Part of Incubation and Disruptive Innovation org., business unit level product security expert, leading security research, security assessment, security architecture, threat modeling, security standards workshops, leading security code reviews and security design reviews, designing robust security architecture and doing cyber security analytics and research at platform and system level. Security testing, automation, HaT, pen-testing and fuzzing. Owning security processes enhancements, security development lifecycle (S-SDLC), security training, mindset and best practices across organization. Contribute to organization secure development guidelines and security standards at corporate level. Developing security tools, leading security innovation initiatives and part of Intel security patents committee.

Scope of work: IP portfolio management, filing decisions on invention disclosures submitted by Intel employees, organize and run idea harvesting and Think Tank sessions and provide guidance to inventors with their invention disclosures. Mentor inventors in group and one-to-one sessions, advise to Intel's Intellectual Property Group on training related areas. Lead harvesting and innovation in Security, System, SW, Architecture domains.Accomplishments: reviewed 1000+ pre-patent drafts to date and provided written feedback and filing decisions to inventors. Train inventors, lead patent trainings for different teams.

Technology mentoring for early stage start-up. Among companies I mentored: @Oligo Security, @Briya, @OxEye, @Flow Security, @Crypto Quantique, @Clarity

Co-flounder of an innovative leading Cyber startup focusing on Server-less Security. Developed core product, research the industry trends and ecosystem threats. Lead PoC with customers and partners.

Managed the Database Security SW Engineering group. Developed Database Activity Monitoring (DAM) and Database Vulnerability Manager (DVM) security solutions. Responsible for building the new age of the DB Security products, which provides real-time reliable protection for business-critical databases across all known threat vectors. DB security supporting SQL and no-SQL DBs, on premise and in the cloud including DBaaS. DAM use an autonomous memory-based sensor implementation effective across both physical and virtual environments. Lead and manage a development group built from three elite SW Engineering teams. Products development mostly in C\C++ supported on Win\​Linux\Unix (cross OS) and in Java. Hands on, architecture, design, code reviews and troubleshooting, Lead POCs and joint development programs with customers, partners and main cloud providers.

Lead and manage a SW\​FW Engineering group (5 teams, ~25 people) responsible for development of Intel internal and external products providing automation systems, enterprise tools and infrastructure for different Intel technologies like AMT, Manageability Engine, Security ,Integrated Sensor Services, Thunderbolt and other top of the edge Intel's hard IPs used by FW,SW, Validation groups and Intel external customers. Lead, coach and develop SW engineers for developing standalone applications, tools and SW based automation environments. Interface with other Intel business units and key customers to ensure on time delivery under projects’ constrain (technical, head count allocation, estimations, ROI, customer management, product management, external dependencies etc.).C#\​C\​C++ development for Win\​Linux\​Android using SCRUM methodology.

Lead vPRO R&D SW team. Development of multiplatform host services and manageability applications for next Intel(R) vPro Technologies. Responsible for manageability features design and development during the whole PLC process. Work with HW, FW, localization, installers, planning, legal and marketing teams developing Intel® Active Management Technology (Intel® AMT) capabilities embedded in Intel-based platforms that enhances the ability of IT organizations to manage enterprise computing facilities. Intel AMT operates independently of the platform processor and operating system. Remote platform management applications can access Intel AMT securely, even when the platform is turned off, as long as the platform is connected to line power and to a network.

Lead the Wireless and Infrastructure development team - develop enterprise applications for the development environment and manage various Windows/Unix and storage related software projects focused on security and manageablity. Own the wireless development field - project manager responsible of all mobile development projects and of introducing new technologies like RTLS and WPS, to the production environment.

Layer7 protocols security researcher - research and development of exploits and vulnerabilities, developing and implementing mitigations for them. Developed various features for the FW and InterSpect products. Development of Unified Threat Management (UTM) solution, integrating into a single system Firewall, Anti-Virus, Web Filter, and Anti-Spam.Developed a protocol parser and analyzer for various network protocols used today.C/C++;Kernel & User mode development on Linux; SMTP/POP3/IMAP/FTP/TFTP; Exchange SMTP; TCP/IP; Networking.

Lead and work on two major projects: wearable computer and autonomic vehicle systems.Autonomic vehicle: developed several modules related to motion and location and data received from the robots. Parsed several GPS protocols, implemented five server client applications used to monitor, control and receive data from the autonomic cars.Wearable computer: design and build a whole HW/SW system of wearable computer. Develop several applications used for communicate between clients and a centralized server. Lead a team of four developers and perform project management tasks.Developing applications for hand-held devices in .NET environment (C#, C++) and embedded C++, COM, ASP.NET,SQL, ODBC, TCP/IP. Writing programs for local communication via RS232.Writing programs for communication between hand-held devices and PC via Bluetooth and WiFi.

The Cvidya was a startup focused on Data Mining field. I developed and implemented several of newest algorithms on the Data Mining field on that period. Implemented features that allow manipulate the row data and implement a multi threaded environment for the data processing tasks.Java, multi-threading, Linux and Oracle DBs