Hearing Aids in 2025–2026: What's Actually Changed
By Ian Mishler, BC-HIS | Riverside Hearing Care | Bath, Maine
Every few years, the hearing industry announces that everything has changed. New chip. New app. New name. And usually, when you look closely, it's mostly marketing dressed up as innovation.
So let me give you the honest version — what's genuinely different right now, and why it matters if you're considering hearing aids or thinking about upgrading.
The AI Processing Is Real This Time
Artificial intelligence has been a buzzword in hearing aids for a while. But what's happening in the current generation of devices is meaningfully different from what came before.
Older hearing aids used rule-based processing — essentially, pre-programmed logic that said "if the sound environment looks like this, apply these settings." It worked reasonably well in predictable situations, but real life isn't predictable. A noisy restaurant sounds different from a noisy sports bar. A family gathering has its own acoustic signature. Rule-based systems struggled to keep up.
Today's top-tier hearing aids use deep neural networks — the same category of AI that powers speech recognition and image processing — running directly on a chip embedded in the hearing aid itself.
The Audibel Vitality AI and Starkey Edge AI, which were initially released in 2024-2025, runs on the G2 Neuro Processor. This chip uses a deep neural network trained on millions of real-world sound environments to classify complex soundscapes, enhance speech, and reduce noise in real time. The result is a hearing aid that doesn't just react to noise — it recognizes it, categorizes it, and makes processing decisions the way a healthy auditory system does. Clinical data shows up to a 30% improvement in speech recognition and up to 13 dB of improved signal-to-noise ratio compared to previous technology. For someone who's been struggling to follow conversation in noisy places — a restaurant, a grandchild's birthday party, a work meeting — that difference is real and noticeable.
The Starkey Omega AI and Audibel Aris AI, which is their newest technologies, takes things even further with the G3 Neuro Processor and a system called DNN 360— the first deep-neural-network-powered directionality system in the industry, available at the premium technology level. Here's what makes that distinction meaningful: traditional directional microphones, even AI-assisted ones, essentially decide where to point. They focus on what's in front of you and suppress everything else. It works, but it can make the world feel narrow, and it breaks down when conversation is coming from multiple directions.
DNN 360 doesn't work that way. It analyzes your full acoustic environment continuously — processing up to 80 million sound data points per hour — using the neural network to predict where speech is and steer the microphones accordingly, before noise becomes a problem rather than after. It also preserves spatial awareness, so you don't lose track of what's happening around you while focusing on a conversation. The G3 chip behind this is four times faster and significantly more power-efficient than its predecessor, which is how these devices deliver this level of processing without sacrificing battery life. Independent testing places DNN 360 hearing aids in the top 15% of all prescription devices tested, with up to 28% better speech intelligibility in challenging environments.
Both platforms are excellent. The Vitality and Edge AI is an exceptional hearing aid by any measure — and for many patients, it's the right fit. The Aris AI and Omega AI is where the technology goes next, particularly for people whose primary challenge is following conversation in the most demanding acoustic environments.
Battery Life: Why It Matters More Than You'd Think
Here's something that doesn't get talked about enough: AI processing is computationally expensive. The more sophisticated the processing, the more power it demands. This is the hidden trade-off that comes with next-generation devices.
If a manufacturer puts a powerful AI chip in a hearing aid but doesn't solve the battery equation, the user pays for it — literally and practically. Some AI-enabled devices from other manufacturers have seen battery life drop significantly because the chip is drawing more power than the battery was designed to handle.
Starkey and Audibel technologies has taken a different approach, and it shows in the numbers. The Edge AI, Vitality AI, Omega AI, and Aris AI rechargeable — which I fit at Riverside Hearing Care — are all rated at up to 51 hours of battery life on a single charge. That's the longest rechargeable battery life in the hearing aid industry right now, and it holds up even when you're streaming audio. Most competitors in this tier are in the 20–30 hour range.
For patients, this means you charge your hearing aids overnight and don't think about the battery again for two days. You can travel without anxiety. You can stream phone calls, TV audio, and music without watching a battery meter. And you never have to choose between running a demanding listening program and making it through the day.
Battery life is one of those specs that sounds technical but has an enormous impact on quality of life. I've seen patients who stopped wearing their hearing aids regularly partly because managing battery anxiety had become one more thing to manage. The 51-hour figure largely eliminates that friction. It also helps ensure a longer lasting, more durable battery that is built to last longer than any other product on the market.
App Connectivity: Useful, Not Essential
I'll keep this brief because I think app connectivity gets overhyped.
Yes, today's premium hearing aids connect to your smartphone. Yes, you can adjust volume, switch programs, and make fine-tuning adjustments from your phone. The My Starkey and My Audibel app also includes some genuinely useful features — like a "find my hearing aids" function and remote adjustments via TeleHear if you need a quick tweak between appointments.
But — and this matters — a well-fit hearing aid should sound right without you fiddling with it. If a patient is constantly adjusting settings throughout the day, that's a sign the fitting needs refinement, not a sign they need a better app. The goal is hearing aids you put in in the morning and forget about.
App connectivity is a nice-to-have. A properly verified fitting with Real Ear Measurement is the non-negotiable.
Auracast: The Biggest Change Most People Haven't Heard Of
This one's genuinely exciting, and it's still in early days — which is exactly why I want to talk about it now.
Auracast is a new Bluetooth broadcasting technology built into the current generation of premium hearing aids, including the devices I fit. Here's the short version of how it works: instead of pairing your hearing aids to a single device the way traditional Bluetooth does, Auracast allows a transmitter — a TV, a public address system, a lecture hall microphone, a movie theater sound system — to broadcast audio that any compatible hearing device in range can "tune in" to. No pairing required. No intermediary streamer. Just clear, direct audio.
Think about what this means in practice. You walk into a movie theater that has an Auracast transmitter installed. Instead of using the headset from the cup by the door that everyone else has touched, you open an app, tap the broadcast, and the film's audio streams directly to your hearing aids — calibrated for your specific hearing loss, at your volume, with your processing. You walk into a place of worship, a town hall meeting, an airport gate, a hospital waiting room — any venue that's adopted the technology — and the same thing happens.
This matters because one of the most persistent, demoralizing challenges for people with hearing loss is the difficulty of hearing well in public spaces. Personal hearing aids do a remarkable job with conversation. They've always done less well with the physical distance and room acoustics of a large venue. Auracast bridges that gap in a way nothing before it has.
The infrastructure rollout is still developing — venues need to install Auracast transmitters, and that will take time. But 2025 is being called the year the technology moved from promise to practice, with major venues globally beginning to commit to adoption. The hearing aids being fit today will be Auracast-ready when the infrastructure catches up in the places you live and visit.
At home, the near-term use case is already here. TV streaming directly through Auracast-enabled hearing aids — without a TV streamer accessory — is a meaningful improvement over what was available even two years ago.
What Hasn't Changed
Real Ear Measurement is still the gold standard for fitting accuracy — and still performed at fewer than 30% of hearing aid fittings nationwide. The technology in the hearing aid matters far less than how precisely it's calibrated for your ear canal and your hearing loss. A $7,000 hearing aid fit without REM will underperform a $4,000 device fit with it.
The other thing that hasn't changed: hearing aids require follow-up. The brain needs time to adapt to amplification, and the fitting needs to be adjusted as that adaptation happens. The practices that hand you hearing aids and schedule you back in a year are doing you a disservice, regardless of what technology they're selling.
The Bottom Line
If you've been wearing hearing aids for five or more years, or if you've been told you have hearing loss and have been putting off doing something about it, 2025–2026 is a genuinely good time to take a serious look. The AI processing improvements are real. The battery life on the top platforms is no longer a trade-off. And Auracast is laying the groundwork for a world where hearing loss doesn't mean missing out in public spaces.
What I do at Riverside is make sure those technologies are actually working for your ears — verified with Real Ear Measurement, adjusted over time through a structured follow-up program, and fit to how you actually live your life.
While Starkey and Audibel represent some of the most current technology utilizing AI available today — with a full lineup spanning RIC, CIC, ITE, and BiCROS styles that utilize these amazing features — we work with multiple manufacturers like Widex and Oticon who offer great traditional BTE and non custom CIC options that also have great capabilities if that style is right for you. We want to make sure you're getting the device that makes the most sense for your hearing loss and your lifestyle.
If you have questions or want to come in for a conversation, I'd love to hear from you.
Ian Mishler, BC-HIS
Owner- Riverside Hearing Care
99 Commercial Street, Suite 102 | Bath, Maine
Ian Mishler is a Hearing Instrument Specialist, Board Certified in Hearing Instrument Sciences (BC-HIS, Maine License DL443) and the owner of Riverside Hearing Care in Bath, Maine. He brings a family legacy of hearing care and a commitment to evidence-based fitting practice to every patient.
Riverside Hearing Care serves Sagadahoc, Lincoln, Kennebec, and Cumberland Counties. Call us at 207-481-3451 or visit riversidehearingcare.com to schedule a hearing evaluation.