Covers smartphone battery chemistry, AI mobile browsers, and mobile operating system telemetry. Focuses on empirical battery cycle testing and consumer usability.
Why do phones die in the freezing cold and degrade in summer heat? We test lithium battery chemistry from -20°C to 50°C and explain how to protect your device.
Find what is secretly draining your phone battery. Complete forensic guide to diagnosing kernel wakelocks, rogue background alarms, and standby drains.
We audit smartphone wireless charging. Magnetic Qi2 benchmarked against wired USB-PD across thermal rise, charging speeds, and inductive energy loss.
We benchmark on-device LLM inference. Testing Llama 3, Phi-3, and Gemma across Apple A18 Pro, Snapdragon 8 Elite, and Tensor G4 for tokens-per-second and battery draw.
We test high-wattage GaN fast charging. Quantifying thermal degradation, internal resistance rise, and lithium plating risks from 65W to 120W charging curves.
We capture and audit Android system network packets over Wi-Fi. Inspecting Android System Intelligence, Google Play Services, and telemetry beaconing.
We test AI mobile browsers on iOS and Android. Comparing Arc Search, Opera One, and Brave Leo across query latency, token synthesis, and RAM consumption.
Discover how silicon-carbon anode chemistry enables 6,000mAh+ phone batteries in ultra-thin chassis, along with its thermal and cycle degradation trade-offs.
Debunk battery myths. Learn how charging limits, thermal management, ambient temperature, and fast-charging voltages impact lithium-ion degradation.
An exhaustive review of Arc Search for iOS and Android. We test 'Browse for Me' synthesis, ad blocking, tab archiving, and daily battery consumption.
An empirical investigation into how 65W to 120W charging protocols accelerate lithium plating and how software voltage stepping preserves battery health.
Packet-level network analysis of Brave Shields vs DuckDuckGo Privacy Essentials, comparing fingerprint protection, RAM usage, and battery load.
We analyze lithium-ion cathode oxidation stress at 4.2V versus 4.05V to determine whether modern 80% battery limits extend smartphone lifespans.