December 8, 2022
• Legal incorporation of Extracto S.A.
• Establishment of the company's long-term scientific and technological vision.
• Initial software architecture and computational infrastructure planning.

Late 2022
• Formation of the multidisciplinary development team.
• Definition of the company's proprietary technology strategy.
• Initial research programs in Scientific Computing and distributed computational infrastructure.

1st Semester
• Development of the company's cloud-native software architecture.
• Deployment of scalable computational infrastructure.
• Development of proprietary software frameworks for Scientific Computing.
• Participation in technology conferences, startup events, and innovation programs, presenting the company's long-term scientific and technological vision.

2nd Semester
• Expansion of Scientific Computing capabilities.
• Development and testing of proprietary cryptographic integrity systems for secure scientific records, computational reproducibility, and future financial auditability.
• Initial conceptual formulation of the Dead Universe Theory (DUT).
• Development of the first computational models supporting cosmological simulations.
• Beginning of the company's transition toward scientific research and proprietary computational technologies.

1st Semester
• Formal development of the Dead Universe Theory (DUT).
• Development of gravitational entropy equations.
• Formulation of the asymmetric thermodynamic retraction framework.
• Construction of the mathematical foundations supporting future computational technologies.
• Beginning of the implementation of proprietary cosmological simulation software.

2nd Semester
• Publication of the first DUT scientific manuscript.
• Initial dissemination through international scientific repositories.
• Development of the first scientific software prototypes.
• Beginning of the DUT Quantum Simulator architecture.
• Implementation of reproducible computational workflows.
• Initial submissions of scientific research for peer review.

1st Semester
• Release of DUT Quantum Simulator 1.0.
• Development of Computational Cosmology engines.
• High-performance numerical simulation platform.
• Creation of proprietary scientific software architecture.
• Expansion of numerical relativity and cosmological modeling software.

2nd Semester
• Expansion of scientific publications and technical manuscripts.
• Submission of multiple research papers to international peer-reviewed journals.
• Publication of scientific software repositories.
• Development of proprietary computational platforms, including:
• NASA-Level-1.0 Computational Cosmology Software
• DUT Quantum Simulator
• DUT General Relativity
• DUT CMB Scientific Engine
• TON618 Bayesian Cosmology Engine
• COSMOMC-DUT
• Consolidation of ExtractoDAO Labs as a DeepTech scientific research laboratory.
• Continuous validation of computational models through scientific publications and community review.

1st Semester
• Publication of additional scientific papers.
• Ongoing peer-review process across multiple international journals.
• Expansion of proprietary scientific software.
• Development of new computational cosmology engines.
• Completion of the first commercial technologies derived from the DUT research program.

2nd Semester
• Launch of DUT Financial Trading 1.0.
• First commercial application of the Dead Universe Theory framework.
• Translation of Computational Physics into institutional Quantitative Technology.
• Integration of:
• Advanced Numerical Methods
• Monte Carlo Simulation
• GARCH Volatility Modeling
• Bayesian Calibration
• Radau IIA Integration
• Proprietary DUT Attractor Framework
• Institutional Risk Analytics
• Development of proprietary cryptographic audit and report integrity systems.
• Beginning of commercial operations focused on hedge funds, investment banks, family offices, research institutions, and professional investors.
• Transition from a research-driven organization to a revenue-generating DeepTech company.

October 2026
• Comparative scientific analysis between DUT predictions and observational cosmology.
• Evaluation of theoretical predictions using results from the Euclid Space Telescope and the Nancy Grace Roman Space Telescope programs as new observational data become available.
• Continued validation of the DUT attractor framework (γ = 0.6180339887) through computational and observational analyses.
• Expansion of scientific software for future observational cosmology campaigns.
• Continued publication and dissemination of research supporting the DUT framework.
• Research Philosophy

• Every commercial technology developed by ExtractoDAO Labs originates from proprietary scientific research.
• Every scientific publication strengthens the company's intellectual property.
• Every commercial contract contributes directly to funding the next generation of scientific research, computational software, and proprietary technologies.
• Scientific Research → Proprietary Software → Commercial Technology → Institutional Revenue → New Scientific Researc