Cybereum

Improving Capital Project planning and performance
Austin

About Cybereum

Cybereum is a next-generation platform that helps owners and contractors plan and deliver complex capital projects more efficiently and reliably. Our solution merges AI-driven forecasting, risk management, and predictive analytics to offer accurate scheduling and proactive issue resolution at every project stage. By integrating distributed ledger technology (DLT), Cybereum ensures transparent, real-time collaboration across multiple companies, reducing cost overruns, delays, and the data silos that plague capital projects. This holistic approach aligns all stakeholders on a single, trustworthy source of truth—enabling on-time, on-budget delivery and creating a higher standard of accountability for large-scale, capital-intensive projects.

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Problem statement

Cybereum addresses the persistent issues of cost overruns, schedule delays, and inefficiencies that affect large capital projects—a global challenge worth trillions of dollars impacting EPC, infrastructure, defense, and government sectors. Traditional EPC solutions lack advanced analytics, real-time adaptability, and transparent collaboration, which leads to increased budgets, missed deadlines, and disputes. With capital projects in construction, energy, and infrastructure accounting for 6-9% of global GDP and an average loss of $1.2 billion, Cybereum revolutionizes project planning and execution. Our approach delivers enhanced transparency, accountability, and significantly better outcomes for these critical projects.

Traction information

- Two Granted Patents protecting our AI and DLT-driven project management innovations—providing a competitive edge and strong IP foundation.
- Multiple Peer-Reviewed Publications in leading journals, validating the rigor and impact of our technology.
- NSF SBIR Grant Recipient, awarded after a rigorous vetting process, highlighting the transformative potential of our platform.
- LOIs and Active Pilots with major industry players in construction, energy, and defense—including NOA, Ferrovial, KBR, and the Project Management Institute (PMI).
- Ongoing Engagements with global leaders in EPC, infrastructure, and the Department of Defense, reflecting robust market interest.
- Capital Factory Austin Portfolio Company, recognized for high-growth potential and part of a premier startup ecosystem.

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Milestones

October 2022

NSF I-Corps

Received a NSF I-Corps Grant supplementary to our previous grant for customer discovery and engagement. The three categories that we have discovered, aided by our earlier SBIR “Beat the Odds” bootcamp are: financiers such as Banks, multilateral lending agencies and governments who fund projects, promoters such as Energy Majors and Infrastructure Developers who plan, own and operate them, and major contractors who are contracted to build and deliver them. This grant allows for deeper and broader engagement with these stakeholders, to refine value propositions, pricing models and also to validate our beachhead markets in Energy, Renewables and Government (DoD, DoT)

May 2022

NSF Grant

The NSF Phase I SBIR Grant is meant to be the equity-free seed for companies developing transformative technologies with broad impact

March 2022

cybereum trademark graded by USPTO

We on the Trademark for cybereum

January 2022

Architecture Patent Granted by the USPTO

This patent covers the distributed governance system for complex cross-organizational projects using blockchain technology and smart contracts.

January 2022

Peer-reviewed paper on our machine learning methods for project forecasting published in the PMJ

Reference Class Forecasting and Machine Learning for Improved Offshore Oil and Gas Megaprojects Planning: Methods and Application This paper showcases our approach for machine learning and AI for forecasting in complex projects.It was published in the Project Management Journal, the leading journal in the field on their special issue for 21st century general purpose technologies (GPTs) for project management. https://journals.sagepub.com/eprint/QG73TJCSJKF9UHS7WNGB/full

July 2021

Method Patent granted

This patent is for an algorithm to convert DAG networks into hash linked blocks.

July 2021

White paper published as a peer-reviewed paper by ACM

Architecture paper peer reviewed and published by the Association of computing Machinery (ACM). Distributed Ledger Architecture for Collaborative Megaproject Management with Authenticated Participants. https://dl.acm.org/doi/fullHtml/10.1145/3460537.3460563

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Funding

Currently raising capital

Total raised to date:$500,000

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