Verdigris Secures $10 Million in Funding to Advance Smart Building Technology
Verdigris, a company dedicated to enhancing building efficiency through the integration of artificial intelligence and connected HVAC systems, has successfully closed a $10 million funding round. This significant investment, co-led by DCVC and Solea Energy, underscores continued confidence in the company’s mission to create greener, more intelligent buildings. The funding comes at a time when capital markets are perceived as challenging, making Verdigris’s achievement particularly noteworthy.
The company’s core technology focuses on leveraging the Internet of Things (IoT) and AI to optimize energy consumption in commercial and residential buildings. By analyzing data from connected sensors and systems, Verdigris aims to identify inefficiencies and automate adjustments to heating, ventilation, and air conditioning (HVAC) systems, leading to substantial energy savings and reduced environmental impact. This latest funding will reportedly be used to accelerate the sales and deployment of Verdigris’s innovative solutions.
The genesis of Verdigris dates back approximately eight years, with a foundational meeting between one of its co-founders and industry observers in Austin, Texas, to discuss the potential of AI and connected HVAC for environmental sustainability. The company’s persistence and continued operation in the competitive smart building sector are a testament to its long-term vision and the enduring relevance of its technological approach. The current surge in interest surrounding AI is expected to further bolster the market for companies like Verdigris that have been at the forefront of applying these technologies to real-world efficiency challenges.
Nordic Semiconductor Acquires Atlazo’s TinyML Intellectual Property to Bolster Low-Power AI Capabilities
Nordic Semiconductor, a prominent player in the low-power wireless chip market for the Internet of Things, has announced the acquisition of the intellectual property (IP) of Atlazo. Atlazo, a San Diego-based company, has been focused on developing advanced technology for low-power microcontrollers (MCUs) specifically optimized for machine learning applications. This strategic acquisition is anticipated to be a significant bolt-on to Nordic Semiconductor’s existing portfolio, with expected benefits to materialize within 12 to 18 months of the deal’s closure.
The move aligns directly with the escalating demand for on-device machine learning capabilities across a wide range of IoT applications. By integrating Atlazo’s expertise in ultra-low power MCU design for AI and ML workloads, Nordic Semiconductor is positioning itself to offer more comprehensive solutions to its customers. This development is crucial for applications where power efficiency is paramount, such as wearable devices, smart sensors, and remote monitoring systems, enabling them to perform complex data analysis without constant reliance on cloud connectivity.
The trend towards edge AI, where processing occurs closer to the data source, is a key driver in the IoT landscape. Nordic Semiconductor’s acquisition of Atlazo’s IP directly addresses this trend, allowing developers to build more sophisticated and responsive IoT devices that can learn and adapt in real-time, all while minimizing power consumption. This can translate into longer battery life for devices and reduced operational costs for deployments.
ChargePoint Establishes Network Operations Center to Enhance EV Charging Reliability
ChargePoint, a leading provider of electric vehicle (EV) charging infrastructure, has established a dedicated Network Operations Center (NOC) to bolster the reliability and uptime of its extensive network of EV chargers. This initiative encompasses over 243,000 charging points deployed across the United States and Europe. The establishment of the NOC is a direct response to evolving regulatory landscapes, particularly new federal legislation aimed at promoting EV adoption, which mandates specific uptime requirements for charging stations.
The proactive investment in a NOC signifies a strategic shift towards ensuring a consistent and dependable charging experience for EV drivers. Industry observers have noted that the absence of such a centralized monitoring system might have been a surprising oversight for a company whose core business revolves around providing accessible and functional charging services. The ability to remotely monitor the health of charging stations, diagnose issues proactively, and dispatch maintenance teams efficiently is critical for maintaining customer satisfaction and encouraging wider EV adoption.
This move by ChargePoint reflects a broader trend within the connected services and devices sector, where robust monitoring and maintenance infrastructure are becoming non-negotiable. As more devices become interconnected and reliant on continuous operation, companies are increasingly recognizing the necessity of dedicated teams and systems to ensure service availability. The "maintenance era," as some analysts term it, emphasizes the importance of operational excellence and the long-term support of connected ecosystems. The NOC will likely employ sophisticated diagnostic tools and real-time analytics to preempt potential failures, thereby minimizing downtime and ensuring that EV drivers can reliably find and use charging stations when needed.
The Evolving Role of Video Doorbells: Security Theater or Practical Tool?
The efficacy and utility of video doorbells have come under scrutiny, with a recent BBC article questioning whether these popular smart home devices amount to little more than "security theater." This debate highlights a growing conversation within the smart home security space regarding the actual deterrent effect and practical benefits of such technologies. While video doorbells offer convenience and a degree of perceived security, their effectiveness against determined individuals is being re-examined.
The adaptation of porch pirates to this technology, often by obscuring their identities, presents a challenge to the traditional narrative of video doorbells as an absolute deterrent. The ability to record activity at the doorstep provides valuable evidence after an incident, but the primary goal for many consumers is prevention. The convenience of seeing who is at the door remotely, communicating with visitors, and receiving package delivery notifications are undeniable benefits. However, the question remains whether these conveniences outweigh the potential for the technology to be circumvented or to create a false sense of security.
Industry analysts suggest that while video doorbells can be a useful component of a comprehensive home security strategy, they are most effective when integrated with other security measures. This includes robust physical security, neighborhood watch programs, and intelligent alert systems that can distinguish between routine activity and potential threats. The ongoing discussion underscores the need for consumers to have realistic expectations about the capabilities of individual smart home security devices and to approach their implementation with a holistic security mindset.
Shelly Introduces Premium Subscription for Enhanced Smart Home Energy Management
Shelly, a manufacturer of smart home devices, has launched a premium subscription service designed to offer enhanced energy management features to its users, particularly in Europe and now available in the U.S. This move reflects the growing trend among smart home device makers to leverage recurring subscription revenue models, capitalizing on the persistent value proposition of connected home technology.
The premium subscription, priced at €3.99 (approximately $4.34) per month, provides subscribers with a suite of advanced functionalities aimed at optimizing household energy consumption. Key features include automated notifications for lights left on, alerts for unusual energy usage patterns from connected devices, and detailed monitoring of individual device energy consumption. Shelly claims that by utilizing these features, users can potentially reduce their electricity bills by up to 18%.
This initiative aligns with broader efforts to promote energy efficiency and sustainability within households. As electricity prices fluctuate and environmental concerns grow, consumers are increasingly seeking tools that provide greater insight and control over their energy usage. Shelly’s subscription service offers a tangible pathway for users to achieve these goals, integrating sophisticated data analysis with actionable recommendations. The service’s availability in both European and U.S. markets indicates a global focus on smart energy management solutions.
Speculation Surrounds Potential Spin-off of Alphabet’s Google Nest Division
Recent reports from The Information suggest that Verily, an "other bet" company under Alphabet’s umbrella, is preparing for a potential spin-off in late 2024. This move, which involves Verily ceasing its use of Alphabet’s corporate services, could signal a broader strategic realignment within Alphabet, potentially paving the way for other underperforming or independent-minded divisions to be spun out.
This development has naturally led to speculation regarding the future of other Alphabet "other bets," including the Google Nest division, which is central to the smart home ecosystem. While the information remains speculative and is behind a paywall, it is notable in light of Alphabet’s recent executive decisions. The promotion of Ruth Porat, who has been instrumental in streamlining unprofitable Google services, and Google’s perceived pullback in support for certain Nest displays, have fueled discussions about the division’s long-term strategy and financial viability within the larger Alphabet structure.
A potential spin-off of Google Nest could have significant implications for the smart home market. Such a move might grant Nest greater autonomy to pursue its strategic objectives, potentially leading to accelerated innovation or a more focused product roadmap. Conversely, it could also introduce new financial pressures or necessitate a fundamental shift in business strategy. The smart home industry is closely monitoring these developments, as Google Nest remains a key player in the connected home landscape, influencing standards, product development, and consumer adoption.
Aqara LED Light Strip Gains Matter Support, With Caveats on Adaptive Lighting
Aqara has released its latest smart home product, the LED Strip Lights T1, which notably includes support for the Matter standard. This dual-sided development presents both positive advancements and remaining limitations in the nascent Matter ecosystem. The T1 strip, priced at $49.95, can be integrated with various smart home platforms through Matter, offering consumers greater interoperability.
However, a significant drawback is the current Matter specification’s lack of support for Adaptive Lighting. This feature, which automatically adjusts the brightness and color temperature of lights based on the time of day, is a desirable function for many smart home users seeking to enhance ambiance and circadian rhythm support. While the Aqara T1 can achieve Adaptive Lighting, this functionality is only accessible when the strip is not connected via Matter. Instead, users must opt for an Aqara hub and utilize the strip’s Zigbee radio for this feature.
This "either-or" situation highlights the ongoing challenges in the implementation and standardization of advanced smart home features within the Matter protocol. While Matter aims to unify smart home devices, the current iteration has limitations that necessitate compromises for certain functionalities. Consumers seeking the full spectrum of features, including Adaptive Lighting, may need to maintain a platform-specific integration strategy, at least until future Matter updates address these gaps. The development underscores the complex interplay between emerging standards and established, platform-specific technologies in the smart home arena.
DIY Privacy-Focused Video Doorbell Option Emerges for the Technically Inclined
For consumers prioritizing privacy and seeking a departure from cloud-dependent smart home devices, a do-it-yourself (DIY) video doorbell project has surfaced, utilizing an ESP32 microcontroller and open-source software. This project offers a compelling alternative for individuals with the technical inclination to build their own secure and privacy-centric video doorbell solution.
The current implementation of this DIY doorbell is designed to integrate with Home Assistant, a popular open-source home automation platform. This integration allows users to manage and monitor their doorbell feed within their existing smart home ecosystem, without the need for proprietary cloud services. The use of an ESP32-CAM board and ESPHome firmware provides a flexible and customizable platform, suggesting that adaptations for other DIY-style smart home hubs are feasible.
This development caters to a growing segment of the market that is increasingly concerned about data privacy and the security implications of connected devices. By empowering users to build their own solutions, the project democratizes access to advanced smart home features while maintaining granular control over data flow and storage. It represents a significant trend towards user-empowerment and customization in the smart home space, offering a tangible solution for those who wish to avoid vendor lock-in and maintain a higher degree of personal data sovereignty.
Second-Generation EveCam Expected Next Month, Likely HomeKit-Exclusive
Details have emerged regarding an upcoming second-generation EveCam, with its debut anticipated at next month’s IFA event. While initial reports surfaced from German-language tech sites, corroborating evidence from FCC documentation lends credibility to the expectation of a new Eve webcam. The forthcoming model appears to have undergone testing for both 2.4 GHz and 5 GHz Wi-Fi networks and features a compact, 50mm square footprint.
Despite Eve Home’s recent expansion of device support beyond Apple’s HomeKit to include Matter, the current Matter specification does not encompass webcams. Consequently, it is highly probable that the second-generation EveCam will remain a HomeKit-exclusive product. This positioning aligns with Eve’s established focus on providing high-quality, privacy-oriented accessories for the Apple HomeKit ecosystem.
The evolution of the EveCam suggests a continued commitment to providing users with secure, on-device processing for their home security camera needs. For HomeKit users, this offers a reliable option for video monitoring without the privacy concerns often associated with cloud-based services. The expected release at IFA, a major consumer electronics trade show, indicates a significant product launch for Eve Home, reinforcing their presence in the premium smart home security market. The compact design suggests a focus on discreet installation and aesthetic integration into various home environments.
