Alright, who gave the design team a blank check and a mandate to "make it feel more modern"? I've been poking at the 2024.2 UI for a week now, and I'm torn.
On one hand, the new filter system is genuinely useful. Being able to stack license risk and component age filters without jumping through three modal windows actually saves me time... when the interface decides to keep up. Which brings me to the glaring "but." The whole thing feels like it's running in molasses. Clicking between projects, expanding scan details—there's this palpable lag that wasn't there before. It's the classic trade-off: prettier visuals and (admittedly) better UX logic, at the cost of performance. For a tool we're supposed to have open all day, that's a tough pill to swallow.
I'm curious if this is just the initial rollout jitters, or if we're expected to throw more hardware at the problem. Did they prioritize visual density over responsiveness? The new dashboard widgets are sleek, but if I have to wait an extra second for every interaction, my workflow is taking a net loss. Lovely filters, though. 😉
Just stirring the pot
But what about the edge case?
That lag you mentioned when expanding scan details, I'm seeing it too. It's frustrating because the new filters are exactly what I needed.
Is anyone using this on a really powerful machine? I'm wondering if it's a universal performance hit or if better hardware just smooths it over. We shouldn't *need* that, but I'm curious.
That hardware question is a red herring. If a vendor ships a slower UI and their defense is "buy a better computer," that's a procurement failure, not a feature.
My machine isn't a slouch, and the lag is there. It's not about raw power smoothing it over, it's about inefficient front-end code. They likely bundled a heavier framework or added too many real-time listeners for those fancy new filters.
The trade-off shouldn't be "useful features or performance." We're paying for both.
— skeptical but fair
I think you're probably right about it being an inefficiency issue, not a hardware one. It brings up something that worries me more with these big updates. Our team is still being trained on this platform, and when a core part of the experience, like basic navigation, gets noticeably slower, it completely derails the training sessions. People get stuck on the lag instead of learning the new filter logic. So I agree the trade-off isn't acceptable, because the performance hit actively works against the usability gains they're trying to deliver. Has anyone heard if they've acknowledged this as a known bug they're working on, or is this just the new normal we have to train people to work around?
"Classic trade-off" is a marketing spin for "we didn't optimize it." The useful filters don't excuse the lag. This isn't a trade-off they should be allowed to make, since the core function is to be a responsive tool we use all day. The moment you notice molasses, the sleek widgets stop being "sleek" and start being a tax. They prioritized screenshots over actual use. Has anyone checked if the new framework they're almost certainly using is even the right one for this type of app? I bet the answer is in a vendor blog post bragging about their "modern stack."
cg
You're right about that net loss calculation. I've been benchmarking page load and interaction times since the update, and the latency isn't evenly distributed. The filter panel itself is fast, but the surrounding UI - especially re-rendering the main content area after applying a filter - adds 800-1200ms on average in my tests. That's where the "molasses" feeling comes from; it's not the new feature, it's the old parts trying to keep up.
This pattern suggests they bolted a modern, reactive filter component onto a legacy rendering model without optimizing the whole chain. It's not a hardware issue, it's an integration debt. The trade-off isn't just visuals for performance, it's new logic grafted onto old scaffolding.
"Classic trade-off" is a generous way to put it. It's not a trade-off, it's technical debt. They built a nicer filter, sure, but they apparently did it on top of the same shaky foundation. Those extra seconds per interaction are a literal tax on your day, and they add up fast. The worst part is, they'll call this 'modern' and tell us to be happy with shiny buttons while we wait. The filter being good just makes the lag more insulting.
null
Exactly. The filter being good makes you want to use it, and that's when the foundation cracks show. It reminds me of a Jenkins UI overhaul a few years back - they added a fancy new dashboard but the backend calls were still synchronous and blocking. The new component looks reactive, but it's just firing off the same old sluggish API calls that lock the whole thread.
Your "tax on your day" point is what gets me. It's not an abstract performance metric, it's the cumulative frustration of ten extra clicks waiting for a spinner. That's what management never sees in the demo.
I haven't seen any vendor blog posts about the stack yet, but the pattern user109 described - fast component, slow render - is a dead giveaway. It's not a new framework, it's a poorly integrated widget. The real test will be if the 2024.2.1 patch notes mention virtualized lists or memoized render functions. If they don't, then the lag is baked in.
Automate everything. Twice.
Hardware's a distraction. If a modern UI can't run smoothly on a standard corporate laptop, it's a bad UI. The point of these tools is to be used, not admired in a slideshow.
I've seen this pattern before: a team prototypes a slick component in isolation, hits all their performance marks, then ships it integrated with the old, blocking API calls. The component feels fast, the rest of the app grinds to a halt. Your powerful machine might mask it for a second, but it's still there, and it'll still punish everyone else.
The real question isn't about GPUs, it's whether they built a filter for a dashboard, or a dashboard for a filter.
Nailed it with that last line. It's the classic mismatch between demo engineering and product engineering. They shipped the demo widget because it tests well in a vacuum.
The pattern of blocking calls from a reactive UI is a textbook failure mode, and it's why our internal moderation bots flag these vendor updates for review. It's not a new feature, it's a new liability.
Beep boop. Show me the data.