Verdigris, a company dedicated to enhancing building efficiency through IoT and Artificial Intelligence, has successfully secured $10 million in a new funding round. This significant investment, led by venture capital firms DCVC and Solea Energy, underscores the continued interest and potential perceived in the smart building sector, even amidst a challenging economic climate. The funding is earmarked to fuel the company’s ongoing efforts in expanding its product sales and further developing its innovative solutions.
The company’s core technology focuses on leveraging connected HVAC systems and AI algorithms to optimize energy consumption within commercial and residential buildings. This approach aims to reduce operational costs and minimize environmental impact by intelligently managing heating, ventilation, and air conditioning – systems that typically represent a substantial portion of a building’s energy usage. According to the U.S. Energy Information Administration (EIA), buildings account for approximately 40% of the nation’s total energy consumption and 74% of its electricity consumption. Technologies that can significantly reduce this demand are therefore crucial for achieving sustainability goals.
This funding round marks a significant milestone for Verdigris, a company that has been at the forefront of applying AI and IoT to building management for nearly a decade. The early-stage vision, reportedly discussed by a founder in an Austin coffee shop eight years prior to this announcement, has now translated into tangible financial backing and continued market presence. The current surge in interest surrounding AI applications is expected to provide a favorable tailwind for companies like Verdigris, which have long been developing practical, AI-driven solutions. The $10 million infusion of capital is a testament to the company’s established track record and the perceived value of its technology in addressing critical energy efficiency challenges.
Nordic Semiconductor Acquires TinyML Expertise to Enhance Low-Power MCUs
In a strategic move to bolster its position in the rapidly evolving Internet of Things (IoT) market, Nordic Semiconductor has acquired the intellectual property (IP) of Atlazo, a San Diego-based company specializing in low-power microcontrollers (MCUs) optimized for machine learning (ML). This acquisition is anticipated to yield significant benefits for Nordic Semiconductor within the next 12 to 18 months, following the closing of the deal.
Nordic Semiconductor is a recognized leader in the development of low-power wireless chips, which are fundamental components for a vast array of IoT devices. The integration of Atlazo’s specialized ML technology is expected to enhance Nordic’s existing portfolio by enabling the development of MCUs that can perform on-device machine learning tasks with exceptional power efficiency. This is particularly relevant given the increasing demand for intelligent edge devices that can process data locally, reducing reliance on cloud connectivity and improving response times.
The proliferation of TinyML, or machine learning on microcontrollers, is a key trend in the IoT landscape. Devices equipped with TinyML capabilities can perform tasks such as sensor data analysis, anomaly detection, and predictive maintenance directly at the edge. This capability is crucial for applications ranging from industrial monitoring and smart home devices to wearable technology and agricultural sensors. By acquiring Atlazo’s IP, Nordic Semiconductor positions itself to offer a more comprehensive solution to developers looking to embed advanced AI functionalities into ultra-low-power IoT products. This strategic bolt-on acquisition allows Nordic to leverage its existing expertise in wireless connectivity and combine it with cutting-edge MCU technology for machine learning, creating a powerful synergy for its customers.
ChargePoint Establishes Network Operations Center to Boost EV Charging Reliability
ChargePoint, a prominent player in the electric vehicle (EV) charging infrastructure sector, has announced the establishment of a dedicated Network Operations Center (NOC). This initiative aims to significantly enhance the reliability and uptime of its extensive network of over 243,000 EV chargers deployed across the United States and Europe. The move comes in response to evolving regulatory landscapes and increasing consumer expectations for consistent and dependable charging experiences.
Recent legislative efforts in various regions, including the United States, have begun to introduce mandated uptime requirements for public EV charging stations. These regulations are designed to accelerate EV adoption by addressing one of the key concerns for potential EV owners: the availability and functionality of charging infrastructure. ChargePoint’s investment in a NOC signifies its proactive approach to meeting these new standards and ensuring a seamless user experience.
The establishment of a NOC is a critical step for any company operating a large-scale, connected service network. A NOC typically functions as a central hub for monitoring, managing, and troubleshooting network devices and services in real-time. For ChargePoint, this means employing teams and sophisticated systems to continuously assess the operational status of its chargers, identify potential issues before they impact users, and dispatch technicians for timely repairs. This proactive monitoring capability is essential for maintaining high levels of service availability.
The company’s decision to implement a NOC highlights a broader trend within the connected device and service industry. As more devices become interconnected and reliant on constant availability, robust operational oversight becomes paramount. The "maintenance era" of connected services necessitates a shift from simply deploying devices to actively managing their performance and ensuring their ongoing functionality. ChargePoint’s commitment to this principle, by establishing a dedicated NOC, is likely to set a benchmark for other companies in the rapidly expanding EV charging market and beyond.
Examining the Efficacy of Video Doorbells: Security Theater or Genuine Deterrent?
A recent report by the BBC has raised pertinent questions regarding the true effectiveness of video doorbells, framing them as potentially constituting "security theater." This perspective suggests that while these devices offer a sense of enhanced security, their actual impact on preventing crime, particularly against property, may be limited.
Video doorbells have become a ubiquitous feature in modern smart homes, driven by promises of increased security, remote monitoring, and the ability to screen visitors. Their appeal lies in providing a visual record of activity at a property’s entrance and enabling homeowners to communicate with individuals at their door from any location. The market for smart home security devices, including video doorbells, has experienced significant growth over the past decade. According to Statista, the global smart home security market is projected to reach over $50 billion by 2027.
However, the BBC article and commentary from industry observers suggest a growing awareness of the limitations of this technology. While video doorbells can certainly document incidents, their ability to deter opportunistic criminals, such as porch pirates, is being re-evaluated. Critics point out that individuals intent on committing theft can easily adapt by concealing their identities, wearing masks or hoods, or operating in blind spots not covered by the camera’s field of view. This adaptability on the part of offenders can render the surveillance aspect of video doorbells less effective as a preventative measure.
The debate around "security theater" is not new and extends to various security measures that may provide psychological comfort without a substantial increase in actual safety. In the context of video doorbells, the visual presence of a camera might deter some individuals, but for others, the perceived anonymity offered by concealment methods can negate this deterrent effect. The effectiveness of these devices may therefore be highly situational, depending on the type of crime, the motivation of the perpetrator, and the specific installation and visibility of the doorbell.
Shelly Introduces Premium Subscription for Enhanced Smart Home Energy Management
Shelly, a prominent manufacturer of smart home devices, has launched a premium subscription service aimed at providing users with advanced energy management capabilities. This move reflects a growing trend among smart home device makers to incorporate recurring revenue models, capitalizing on the ongoing demand for sophisticated home automation and efficiency solutions.
The new premium subscription, priced at €3.99 (approximately $4.34) per month, is currently available to users in Europe and has also been introduced in the U.S. market. The service is specifically designed to offer deeper insights and proactive alerts related to energy consumption within the home. Subscribers gain access to a suite of features, including notifications for lights left on, alerts for abnormal energy usage patterns from connected appliances, and detailed monitoring of individual device energy consumption.
Shelly asserts that the benefits of this subscription service can lead to significant savings on electricity bills, potentially shaving off up to 18%. This claim is grounded in the principle of increased awareness and control over energy usage. By providing users with granular data and timely alerts, the service empowers them to identify and rectify energy inefficiencies, such as phantom power drain from devices left in standby mode or inefficient appliance operation.
The introduction of this subscription model highlights the evolving nature of the smart home market. Beyond the initial hardware purchase, companies are exploring value-added services that can enhance the user experience and provide ongoing benefits. For consumers, the decision to subscribe will likely hinge on the perceived value of the energy savings and the convenience of automated energy management features. As energy costs continue to be a concern for households globally, services that offer tangible solutions for reducing consumption are likely to find a receptive audience.
Speculative Outlook for Google Nest Amidst Alphabet’s Strategic Realignments
Recent reports suggest potential strategic shifts within Alphabet Inc. that could have significant implications for its Google Nest division. While details remain speculative and are largely based on analyses of corporate restructuring and financial reporting, the implications for the smart home ecosystem warrant attention.
According to a report from The Information, Verily, one of Alphabet’s "other bets" ventures focused on life sciences, is reportedly preparing to cease using Alphabet’s corporate services. This move is interpreted by some as a precursor to an eventual spin-off, potentially occurring in late 2024. This potential spin-off of Verily could signal a broader trend of Alphabet seeking to untangle its diverse portfolio of "other bets" and potentially divest or restructure units that do not align with core strategic objectives or demonstrate consistent profitability.
This speculation gains traction in light of Alphabet’s increasing focus on financial discipline, exemplified by the promotion of Ruth Porat, who has been instrumental in the company’s efforts to streamline operations and reduce costs by culling less profitable services. Furthermore, recent indications of Google scaling back support for some of its Nest displays have fueled discussions about the future direction of the Google Nest division.
If Google Nest were to be spun out as an independent entity, it would represent a substantial development within the smart home market. Google Nest is a significant player, offering a range of connected devices including smart speakers, displays, thermostats, and security cameras. Such a spin-off could alter its strategic priorities, investment levels, and product development roadmap. It might also lead to increased competition or new partnership opportunities within the smart home ecosystem, impacting other manufacturers and service providers.
The smart home industry is characterized by rapid innovation and evolving consumer demands. Companies that can effectively integrate diverse devices, provide seamless user experiences, and ensure robust data privacy and security are poised for success. Any significant strategic shift concerning a major player like Google Nest would undoubtedly reverberate throughout the industry, influencing market dynamics and product strategies for years to come.
Aqara LED Strip Gains Matter Support, but Adaptive Lighting Limitations Emerge
Aqara has introduced its latest smart home product, the Aqara LED Strip Lights T1, which brings support for the Matter standard. This release presents a mixed bag of good and bad news for consumers navigating the burgeoning smart home interoperability landscape.
On the positive side, the Aqara LED Strip Lights T1, priced at $49.95, is now available for purchase and offers compatibility with various smart home platforms through its adherence to the Matter standard. This initiative aims to simplify device integration and ensure a more unified smart home experience across different ecosystems, including Apple HomeKit, Amazon Alexa, and Google Assistant. The inclusion of Matter support is a crucial step towards achieving the long-promised interoperability in smart home devices.
However, a notable drawback has emerged: the current Matter specification does not include support for Adaptive Lighting. This feature, which automatically adjusts the brightness and color temperature of lights based on the time of day, is a highly desirable functionality for creating ambient and circadian-rhythm-friendly lighting environments. While the Aqara T1 is capable of delivering Adaptive Lighting, this functionality can only be achieved by bypassing the Matter connection and utilizing the strip’s Zigbee radio in conjunction with an Aqara hub.
This presents users with an "either-or" scenario: they can opt for the convenience of Matter integration with broader ecosystem compatibility but forgo the Adaptive Lighting feature, or they can leverage the full feature set of the Aqara T1 by relying on a dedicated Aqara hub and the Zigbee protocol. This situation reflects the ongoing development and limitations of the Matter standard, which, while promising, is still in its early stages of implementation and rollout. As the standard evolves, it is anticipated that features like Adaptive Lighting will be incorporated, further enhancing the interoperability and intelligence of smart home devices.
DIY Non-Cloud Video Doorbell Option for Privacy-Conscious Users
For individuals prioritizing privacy and seeking alternatives to cloud-dependent smart home devices, a do-it-yourself (DIY) video doorbell project has emerged as a compelling option. This project leverages open-source hardware and software to create a privacy-centric video doorbell solution.
The DIY video doorbell utilizes the ESP32 microcontroller, a versatile and cost-effective chip popular in the maker community, along with an ESP32-CAM board. The project’s instructions guide users through the process of assembling and configuring the hardware, and implementing custom firmware using ESPHome. The current implementation is designed to integrate seamlessly with Home Assistant, a widely adopted open-source smart home automation platform.
The primary advantage of this DIY approach is the elimination of reliance on third-party cloud services. Traditional video doorbells often transmit video feeds and other data to company servers, raising privacy concerns for some users. By opting for a local, cloud-free solution, users retain full control over their data. The ESP32’s onboard processing capabilities allow for on-device video streaming and motion detection, with the processed information then sent to the Home Assistant hub for further management and alerts.
This project exemplifies the growing trend of empowering consumers to build and customize their own smart home systems. While it requires a degree of technical proficiency and a willingness to engage in hands-on assembly and configuration, the rewards include enhanced privacy, greater control over device functionality, and potentially lower long-term costs compared to subscription-based commercial products. The adaptability of the ESP32 platform suggests that this DIY video doorbell could also be integrated with other open-source smart home hubs, broadening its appeal to a wider segment of the DIY enthusiast community.
Second-Generation Eve Cam Expected Next Month with HomeKit Focus
A forthcoming update to Eve’s HomeKit camera line is anticipated, with the second-generation Eve Cam reportedly slated for a September debut. Details of the upcoming device have surfaced, suggesting a continued emphasis on Apple’s HomeKit ecosystem.
According to reports, the new Eve Cam has undergone testing for both 2.4 GHz and 5 GHz Wi-Fi networks, indicating enhanced wireless performance. The device is also noted for its compact design, featuring a small 50mm square footprint, which is suitable for discreet placement in various home environments. While Eve Home has recently expanded its product support beyond HomeKit to include Matter, the Matter specification currently does not encompass webcams. Consequently, the new Eve Cam is expected to remain exclusively a HomeKit-compatible solution.
This strategic focus on HomeKit aligns with Eve’s established product philosophy, which has consistently prioritized privacy and seamless integration within the Apple smart home ecosystem. HomeKit offers robust end-to-end encryption and local processing for many device functions, appealing to users who value data security. The absence of Matter support for webcams in the current specification means that Eve is likely to leverage HomeKit Secure Video, a feature that allows HomeKit cameras to securely record footage and store it in iCloud, accessible only to authorized users.
The introduction of a second-generation Eve Cam suggests a market demand for high-quality, privacy-focused cameras within the HomeKit ecosystem. With the increasing adoption of smart home technology, consumers are seeking devices that not only offer convenience and security but also uphold strong privacy standards. Eve’s continued investment in HomeKit-exclusive products demonstrates a commitment to serving this segment of the market, reinforcing its position as a key provider of secure and integrated smart home solutions for Apple users.
