The Private Notes of a Soviet Engineer Who Reverse-Engineered a UFO

Engineering Infinity:

Earth’s First Interstellar Blueprint

NEW RELEASE

A Field Guide for Life Beyond 2024
Insights, anomalies, and decoded patterns from Engineering Infinity—tracking the shift from collapse to consciousness in real time.

ARTICLES

About

During the Cold War, a Soviet engineer was tasked with an extraordinary mission: to reverse-engineer and uncover the secrets of a real UFO. His translated private notes, now revealed for the first time, provide a detailed account of the reverse-engineering process, offering groundbreaking insights into interstellar propulsion, time manipulation, and gravitational secrets.

Weeks before his passing in 2019, Valerijs ÄŒernohajev sent a mysterious series of documents to his daughter, Natalja, an international opera singer. She only began to explore the documents after his death. What she discovered sparked a four-year journey with her husband and a friend to translate her father's work and unlock its extraordinary revelations, which are shared plainly in this book.

The technology outlined in this book has also created the foundation of Stratis Space and ExoIndustrial Technologies. With 22 patents-pending, this is no work of science fiction.

Meet the Team

  • Valerijs Cernohajev (1958-2019)

    Valerijs was a Soviet-era engineer whose life and work remained largely shrouded in mystery. Born in Guryev, Kazakhstan, he graduated from the prestigious Riga Civil Aviation Engineers Institute in the USSR. He worked at Kazakhstan's Baikonur Cosmodrome. though the nature of his work there remained unknown even to his family.

    Following the Soviet Union's collapse, he became increasingly reclusive and estranged from family. In his final days before succumbing to liver failure in 2019, he unexpectedly passed on a collection of documents to his only child, Natalja, suggesting they might interest his grandson who shared his passion for aerospace engineering.

    These documents, which Natalja would not rediscover until shortly after his death, form the foundation of Engineering Infinity; offering a glimpse into the brilliant mind of an enigmatic scientist.

  • Natalja Cernohajeva-Sticco, M.Eng.

    Natalja, daughter of Valerijs Cernohajev, was born in Riga, Latvia during the USSR occupation. A distinguished operatic mezzo-soprano. she performed with the Latvian National Opera & Ballet for seven seasons before immigrating to the United States in 2018.

    Beyond her artistic career. she holds degrees in both music and technology. including a Master's in Engineering focusing on Al and Robotics. A polyglot fluent in four languages, she works as a technical writer for companies like Amazon Robotics and American Express while continuing to perform internationally. Her unique blend of artistic excellence and technical expertise positions her perfectly to help bring her father's scientific work to a broader audience.

  • SSgt Gene Sticco, USAF (Ret.)

    Gene brings over three decades of military, intelligence, and corporate security expertise to "Engineering Infinity." His career includes work as a security contractor and consultant spanning government agencies and global energy corporations across more than 120 countries, where he specialized in analyzing complex intelligence and translating technical concepts into clear. actionable insights.

    His analytical and organizational skills proved invaluable to this manuscript's development, where he oversaw crucial research. linguistic analysis. and document authentication processes.

  • Mario Fialho, ESA

    Mario is a US Air Force veteran and Enterprise Solutions Architect with over 25 years of experience in technology consulting. He specializes in artificial intelligence, machine learning, and neural networks, having delivered award-winning solutions for major clients across financial services, life sciences, and telecommunications. His deep expertise in natural language processing and digital transformation. combined with his military background, brings a unique perspective to analyzing and validating the technical concepts presented in this work. As a seasoned problem solver, Mario's ability to bridge complex technical concepts with practical applications proved invaluable in evaluating and contextualizing the engineering principles discussed in this manuscript.