Past & Future
Texas's oil journey began with the Spindletop gusher in 1901, making it an industrial powerhouse. By 2023, it leads U.S. oil production with 5.6 million barrels daily from the Permian Basin, supporting 480,000+ jobs and funding public services through taxes. Innovations like fracking have revitalized its shale oil sectors.
Oklahoma, with oil history since 1859, became significant with discoveries like Glenn Pool. Producing 350,000 barrels daily, it ranks fifth nationally. The state exports excess energy but struggles with environmental issues like seismicity. It's exploring sustainable options like carbon capture, aiming for a balanced energy future with Texas.
In 2025, starting in Texas and Oklahoma, a new oil revolution will ignite with the adoption of a distributed edge network. This would manage data securely across nodes, enhancing connectivity, security, and efficiency. Redundancy would prevent failures, sparking innovation, boosting production, and securing another prosperous era for the oil sector.
Join The Next Oil Boom
Revolutionize oil operations with IoT and DDS for latency-free, secure communication. Encrypt data, enhance efficiency, cut costs, boost production. Start your oil network transformation today for a profitable future.
ISPs & Noded Networks
We provide patented bonded network paths and data pocket fragmentation, securing and integrating custom node networks and ISPs. Our patented system shards data across the network, optimizing storage, speeding retrieval, and boosting performance and reliability.
Enhanced Cybersecurity Framework
Adopt a cybersecurity approach tailored for decentralized systems, reducing vulnerabilities through distributed security protocols. Use advanced authentication mechanisms, like decentralized identity systems, to ensure that only authorized personnel can access or alter data.
Decentralized Data Management
Implement a decentralized data architecture where data is not concentrated in a few high-risk locations but spread across multiple, smaller, secure nodes. This reduces the risk of data loss from single-point failures like natural disasters or cyberattacks.
Scalability and Flexibility
Design infrastructure that can scale operations up or down based on market demands or exploratory needs without massive capital investments. With decentralized setups, scaling does not inherently increase security risks as each node can be independently secured.
Real-Time Data Processing and Analytics
Utilize our DDS (Data Distribution Service) for real-time data sharing across operations, allowing for instant analysis of critical data like oil flow rates, seismic data, or equipment health.
Disaster Recovery and Business Continuity
Our decentralized system inherently improves disaster recovery by maintaining operations through distributed nodes rather than relying on a single center. Reduces risk from centralized attacks or natural calamities, ensuring business continuity.
