Set it and forget it. Runs forever on sunlight.

Most cameras ship with an 8,000–10,000 mAh battery. That works in perfect sunny conditions. During cloudy or rainy days, the panel produces a fraction of what the camera needs. The battery runs a daily deficit until the camera dies. To make it last longer, they reduce video quality, disable features, and put the camera to sleep most of the day. You’re not getting a solar-powered camera, you’re getting a camera that barely survives by doing less.

A 15W premium glass solar panel. 5x the regeneration power of standard panels, with roughly 25% more charging efficiency than standard materials. Charges through the conditions that kill smaller panels. Paired with a 20,000 mAh battery system, enough to run for months through extended poor weather. Others build down to a price. We built the power system the camera actually needs.

AI-powered cameras that catch everything with near-perfect accuracy.

Most cameras use a PIR sensor — a heat detector from the 1970s. The camera sleeps until the sensor detects a change in body heat. It sometimes wakes up on time, sometimes 3–8 seconds late, sometimes never, sometimes for no reason at all.

The reason it’s so inconsistent is that PIR depends entirely on heat contrast. If the person walks directly toward the camera instead of across the frame, the heat change is gradual and the sensor triggers slowly, or not at all. On a hot day, there’s less contrast between body heat and the air, so even more misses. Some brands claim AI analytics. The camera isn’t broken. That’s how heat detection works. No amount of AI accuracy matters if the sensor never wakes the camera in time.

Our True Capture Technology records real video at 1 frame per second, 24 hours a day, written continuously to local storage. The camera is already recording before anything happens. When motion is detected, it ramps to 10fps for smooth, full-motion video. You get the approach AND the event.

Because the camera sees through video instead of heat, AI detection finally works the way it’s supposed to, classifying what it sees as human, vehicles and packages, and catching motion up to 20 meters out, more than double the range of PIR. No heat guessing. No phantom alerts.

You can scrub to 2:47am on a Tuesday and the footage is there.

Connect anywhere.

Every 4G camera has a modem chip, and two chip categories matter most here: CAT4 and CAT1. CAT1 is the slower, lower-cost option at around 10 Mbps max. CAT4 is roughly 10 to 15 times faster.

Most cameras either ship CAT1 or don’t tell you which chip they use. They just print “4G LTE” on the box. Then you tap Live View and watch a loading spinner for 20+ seconds. With a CAT1 chip, the bandwidth for smooth 4K streaming physically isn’t there.

The reason brands don’t specify the chip is the same reason they won’t post average wattage: the honest number would make the marketing harder.

CAT4 — significantly more expensive, but necessary for a smooth experience. Tap your screen, see what’s happening. Alerts arrive in seconds, not half a minute late. The SIM auto-connects to the strongest carrier signal at your location. We chose CAT4 because we ship 4K. If we’d shipped 1080p, the cheap chip would have been enough. We didn’t.

The camera records continuously. No gaps. Always watching.

Some cameras in this category genuinely can record continuously. It’s right there in the settings. Turn it on and the camera records real video, all day.

For about one day. Then the battery dies.

Most panels and batteries were never sized for continuous recording. The feature exists on the spec sheet, but the power system can’t sustain it for you to use it. Once the battery drains to zero, and switches back to PIR mode just to keep the camera alive. The “24/7 recording” feature you paid for becomes a setting you can never actually use.

Other brands take a different stance. Instead of real video, they capture one still frame every 5 to 30 seconds and call it “always on.” One frame every 5 seconds means 4 out of 5 seconds are completely unrecorded. That’s not continuous. That’s a con flip.

True Capture records at 1 frame per second, every second, every day, and we built the power system to sustain it. That’s why the 15W panel and 20,000 mAh battery exist. Not because we wanted bigger numbers on the box, but because real continuous recording demands real power. The two specs are one engineering decision.

Buy it once. No subscription needed.

Some cameras genuinely work without a subscription. Others say “no subscription required,” but hide core features behind a monthly plan, including recording, cloud access, or event live view. Only to find out at checkout, or after the free trial expires.

On 4G cameras specifically, there’s almost always a cellular data plan that nobody mentions upfront. It’s usually $15–25/month. The marketing says “no fees.” The extended page says otherwise.

Every core feature works without any subscription: recording, alerts, live view, two-way audio, and auto-tracking. Storage saves to a local SD card, and when it fills up the camera overwrites the oldest footage so you never lose local coverage. A 32GB card holds about 13 years. Cloud is optional: if you want it, there’s a 7-day rolling event history for $4.99/month or $24.99/year and a separate 24/7 continuous cloud recording plan if you really want it, but neither is required for the camera to do its job. The 4G model does require a cellular data plan at $15/month or $140/year. The SIM is universal, AT&T, Verizon, and T-Mobile in the city, or equivalent global coverage in Canada, the EU, and Australia. Data use is modest: 100–300 MB a day under normal use, more only if you stream live 24/7.