Somewhere between November 2024 and April 2025, a developer running a coding agent workflow noticed something that didn't announce itself dramatically — it just accumulated. Thirty-minute runs became sixty. Sixty became several hours. By April, the same workflow that once finished before a lunch break was running overnight, clocking eight hours on tasks structurally identical to what it had always handled. The same inputs, the same architecture, the same expected outputs. Only the time had changed, and it had changed by a factor of sixteen. The post wasn't a rant. It was a measurement, held up with the quiet unease of someone who has checked their instruments twice and still doesn't like the reading. Five months of documented creep, shared into a forum, generating one recorded signal so far.
If confirmed, here is what this means. The degradation of AI agent performance over time — not through model updates, not through workflow changes, but through some ambient drift in underlying system behavior — would represent a serious accountability gap in how these tools are sold and supported. Developers building production pipelines around agent-based coding assistance are implicitly trusting that baseline performance holds. A sixteen-fold slowdown doesn't just waste compute costs; it breaks the scheduling assumptions that make overnight automation viable in the first place. The second-order effect is more unsettling: if performance can erode this slowly and this silently, the developers most likely to miss it are the ones who integrated the workflow early and stopped watching it closely. Trust, once established, tends to reduce vigilance. That's precisely when slow degradation does its damage. For enterprises evaluating agentic coding tools, this pattern — if it holds up — argues for mandatory performance benchmarking at regular intervals, not just at onboarding.
Watch for corroborating posts from other developers reporting similar timing drift on stable workflows, and for any response from OpenAI acknowledging changes to inference prioritization or context-handling that might explain the pattern.
<!-- SC_OFF --><div class="md"><p>Cursor dropped their new product yesterday and its not a code editor anymore. its an agent orchestration console that happens to have an editor
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<!-- SC_OFF --><div class="md"><p>An interesting observation: I’ve stopped using the LLM-powered autocomplete in my IDE. </p> <p>At first, it was one of the key features for me.
<!-- SC_OFF --><div class="md"><p>we've been building an open source red teaming tool for AI agents. wanted to share what we keep finding because i don't think enough people are
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