In his correspondence with shareholders, Goyal highlighted that the expectations and legal obligations attached to leading a public firm in India require undivided attention, making it challenging to innovate in experimental areas simultaneously.
Goyal mentioned that this transition enables Eternal to maintain its focus and discipline while allowing him the freedom to explore ideas that entail greater risk and uncertainty. These initiatives are being pursued outside of Eternal.
The initiatives encompass health technology and aviation and include Continue, Temple, and LAT Aerospace.
Continue
Continue Research is a global initiative dedicated to extending healthy human lifespan.
“This isn’t about conquering death. I don’t believe that’s achievable, nor should it be our aim. Death plays a key role in renewal. This is about overcoming the mayfly mentality that leads to recklessness,” states Continue’s website.
One concept linked to Continue is the Gravity Ageing Hypothesis, which investigates how gravity and mechanical loads affect the human body throughout the ageing process. The hypothesis posits that reduced gravitational stress might impact biological ageing and overall health outcomes.
This hypothesis has faced scrutiny and criticism within the scientific community, with some experts questioning the robustness of the evidence and advocating for peer-reviewed studies and empirical validation. Critics argue that the claims are preliminary and lack sufficient clinical data.
Continue has characterized the Gravity Ageing Hypothesis as an exploratory research avenue rather than a definitive conclusion. The venture asserts that its primary focus remains on longitudinal health tracking and research, with no commercial product launches announced so far.
Continue has also initiated a $25 million fund to support scientists investigating the fundamental mechanisms of human ageing. Goyal will personally finance the entire fund.
Temple
Temple is a wearable health-tech venture focused on monitoring cerebral blood flow. The device aims to provide insights into brain health by tracking blood flow patterns, which are vital indicators of neurological and cognitive function.
Currently in its early phases, the venture is concentrating on technology development and clinical applicability. Details regarding commercial timelines or large-scale deployment have not been publicly shared.
LAT Aerospace
LAT Aerospace represents Goyal’s most ambitious project in terms of engineering complexity and capital demands. The company is in the process of developing what it calls India’s first hybrid-electric short take-off and landing aircraft, optimized for short runways and frequent regional operations.
LAT asserts it is constructing the aircraft from scratch, fundamentally rethinking essential systems rather than relying on incremental enhancements. The design is founded on three key principles: aerodynamics, propulsion, and autonomy.
The aircraft will utilize high-lift wings and distributed propulsion to facilitate ultra-short take-offs from compact air-stops, reducing dependence on traditional commercial airports. Its hybrid-electric propulsion system integrates battery-powered take-off with efficient engines to enhance range and endurance, aiming to lower fuel consumption and emissions while enabling frequent operations.
Autonomy is being incorporated from the beginning, featuring advanced pilot-assist systems aimed at managing stability, navigation, and safety tasks, which reduce pilot workload and facilitate scalable operations.
On January 4, LAT Aerospace released a video update showcasing the test flight of the Lat One v0.1. The company reported a successful demonstration of ultra-short take-off capabilities during the testing phase. The aircraft subsequently crashed, which LAT indicated was expected due to known structural deficiencies identified through simulations.
“The main goal of the test flight was to validate uSTOL, which was successfully demonstrated,” the company remarked, noting the development of Lat One v0.2 is already in progress. “Getting a plane to take off is just 20% of the challenge. Ensuring it lands safely is where the real work lies.”
LAT noted that the test produced significant insights and that the subsequent aircraft version is anticipated to attempt a complete mission.
