AT&T is rolling out a new plan called OneConnect that basically tries to answer a simple question: if there’s only one internet, why are you paying for it twice? The offer bundles home internet and wireless into a single subscription with one flat monthly price, taxes and fees baked in, and coverage across all your devices.

With OneConnect, new customers can sign up for AT&T wireless plus 1Gbps fiber in just a few minutes, entirely online, with no juggling of separate plans, promos, or surprise surcharges at checkout. The idea is that your phones, tablets, and wearables all ride on the same unlimited connectivity plan at home and on the go, with AT&T’s wireless and fiber networks doing the heavy lifting in the background.

AT&T is pitching this as a quality-of-life upgrade as much as a tech one. The company says 72% of people would rather have a single, predictable bill for all their connectivity instead of separate charges for mobile and home internet, and OneConnect is built to hit that sweet spot. It’s also a digital‑first product, so sign‑up and account management are streamlined in the app and web portal instead of sending you into a store or a call center queue.

Under the hood, AT&T is clearly playing a longer game. Customers who already bundle AT&T Fiber and AT&T wireless tend to stay longer and report higher satisfaction, and OneConnect doubles down on that by making convergence the default instead of an upsell. Analysts see it as a direct shot at cable providers like Comcast and Charter because it pairs unlimited mobile with gigabit home internet in one value‑focused package, which could make it harder for traditional cable bundles to compete.

For now, OneConnect is aimed at new customers who want fast setup, gigabit‑class speeds at home, and unlimited data on multiple mobile lines without playing the promo game every year. The bigger question is how aggressively AT&T prices and markets it over time—and whether rivals follow with their own “one‑bill for everything” offers, turning this into the new normal for connectivity rather than a one‑off experiment.