • More than 50%
  • Not sure
Q16
장문형

What single change would most improve the return on investment from your observability tools?

Q17
드롭다운

Which team or area do you primarily support?

  • Product / Application team
  • Platform / Infrastructure
  • Security
  • Data / Analytics
  • Customer Support / Success
  • Other
Q18
객관식

Which of the following outcomes contribute most to observability ROI for you? Select all that apply.

  • Fewer production incidents
  • Faster triage and root-cause identification
  • Better alert quality (fewer false positives)
  • Improved developer productivity
  • Infrastructure cost savings
  • Reduced operational toil
  • Fewer customer-facing support tickets
  • Improved SLA/SLO attainment
  • Other (please specify)
Q19
객관식

What are the most significant friction points you experience with your current observability tooling? Select all that apply.

  • High data ingestion or storage costs
  • Slow query performance
  • Lack of correlation across signals (logs, metrics, traces)
  • Inconsistent naming conventions or tag schemas
  • Too many low-value alerts
  • Insufficient trace coverage
  • Difficult onboarding for new team members
  • Tool sprawl / too many separate platforms
  • Other (please specify)
Q20
장문형

Based on your responses in this survey, please share any additional thoughts about observability, tooling, or investment priorities that we should consider.

Q21
드롭다운

How many years have you worked in production operations or on-call contexts?

  • Less than 1 year
  • 1–3 years
  • 4–7 years
  • 8–12 years
  • More than 12 years
Q22
객관식

How often have you been on call in the last 6 months?

  • Never
  • Occasionally (less than monthly)
  • Monthly
  • Weekly or more
Q23
드롭다운

Which region are you primarily based in?

  • Americas
  • EMEA
  • APAC

포함된 기능

  • AI 후속 질문

    정형화된 설문이 놓치는 세부 내용을, 주관식 답변에 맞춰 AI가 심층 질문으로 끌어냅니다.

  • 주의력 확인 장치

    성의 없는 답변과 저품질 응답자를 걸러내는 내장 안전장치입니다.

  • AI가 작성한 문안

    문구, 질문 순서, 분기 로직까지 AI가 연구 목표에 맞춰 작성합니다.

  • 자동 리포트

    응답이 모이면 주요 주제, 인용문, 이해하기 쉬운 요약이 자동으로 작성됩니다.

이 템플릿을 선택하는 이유

이 템플릿의 설계 목적을 소개합니다. 다른 설문 도구에서는 직접 비교할 만한 템플릿을 찾지 못했습니다.

차별화 포인트

  • Combines an AI follow-up interview (adaptive probing on a recent MTTR-impacting incident) with structured ranking and opinion-scale questions on observability tool ROI, giving both quantifiable metrics and rich qualitative detail
  • Directly targets DevOps/SRE respondents with role, team, on-call frequency, and tenure screening questions to segment findings by operational context
  • Uses multiple ranking exercises (objectives, signal-level ROI, incident-investigation time allocation, investment priorities) to surface where teams actually derive value versus where they invest effort
  • Closes with open-text reflection questions and an automated report, so leadership gets synthesized, transparent findings without manually coding free-text responses

자주 묻는 질문

“Observability Stack ROI Assessment” 템플릿에는 어떤 질문이 포함되어 있나요?

바로 사용할 수 있는 질문 23개가 포함되어 있으며, 처음 질문은 다음과 같습니다: “Welcome to the Observability ROI Assessment. This survey asks about your experience with logs, metrics, tracing, and re…” · “In the last 3 months, have you actively used any observability tools (e.g., logging, metrics dashboards, tracing, APM) a…” · “Which of the following observability signals or tools do you actively use at least once a month? Select all that apply.”. 전체 질문은 위에서 미리 볼 수 있고 모두 수정 가능합니다.

이 설문을 완료하는 데 얼마나 걸리나요?

응답자는 보통 질문 23개를 약 10분 안에 완료합니다.

템플릿을 수정할 수 있나요?

네. 설문을 공개하기 전에 모든 질문, 답변 옵션, 순서를 자유롭게 수정할 수 있습니다. 질문을 추가·삭제하거나 AI 편집기에 연구 목표에 맞춘 재구성을 요청할 수도 있습니다.

이 템플릿은 무료인가요?

네. 편집기에서 바로 열어 수정을 시작할 수 있습니다. 체험에는 계정이 필요 없으며, 무료 플랜으로 설문을 공개할 수 있습니다.

설문을 공개할 준비가 되셨나요?

이 템플릿을 편집기에서 열어 보세요. 첫 응답자가 보기 전에 모든 부분을 원하는 대로 바꿀 수 있습니다.

관련 템플릿

비슷한 주제의 다른 설문을 만나 보세요.

전체 보기
Developer & Engineering

Developer Latency Sensitivity & SLO Benchmarking Survey

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.

템플릿 보기
Developer & Engineering

SRE/DevOps Toil Measurement & Automation Gap Analysis

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.

템플릿 보기
Developer & Engineering

Product ROI Discovery & Value Quantification Survey

Captures the hard numbers behind the value customers get from your product — time saved, costs reduced, revenue gained — so you can build a credible ROI calculator or case study. An AI follow-up interview reconstructs exactly how a customer arrived at their biggest reported gain, turning a vague estimate into a defensible number.

템플릿 보기
Developer & Engineering

DevOps Reliability & Incident Response Assessment

Benchmarks uptime, incident response, on-call burden, error handling, and SLA priorities across engineering teams. Designed for SREs, DevOps engineers, and software developers managing production systems.

템플릿 보기
Developer & Engineering

OpenTelemetry Adoption & Readiness Assessment

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

템플릿 보기
Developer & Engineering

SRE/DevOps On-Call Workload & Recovery Assessment

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.

템플릿 보기