Focus on European markets on the strategy, architecture, design, implementation, and operational organization of sovereign/purpose-built clouds and cloud computing applications.

Cloud of Clouds is an open source project building a theoretical model of hyper distributed cloud computing based on the product and technology of Composure.ai and Mosaixsoft. The project uses AI, blockchain, and field theory to build a universal cloud fabric that can interoperate securely with proprietary cloud infrastructures and has implemented dynamic optimization and control for any measurable set of metrics, demands and execution goals.

Ximpatico - www.ximpatico.comCutting edge AI company founded by exceptional AI scientists and engineers and seed funded by a world class VC institutionBy using Imitation Learning technologies addressing non-Markovian and multimodal behavior, Ximpatico is proving that machines can learn with a minimum amount of data, without writing code for new tasks and by using cloud computing. Discovering untapped exceptional talent, helping it to receive funded and be successful is an amazing adventure. If you are interested to learn about Ximpatico technology, please watch this video from UC Berkeley:

Neurothink's vision is to remove complexity from AI/ML by providing industry-leading compute and virtualization resources in a secure, customizable and automated workflow.

Startup building data centers for crypto mining funded by Generate Capital, National Grid Partners, Marathon Digital Holdings, etc. - Business strategy advisor for founders (2020)- CTO - Essential contribution to the $385M C round of funding - Elaborated and implemented the current product strategy: hybrid cloud (Outpost + Anthos) for AI and blockchain, optimized distributed computing (ODC) in conjunction with intelligent control of electrical power across multiple data centers.

Composure.ai is a pioneer of spatial (multi-plane) optimization for hyper-distributed heterogeneous clouds with F500 customers in USA & Europe. It built the first multi-dimensional optimizer to control multi-clouds (core/edge, private/public/hybrid). Carl LehmannTo manage data and logic placement across distributed architecture, the HDCC control plane needs to be able to answer the question, ‘Under which conditions do I put a specific distributed workload (data/logic) on a specific part of a distributed architecture?’ For example, in the case of core/fog/edge IoT architecture, the issue is how to intelligently and dynamically choose and shift where logic is computed (i.e., in the core [cloud], in the fog [nodes], on the edge [devices]), and how to minimize data in motion. Do I move the logic to the data or the data to the logic? Such decisions require detailed analysis of many complex variables beyond just cost. We are aware of one venture-backed startup that is an early pioneer in such technology.Composure.ai set out to solve the problem of workload placement across highly distributed systems. It looks at all the workloads, systems and devices that constitute an HDCC architecture as one logical computing system. But intelligently determining where to place workloads and whether to move data to logic or logic to data is extraordinarily complex because there are so many potential options and decisions. ... Its Composer, Knowledge Analyzer and Optimizer offerings use graph-based knowledge modeling, natural language search and machine learning for load predictions to determine the best execution venue for workload, logic and data placements. Its modeling and analytics capabilities go beyond the somewhat static analysis of current cloud management platforms and first-generation HDCC control planes. Composure.ai looks more broadly at n-dimensional resources and relationships in what it refers to as poly-dimensional optimization to include many other variables,

Multicloud computing start-up company funded by Lightspeed Venture PartnersFounder of the company: created the vision, business plan, hired an exceptional team, managed finance, product, engineering, operations, customer support.Funded the company with $16.5M Mosaixsoft has designed and implemented a distributed operating system which is based on a N-dimensional abstraction model of heterogeneous multi/hybrid clouds, exposes them to applications as one single logical computing system and optimizes in real time large scale workloads, across multiple clouds Mosaixsoft has been considered as an "early pioneer of hyper-distributed cloud computing"

Advisor to two CEOs for strategic business opportunities and cloud transition. Symmetricom was successfully acquired by Microsemi with a 50% premium increase of its market cap.

Managed the worldwide divisions of product management, software engineering, product development and technology strategy of SunEdison.Pioneered the concept of Solar Cloud/Solar PaaS with plug-and-play edge processing nodes, and cloud Big Data applications, commercialized as SaaS.Defined the strategy and managed the implementation of the most comprehensive line of cloud services in the solar industry (SunEdison's "Internet of Things") during a period of tremendous growth with revenue increasing from $300M to $2B. Promoted the concept of Solar Internet as essential cloud software fabric for the next generation of Smart Grid (Intersolar Conference, 2012) and The Internet of Things.

Enphase, is the "Apple of solar energy", one of the new stars of Nasdaq, a $30B-$50B market cap public company with $3B+ yearly revenue. It was a pre IPO high growth Unicorn startup, focused on innovation and mass production of embedded and smart consumer micro-electronics systems (Internet of Things), delivery of real time cloud services (real time SaaS) using big data/virtualized cloud computing for acquisition, processing, monitoring, controlling and optimization of large scale systems (millions of devices/users). - Delivered the first commercially viable micro-inverter in the industry. Enphase is the inventor of micro-inverter. - Created, on AWS , one of the first large scale (+ 20 Million data acquisition points), real time data acquisition SaaS for edge devices, in the industry.- Early pioneer (inventor) of AC energized PV modules (2009) - microinverters are miniaturized into a semiconductor chip-set built into the solar PV modules (see the press release with Westinghouse)NEW YORK (MarketWatch), March 2012 — An initial public offering from Enphase Energy Inc. (ENPH) rose 22% Friday..BUSINESS WIRE, August 2012-- World Economic Forum today announced that Enphase Energy, Inc. (NASDAQ: ENPH) has been recognized as a 2013 Technology Pioneer. Enphase is one of 23 pioneering technology companies recognized this year by the Forum for innovation and leadership.

Packeteer is a provider of wide area network (WAN) Application Delivery systems designed to provide a set of visibility, control, compression, application acceleration and branch office service capabilities to enterprise customers and service providers. Co.'s product family includes PacketShaper, SkyX.Created and delivered a new line of products: iShared , IShaper, Intelligent Center and Mobiliti Client products intended to be deployed within large data centers, as well as smaller branch office sites and software clients. IShaper was the first Branch Office in a Box system in the industry.Business Week, Jan 27 2006""Along with the strong fourth quarter results, [Alex] Henderson notes that the management also made a convincing case for its technology leadership and added a strong new Engineering VP. ... The analyst also ups a $9.25 target to $16." Citigroup (Smith Barney), April 20, 2006, PKTR company report."PKTR Strong quarter with solid estimates - raising estimates....We think highly of the new engineering VP and believe he is going to expand the size and scope of the R&D efforts."Infoworld, April 3, 2008"Packeteer iShaper is the new king of CIFSPacketeer's combination WAN accelerator and traffic shaper is second to none in speed of CIFS transfers, and among the leaders in overall performance"http://www.infoworld.com/t/networking/lab-test-packeteer-ishaper-new-king-cifs-942Packeteer (NASD:PKTR) merged with Bluecoat (NASD:BCSI)

- Managed Engineering, Operations and Customer Support- Contributed to the close of two rounds of funding,- Delivered the first commercial version of the cloud operating system and large scale, parallel processing engineCloudShield is a leading supplier of DPI based network security solutions to national governments and service providers. Customers include the U.S. and other governments, North/South American, European, and APAC security agencies and leading service providers..In a world of closed, fixed-function networking equipment, CloudShield's platform is the exception: an open, scalable, general-purpose software solution running the industry's broadest array of network security applications. The high-performance CloudShield platform is a breakthrough on several fronts. It brings open programmability, cost-effectiveness and efficiency to cloud operations, as well as a new level of traffic visibility, control and optimization. The revolutionary CloudShield Packet Operating System (CPOS) is an open, real-time network operating system focused on security applications. CPOS enables cloud virtualization of multiple cloud key applications, including McAfee® Network Threat Response™, DNS Defender™ and CloudSentry®. SAIC, an S&P 500 company (NYSE: SAI) acquired Cloudshield

CPlane (Control Plane) Technologies, Inc. is a software company delivering a service network control platform that empowers service providers with the ability to automate the creation of revenue-generating services, while optimizing the delivery of content and traffic across a multi-vendor, multi-technology network infrastructure. This is implemented by virtualizing network elements and creating a hardware agnostic software fabric.Created the business plan, vision and built the team. Led 2 rounds of investment of +$40M CPlane pioneered, designed and implemented a precursor of Software Defined Networking concept, having research roots from Bell Labs and Cambridge University.

Managed the Network Infrastructure and IP Platforms Division; Responsible for product management, definition, architecture, implementation and solution delivery of AT&T’s next generation of IP network infrastructure, OSS platforms and applications: multimedia applications (VoIP and video-streaming), secure universal messaging, QoS and bandwidth management, AAA security.Pioneered and evangelized the concept of Open Programmable Networks, a precursor of Software Defined Networking and Network Virtualization - Dr. Nelu Mihai (AT&T West Labs), "Geoplex: An Open Service Platform", Keynote Address. Proc. 5th Workshop on Open Signaling for ATM, Internet and Mobile Networks, Toronto, October 5-6, 1998.Geoplex project from Bell Labs and AT&T Labs was, very likely, the first working cloud computing architecture in the history of computer science.

- Architected, designed, implemented and tested (one man show :-) ) VRTXmc, a real time micro-kernel for embedded microprocessors, capable of running on systems with 256 Bytes (yes bytes) of RAM and 4 KBytes of EPROM with 16 threads. - What was supposed to be a minor project, ended up in being probably one of the most ubiquitous real time kernels ever deployed in the history of high tech industry: more than a billion of embedded devices. -- Used by Motorola and Samsung in their wireless phones for around 12 years.From Wikipedia, the free encyclopedia: (Redirected from VRTXmc, designed and implemented in 1992)Versatile Real-Time Executive, Ready Systems"....VRTX comes in two flavors: VRTXmc (micro-controller) for small systems requiring minimal memory use and VRTXsa (scalable architecture) for full operating system features. Most companies developing software with VRTX use ARM, MIPS, PowerPC or other RISC microprocessors.VRTX runs the Hubble Space Telescope.VRTXmc is used as a core for the Motorola proprietary P2K operating system, which runs on most company devices since the Motorola V60 and T280i, up to the Motorola RAZR2 V9x. It runs on several hardware platforms including LTE (Motorola V300, V500, V600, E398, RAZR V3 and others featuring the ARM7 processor), LTE2 (Motorola L7 and upcoming devices with 176x220 screen resolution), Rainbow POG (3G phones featuring an MCORE processor from Motorola E1000 to RAZR V3x), Argon (all new 3G phones with 532 MHz ARM11 processor since Motorola RAZR maxx V6 and V3xx) and others."

Invited ResearcherEuropean Nuclear Research and High Energy Physics InstitutesWorked at CERN, University of London and GSI Darmstadt in the area of design and scalability of large distributed and parallel systems for Big Data acquisition applications, design of real time distributed kernels, and operating systems with application for the famed Large Hadrons Collider at CERN.Ph. D. thesis in Computer Science with focus on distributed real time micro-kernels and operating systems.

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