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Revolutionizing Stress Management With Awear’s Wearable EEG Technology

Background and Inspiration

Antonio Forenza, formerly the head of research and development at Rakuten Symphony, recognized early on that managing stress required a novel approach. After shedding 40 pounds with the help of an Apple Watch that meticulously tracked his steps and calorie burn, Forenza began contemplating whether a similar wearable could be developed to monitor stress levels.

The Birth of a New Health Solution

Confronted with the absence of a device dedicated to stress measurement, Forenza leveraged his engineering expertise to bridge this gap in the consumer health market. His breakthrough came with the decision to adapt the century-old technology of the electroencephalogram (EEG)—traditionally used in clinical settings for diagnosing conditions such as epilepsy and sleep disorders—to track stress-inducing high-frequency beta brainwaves. Prolonged exposure to these rapid beta waves has been linked to exhaustion, insomnia, and mental strain.

Introducing Awear

In collaboration with leading data scientists and biomedical engineers, Forenza developed Awear, a compact device designed for continuous monitoring of brainwave activity. According to Forenza, the device acts as an early warning system, alerting users before prolonged stress transitions into more serious health issues. The accompanying app not only details mood trends based on real-time data but also delivers AI-enhanced coaching to bolster emotional resilience.

Clinical Testing and Market Strategy

While preliminary trials, such as those conducted by Stanford University’s psychiatry department, are assessing Awear’s efficacy in detecting post-surgical confusion in elderly patients, Forenza’s primary goal remains to market the device to individual consumers. This approach mirrors the strategy employed by other popular wearables like the Oura Ring.

Funding and Future Growth

Awear’s innovation has already attracted significant attention in the startup ecosystem. The company recently secured a pre-seed funding round led by Hustle Fund, Niremia Collective, Techstars, and The Pitch Fund, and is preparing for a $5 million seed round in early 2026. Currently available through an early-access program, Awear is priced at $195 for early adopters—many of whom are startup founders familiar with the pressures of high-stress environments—and includes a complimentary lifetime subscription to the app. Following the seed round, Forenza plans to launch a Kickstarter campaign, a move that has proven effective for other leading wearable brands such as Peloton and Oura.

Looking Ahead

Forenza’s innovative use of EEG technology in a consumer-facing product not only offers a proactive solution for stress management but also signals a broader shift in how personal health monitoring devices can evolve. By merging traditional diagnostic technology with modern AI-driven coaching, Awear is positioned to redefine the landscape of stress management and consumer health monitoring for years to come.

Cyprus Paves The Way To Energy Autonomy Through Renewable Innovation

Renowned energy expert Michalis Drakoudis has presented a compelling case that Cyprus can achieve full energy independence by leveraging renewable resources. A new study, developed under the banner of the Energy Democracy initiative, demonstrates that the island nation can meet 93.5% of its annual electricity demand solely through renewables.

Data-Driven Analysis And Infrastructure Requirements

The study, based on thousands of hourly production, demand, and storage balance calculations for 2024, highlights that rooftop photovoltaic systems combined with centralized energy storage can deliver the bulk of Cyprus’ electrical needs. An additional 3,000 MW of rooftop solar installations and 9,100 MWh of energy storage are identified as prerequisites to reach near-total coverage, with the remaining 6.5% supplemented by limited conventional reserve or, eventually, seasonal storage via green hydrogen.

Robust Economic Case And Rapid Payback

The financial implications of this transition are highly attractive. With a total investment requirement of approximately €2.3 billion, current fuel and emission prices suggest a payback period of just 3.4 years. Post payback, the system’s operational costs approach zero, promising a lasting reduction in electricity bills for households and businesses alike, while keeping capital within the Cyprus economy and stimulating job creation.

Utilizing Surplus Energy And Enhancing Energy Democracy

The analysis further indicates that the annual surplus of renewable energy far exceeds any shortfall during periods of low production. This surplus presents significant opportunities beyond electricity supply, including water desalination and the medium-term production of green hydrogen for industrial use and seasonal storage. Meanwhile, existing thermal units would serve as security backups for rare or extreme conditions rather than functioning as the backbone of the system. Notably, the minimal land requirement, just 13 to 14 square kilometers of building rooftops, limits environmental impact and reinforces the transition of citizens from passive energy consumers to proactive energy producers.

Reforming The Electricity Market For Integrated Storage

The study also points out a critical market flaw: the current electricity purchasing model does not facilitate the development of state-run storage systems, which are essential for a small and isolated grid like Cyprus. Drakoudis advocates for a single-buyer model, akin to structures implemented in other small or insular markets, placing a central role in coordinating production, storage, and pricing. This model would streamline operations and further enhance economic efficiency.

A Strategic And Realistic Policy Choice

The central conclusion of the study is unequivocal: achieving energy autonomy for Cyprus is not only technologically feasible but also economically sound. The strategic shift towards renewables promises immediate and long-term benefits for cost of living, economic stability, and social cohesion. As the island positions itself for a future of low-cost, sustainable energy, it sets a benchmark for nations transitioning away from fossil fuels.

The research, with its meticulous analysis and forward-thinking recommendations, calls for decisive policy action to harness the full potential of renewable energy in Cyprus.

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