Anker MindBase Hub and Local AI Ecosystems Take Center Stage

MindBase Wants to Become the Brain of the Home

Anker describes MindBase as a central brain for an increasingly automated home.

Instead of operating security cameras, cleaning devices, energy products and other smart equipment as completely separate systems, MindBase is designed to connect them and allow them to work together.

Its EasyOmni Link system can connect close to 100 Anker devices alongside hundreds of compatible third-party products using the Matter smart home standard.

It can also work alongside platforms including Apple HomeKit, Amazon Alexa, Google Assistant and Home Assistant.

The Interesting Part Is Local AI

Connectivity isn’t what makes MindBase particularly unusual.

Local processing is.

The system includes Anker’s TrueSmart Agent, an on-device AI engine running on a dedicated AI Core compute card capable of 26 TOPS of processing.

Instead of sending every piece of information to remote servers, MindBase is designed to understand events, make certain decisions and coordinate connected devices locally.

That could be particularly important for home security.

Security cameras capture some of the most private information a smart home generates. Keeping more of that footage and analysis inside the home could reduce dependence on cloud storage while giving users greater control over their information.

Your Security Footage Can Stay at Home

MindBase includes another feature called EverSafe Memory.

It provides up to 48TB of expandable local storage and essentially allows the hub to work as network-attached storage.

Users will be able to keep photographs, videos, files and security recordings locally.

The AI can then perform tasks such as searching security footage using normal language, identifying useful clips, creating security highlights and analyzing recordings without needing to send that personal data to the cloud.

Anker’s first major application will be its MindBase Security Kit, combining the hub with cameras, sensors and other security equipment.

Local-First Smart Homes Are Becoming a Bigger Trend

Anker isn’t alone.

IFA 2026 showed growing interest in smart home systems that combine local storage, AI processing and Matter compatibility.

UGreen, for example, introduced its HomeAgent platform with a similar focus on locally processed AI, security footage and smart home control.

That suggests the next competition between smart home companies may not simply be about which assistant can answer the most questions.

Privacy, interoperability and the ability to operate without constant cloud dependence could become much more important selling points.

ProLogium Reaches a Battery Milestone

Meanwhile, another important hardware development is happening inside the battery.

ProLogium announced on September 2 that its Gen 3.5 Lithium Ceramic Battery had entered mass production at its manufacturing facility in Taiwan.

Independent TÜV testing of the company’s large-format 185.4 Ah cell recorded an energy density of 381 Wh/kg and 903 Wh/L.

In simple terms, higher energy density means manufacturers can potentially store more energy without increasing battery weight and size by the same amount.

Why 381 Wh/kg Matters

Battery weight remains one of the biggest challenges facing electric vehicles and other high-performance technologies.

Adding more battery capacity can increase driving range, but it normally adds weight too.

A higher-energy-density cell creates more flexibility.

Manufacturers could potentially use the technology to pursue longer range, lighter battery systems or different combinations of the two.

ProLogium is targeting applications including electric vehicles, AI data centers, aerospace, maritime systems and other areas where battery performance matters.

Still, impressive cell-level figures don’t automatically translate into identical performance once cells are assembled into complete battery packs.

Solid-State Batteries Move Beyond the Laboratory

The bigger story may be production.

Solid-state batteries have been discussed for years as a possible successor to conventional lithium-ion designs, but moving from promising laboratory results to reliable large-scale manufacturing has remained difficult.

ProLogium says it has already shipped more than 2.4 million cells across generations of its lithium ceramic platform.

Its Gen 3.5 announcement therefore represents another attempt to move solid-state technology from experimentation toward practical industrial production.

Hardware Is Quietly Becoming Smarter

MindBase and ProLogium’s Gen 3.5 battery may seem unrelated, but they demonstrate an important shift.

Anker wants homes to process more intelligence locally rather than constantly relying on the cloud.

ProLogium wants batteries to store more energy within the same physical limitations.

Both are focused on making the hardware itself more capable.

And as AI devices, smart homes, electric vehicles and connected technology become more demanding, that may be where some of the most important innovation happens next.