Oracle | October 14, 2020
Oracle Cloud Infrastructure (OCI) Government Cloud Services has obtained a Provisional Authority to Operate (P-ATO) from the FedRAMP Joint Authorization Board (JAB). The accreditation continues to demonstrate that OCI is a compliant, cost-effective, and highly-secure platform for our public sector customers' most critical workloads. The JAB is the primary governance and decision-making body for the Federal Risk and Authorization Management Program (FedRAMP), the government program that sets the standard for assessing, authorizing, and monitoring cloud systems' security. FedRAMP offers two types of authorizations: Agency ATO and JAB P-ATO. Having already achieved a FedRAMP High Agency ATO, Oracle's achievement of the FedRAMP High JAB P-ATO further assures agencies that the risk posture of the system has been reviewed and approved by leading technology officials. The accreditation can also reduce both time and cost for government customers to secure their own agency ATO.
Hadean | November 25, 2021
Web 3.0 start up, Hadean, today announce they have successfully secured a project with the MoD's Defence and Security Accelerator. Providing a joint solution along with Cervus, they will be working with British Army's Headquarters' Futures Team over the next 12 months to deliver "The Forge". The decision support system uses a number of emerging distributed and spatial web technologies designed to solve DASA's 'Simulating Future Battlespace Complexity' challenge.
This joint venture speaks volumes to the power of true innovation that occurs within smaller companies. Increasingly complex battlespaces and new forms of threat require a data-driven approach for analysing scenarios to provide the optimal decision, but a number of incumbent processes remain inefficient. Often decisions are made through lengthy deliberations between various experts. These conversations may involve compromises, counter arguments and often subjective viewpoints. The nature of this process results in a slow to action organisations that can miss key deadlines and risk serious negative outcomes.
The Forge looks to automate this process using a combination of new web 3.0 technologies. At the foundations, the Hadean Platform delivers the high demand computation in order to sufficiently power the parallelised simulations. It does this through a distributed cloud solution that offers invariant scalability across any on premise, cloud or edge environment. On the front end, these simulations are realised by Cervus and then run through their analytics engine.
"Defence is undergoing an infrastructural uprooting in the shape of distributed computing and web 3.0 technologies. This joint contract between Cervus and Hadean with the MoD demonstrates a commitment to digitalisation in order to gain the technological upperhand by leveraging our combined solutions. In the same way that social interaction is changing in the form of the metaverse, single synthetic environments for the military are becoming more complex and immersive. Additionally, our platforms are enabling in depth analysis of defence scenarios, providing real time decision support to decision makers. Hadean's scalability provides the compute power necessary for these demanding applications."
Hadean CEO, Craig Beddis
Alan Roan, MD of Cervus.ai, said "Cervus are immensely proud to be working with our partners at Hadean. The compute power needed to run multiple simulations to quickly examine different courses of action has limited the way we deliver decision support to date. Integrating our analytics engine, Hive 2.0, with MAK and Antycip's world class simulation products and Hadean's distributed computing platform, will significantly reduce the associated costs and increase the speed of wargaming and experimentation. We also recognise training and operation applications in this capability, similar to those which we recently demonstrated at the recent Army Warfighting Experiment 21 and we look forward to prototyping at pace, alongside the British Army, supported by the excellent DASA team."
Introducing The Forge
The Forge is a three pronged approach to delivering operational insights:
Top down – from policy or operational drivers (planned capability/architectural innovation)
Bottom-up – from lessons learnt and capability gaps (contingent improvement/incremental innovation)
Solution-led – from technology opportunities, COTS/MOTS, or politically driven decisions(opportunity exploitation/ disruptive innovation)
It creates powerful, workable solutions by:
Developing and testing innovative solutions to pressing strategic issues, capability gaps and operational optimisation.
Injecting agility into the strategic decision cycle, enabling continuous testing of concepts, and the rapid development of capabilities and doctrine
Enabling effective outcomes to avoid technology shock, counter adversary and reduce operational risk across the breadth of operations
At a foundational level, the distributed cloud platform provided by Hadean does the computational 'heavy lifting', running and orchestrating simulations and interaction between them. Together with Cervus, Hadean's technologies deliver a more automated approach that is currently defining emerging trends in IT. This project will further bolster the significance of web 3.0 technologies, across verticals and, demonstrates the Ministry of Defence's commitment to innovation, and working with disruptive organisations.
Founded in 2015, Hadean are a venture backed startup, reimagining distributed, spatial and scalable computing for web 3.0 and the metaverse. The distributed cloud platform provides the foundations of web 3.0 applications for the metaverse, enterprise organisations and the defence sector. Customers include CAE, Microsoft, Minecraft, the Francis Crick Institute and Cervus.
Terrestrial Energy | November 26, 2021
Terrestrial Energy USA was awarded a $3 million grant from the U.S. Department of Energy (DOE) to support licensing and commercialization of its Integral Molten Salt Reactor (IMSR), a Generation IV nuclear power plant. The largest of the DOE awards announced Nov. 18, the award supports modeling and simulation for the off-gas systems of the IMSR power plant, supporting the company’s regulatory program for U.S. NRC licensing.
“Advanced reactors will completely change the way we engineer, build, and operate nuclear reactors,” said Dr. Kathryn Huff, Principal Deputy Assistant Secretary for Nuclear Energy, in a press release announcing the awards. “These awards support technical and regulatory strides necessary for commercializing new carbon-free nuclear technologies poised to help our nation reach net-zero emissions by 2050.”
Terrestrial Energy is developing its IMSR Generation IV small modular reactor (SMR) power plant for commercial deployment in the late 2020s and is engaged with regulators in the United States and Canada. The Generation IV molten salt technology used by the IMSR power plant delivers a 50 percent increase in the thermal efficiency of electric power generation compared to power plants that use conventional – water-moderated-water-cooled –reactor technology. This provides a step-change improvement in the economics of nuclear power generation while preserving nuclear energy’s carbon-free and resiliency advantages over other energy sources.
“We value this grant and the Department of Energy’s support as we work to license and commercialize the IMSR nuclear power plant in the United States. It is encouraging that DOE sees the potential of Generation IV technologies and the IMSR. These grant programs support private companies as they work to deliver nuclear power technologies that can succeed in competitive global energy markets and deliver global net-zero goals. Technologies such as our IMSR Generation IV nuclear plants will produce reliable, cost-competitive heat and power without emissions, making them uniquely capable of competing with fossil fuels.”
Terrestrial Energy USA CEO Simon Irish
About Terrestrial Energy USA
Terrestrial Energy USA, based in Charlotte, NC, is developing the Integral Molten Salt Reactor (IMSR) for U.S. market deployment. The IMSR is a non-Light Water Reactor that uses Generation IV technology to generate electricity 50 percent more efficiently than conventional – water-moderated-water-cooled – nuclear reactor technology. The IMSR represents a step-change improvement in economics, versatility and functionality of nuclear power plants that is possible only with Generation IV technology. IMSR power plants will provide resilient, reliable, dispatchable, zero-carbon and cost-competitive electric power, as well as high-grade industrial heat for use in many industrial applications, such as chemical synthesis, hydrogen production and desalination, and in so doing extend the application of nuclear energy far beyond electric power markets. IMSR power plants have the potential to make important contributions to industrial competitiveness, energy security, and economic growth.