What are the most confident teams using to build AI? → 2026 Benchmark Report

AI in Production: The 2026 Benchmark Report

How engineering teams are building, breaking, and scaling AI in production.

We surveyed 130 backend, full-stack, and AI engineers about what it takes to run reliable AI workflows in production. We wanted to know what's causing failures, and which infrastructure choices—across orchestration, observability, evals, and agent frameworks—actually reduce the burden of reliability.

Explore the patterns that predict scaling confidence.

With participation from engineers at

Cohere
11x
LiveKit
mintlify
BÆRSkin
Stuut Technologies
Mercury
Wealthfront
Gnosis Freight

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Key findings — preview

What 130 engineers told us about running AI in production.

A preview of what's inside. We wanted to know what's causing failures, and which infrastructure choices — across orchestration, observability, evals, and agent frameworks — actually reduce the burden of reliability. Download our full report to go deeper with team-size breakouts, complete charts, and the statistical significance behind every finding.

  • 01 — The confidence paradox

    Only 19% of teams running AI in production are very confident their stack can handle 2–3x scale.

    At organizations with 500+ engineers and significantly more resources, that number drops to 0%. Our report explains why.

    — 010Engineers surveyed
    — 020%Had incidents in last 90 days
    — 030%Had confidence at scale

  • 02 — The observability gap

    Observability is the #1 unsolved problem engineers named in the survey.

    Even respondents using a mix of third-party and homegrown solutions are spending hours diagnosing failures. The report shows which observability approaches actually correlate with faster recovery.

    Observability & debugging
    Agent state & durability
    Non-determinism
    Scale, infra & cost
    Tooling fragmentation
    Evals & output quality
    Testing & integration
    Unclear / N/A
    Up to 10n=47
    9
    12
    2
    7
    3
    4
    3
    7
    11–50n=40
    8
    7
    4
    5
    6
    3
    2
    5
    51–500n=27
    10
    3
    6
    3
    3
    1
    1
    500+n=16
    4
    2
    7
    2
    1

    19% of responses name observability as the core unsolved problem — the highest of any theme, and equal across AI (18%) and non-AI (21%) teams.

  • 03 — The reliability tax

    20% of AI teams spend up to half their engineering time on reliability work.

    That's twice the rate of non-AI teams. And for most, the burden is growing. Our report identifies which orchestration approaches correlate with lower — and higher — reliability burden.

    AI in production
    No AI in production

    AI teams are twice as likely to be in the 26–50% band (20% vs. 10%). Non-AI teams are more likely to be lean — 43% spending less than 10% vs. 32% of AI teams.

  • 04 — What separates confident teams

    Three infrastructure layers separate confident AI teams from the rest.

    What separates the most confident AI teams isn't bigger budgets or bigger teams — it's tighter integration between three infrastructure layers: orchestration that persists state and handles failures, observability that lives inside the workflow, and evals connected to where things actually break. When those layers share context, confidence follows.

    Strongest positive combinations

    Durable execution + using evals + report declining reliability overhead

    Durable execution + using orchestration platform for observability + report declining reliability overhead

    Durable execution + using evals

    Using evals + report under an hour to debug

    Durable execution + report under an hour to debug

    Using orchestration platform for observability + report under an hour to debug

    The full report breaks down these combinations by team size with complete chart data and statistical significance.

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Methodology

How we ran this survey.

130 backend, full-stack, and AI engineers and engineering leaders across companies of every size — from solopreneurs to organizations with 1,000+ engineers. All respondents were required to be running asynchronous workflows in production.

The survey covered orchestration, observability, evals, agent frameworks, and scaling confidence.