AI tool comparison
ClawBench vs RuView
Which one should you ship with? Here is the side-by-side panel verdict, pricing read, reviewer split, and community vote comparison.
Research
ClawBench
153 real-world browser tasks, live websites — best AI agent scores only 33%
75%
Panel ship
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Community
Free
Entry
ClawBench is a browser agent evaluation framework built around 153 real-world tasks running on 144 live production websites — not simulated environments or curated sandboxes. Tasks span e-commerce, travel booking, SaaS dashboards, government portals, and developer tools. A built-in request interceptor blocks genuinely irreversible actions (payments, form submissions that send data) so evaluations can run safely on real sites. The benchmark records five layers of data per run: session replays, screenshots at each decision point, raw HTTP traffic, agent reasoning traces, and browser action sequences. This makes failure analysis tractable — you can see exactly which DOM element the agent misidentified, not just a final score. The dataset is open and the evaluation harness is reproducible. The headline finding is sobering: Claude Sonnet 4.6, the best performer, completes only 33.3% of tasks. GLM-5 is second at 24.2%. No model exceeds 50% on any individual task category. The implication is stark — current browser agents are far from autonomous on the open web, and the gap between benchmark performance and production performance is still enormous.
Research
RuView
Human pose estimation and vital signs via WiFi — zero cameras needed
75%
Panel ship
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Community
Free
Entry
RuView is a WiFi DensePose system that converts commodity WiFi signals into real-time human pose estimation (17 COCO keypoints), vital sign monitoring (breathing and heart rate), and presence detection — all without cameras, wearables, or any line-of-sight requirement. It runs on $9 ESP32-S3 edge hardware, making privacy-preserving human sensing accessible at near-zero hardware cost. The system uses spiking neural networks (SNNs) that adapt to new rooms in under 30 seconds via online STDP learning — no new training data required when you change environments. It achieves 92.9% PCK@20 accuracy with just 5 minutes of synchronized training data and exploits neighbors' WiFi routers as free radar illuminators via multipath modeling. The full stack runs on a $9 microcontroller with a companion Python processing server for the heavier inference. Applications span eldercare monitoring without privacy-invasive cameras, smart home occupancy detection, clinical vital sign monitoring, and security systems that work through walls. The privacy angle is genuinely compelling — you get full presence and activity awareness without any video data being captured or stored. Released April 22, 2026.
Reviewer scorecard
“The five-layer recording (replays, HTTP traffic, reasoning traces) is the right approach for actual debugging — finally a benchmark where failure analysis is tractable. The 33% score also sets honest expectations for teams planning to ship production browser agents right now.”
“The $9 hardware cost is the headline — prior WiFi sensing research required expensive SDR hardware or proprietary routers. ESP32-S3 + online STDP learning that adapts to new rooms in 30 seconds is a practically deployable combination. For smart home, eldercare, or building automation use cases this opens a category that was previously research-only.”
“Live website testing is a double-edged sword: sites change their DOM, anti-bot measures evolve, and a task that passes today may fail next week with no code change. Benchmark drift on live websites could make ClawBench scores meaningless over 6-month periods without constant maintenance.”
“WiFi sensing accuracy degrades significantly in multi-person environments and with thick concrete walls — the 92.9% PCK@20 figure is likely single-occupant in a controlled lab setting. Interference from neighboring WiFi networks, Bluetooth, and microwave ovens creates real-world noise floors not represented in benchmarks. Treat this as a research demo until independent real-world replication confirms the accuracy claims.”
“33% on live websites is actually more impressive than it sounds given the adversarial diversity of the real web. The trajectory from 5% in 2024 to 33% in 2026 means we're likely crossing 60% in 18 months — at which point browser agents start displacing RPA software at scale.”
“Camera-free sensing resolves the fundamental tension between ambient intelligence and privacy. If WiFi-based pose and vital signs reach camera-comparable accuracy, the entire smart building and healthcare monitoring market re-orients around passive RF sensing rather than video. At $9 per node, this could be the hardware substrate for genuinely ubiquitous ambient AI.”
“As someone who uses browser agents for research and competitor monitoring, the failure mode analysis is exactly what I need. Knowing which website categories agents handle well (dev tools) vs. poorly (government portals) helps me route tasks appropriately right now.”
“The privacy-by-design framing is what makes this compelling beyond the technical novelty. Interactive installations, immersive environments, and wellness spaces that respond to occupant presence and movement without surveillance cameras are suddenly buildable by small teams. The creative applications for responsive environments are wide open.”
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