Want to join a fast-paced, rapidly growing team that is driving VMware’s initiative to make developers a first-class user of the datacenter? The Cloud-Native Apps (CNA) team works collaboratively across all product and business groups at VMware to build technologies that span the application lifecycle, from the developer’s laptop to the production stack, and will transforms how companies design, build and run Cloud-Native applications. We are seeking an experienced, energetic and self-driven product marketing manager with exceptional communication, project management, and content creation skills to help evangelize our vision and product direction. The ideal candidate will be familiar with DevOps, containers, open source software and cloud management solutions.
In this newly created role, you will work with high-performing, customer-driven team members who love what they do and you will get exposure to diverse product lines while working cross-functionally with several teams. This is a rare opportunity to get in on the ground floor and drive new products into the marketplace.
Responsibilities
•Create positioning and messaging that resonates with target markets and target personas
•Develop successful marketing campaigns to drive awareness and product sales.
•Create compelling marketing content to support go-to-market efforts including: web content, blog posts, social media channels, presentations, videos, customer case studies, demos, and training materials.
•Evangelize company and product with customers, industry analysts, press, and executives at venues such as VMworld, VMware User Groups, vForums and technology partner events
•Create and deliver sales enablement training for VMware field and partners
•Minimum of 2 to 5+ years of experience in software marketing
•Bachelors in business, computer science or engineering. MBA or equivalent work experience desired
•Must be able to synthesize and simplify complex concepts and turn them into clear and concise messages
•Exceptional analytical skills and strategic thinking. Demonstrated ability to develop creative/non-traditional solutions.
•Aptitude to quickly come up to speed on new technology concepts. Passion to evangelize disruptive new technologies.
•Excellent written and verbal communications skills.
•Self-starter and proven team player in a high achievement-oriented environment.
•Demonstrated ability to successfully work across business units and companies and with high-level executives
•Willingness to travel 10%-15% of the time
EEO Statement
VMware is an equal opportunity employer committed to the principles of equal employment opportunity and affirmative action for all applicants and employees. Equal opportunity and consideration are afforded to all qualified applicants and employees in personnel actions, which include: recruiting and hiring, selection for training, promotion, rates of pay or other compensation, transfer, discipline, demotion, layoff or termination. VMware does not unlawfully discriminate on the basis of race, color, religion, sexual orientation, marital status, pregnancy, gender identity, gender expression, family medical history or genetic information, citizenship, national origin or ancestry, sex, age, physical or mental disability, medical condition, veteran status, military status, or any other basis protected by federal, state or local law, ordinance or regulation. VMware also makes reasonable accommodations for disabled employees consistent with applicable law. Further, it is the policy of VMware to maintain a working environment free of all forms of harassment.
VMware provides software to help organizations build, run, manage, connect, and protect applications across public, private, and hybrid clouds. Its products cover the full stack: vSphere for server virtualization, vSAN for storage virtualization, and NSX for network virtualization, plus vRealize for cloud management and Carbon Black for security. These tools work by abstracting and pooling computing resources, enabling migration from on-premises data centers to scalable cloud environments and by using hyperconverged infrastructure that combines compute, storage, and networking in one system. What sets VMware apart is its integrated, end-to-end suite that connects compute, storage, networking, security, and cloud management across multiple cloud environments, with a strong focus on hybrid and multi-cloud deployments. The company’s goal is to help businesses modernize their IT infrastructure, improve security, and boost operational efficiency across diverse cloud environments.
Company Size
10,001+
Company Stage
Post IPO Equity
Headquarters
Palo Alto, California
Founded
1998
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Hackers exploit Palo Alto VPN flaw to bypass MFA and steal credentials from VMware disks. Ransomware operators are exploiting a Palo Alto Networks GlobalProtect VPN flaw to bypass multi-factor authentication and enter corporate networks. In one investigated case, attackers reached VMware management systems and stole credentials directly from a domain controller's virtual disk, avoiding security tools running inside the virtual machine. Palo Alto Networks Unit 42 detailed the activity in an October 19 threat brief update. Researchers linked exploitation of CVE-2026-0257 to Spikey Scorpius, also known as Qilin, and Tarnished Scorpius, also known as Inc. Separate public reporting connected exploitation to operators using Settra ransomware. Investigations ongoing since early June have covered healthcare, education, financial services, manufacturing, government, energy, and other sectors. The latest findings show how unauthorized VPN access can develop into credential theft, data theft, and ransomware deployment. GlobalProtect flaw bypasses MFA. The vulnerability affects GlobalProtect portals and gateways in certain PAN-OS and Prisma Access deployments. Exposure requires authentication override cookies to be enabled alongside a vulnerable certificate setup. Palo Alto Networks rates the flaw High, with a CVSS score of 7.8 and its highest suggested response urgency. Panorama and Cloud NGFW are not affected. Authentication override cookies let previously authenticated users reconnect without repeating the full login process. According to Rapid7's technical analysis, vulnerable devices decrypt these cookies but do not properly verify that a trusted system created them. If the cookie certificate is reused for a publicly exposed service, attackers can obtain its public key and forge a cookie. The gateway may accept that cookie as proof of authentication, allowing a VPN connection without the normal login and MFA checks. Cybersecurity News previously covered this GlobalProtect authentication bypass. After establishing access, attackers use remote monitoring and management tools to explore internal networks. They move between systems through Remote Desktop Protocol and Server Message Block, then prepare tools for credential harvesting, data theft, and ransomware deployment. The most notable case involved a move from the compromised VPN gateway to VMware's vCenter management appliance. Attackers then disabled the execInstalledOnly security control on ESXi hosts and used a custom tool to extract credentials offline from a domain controller's VMDK virtual disk. Unit 42 did not name the tool or provide its implementation details. Reading credentials directly from the disk bypasses endpoint detection and response controls inside the affected virtual machine. The approach targets the infrastructure beneath the operating system rather than relying on a credential-stealing program running within it. Cybersecurity News has also reported on VMware attacks involving detached domain controller disks. Unit 42 also observed attackers combining this initial access with tools targeting Veeam backup infrastructure through CVE-2023-27532. That separate flaw can expose encrypted credentials stored in the backup configuration database, potentially opening access to backup hosts. Defenders should examine GlobalProtect logs for successful gateway-connected events linked to suspicious sources and client details. Reported indicators include 104.207.144[.]154, 146.19.216[.]125, device names GP-CLIENT and DESKTOP-GP01, and host IDs aa:bb:cc:dd:ee:ff and 00:11:22:33:44:55. Earlier monitoring found that many probes did not establish full VPN sessions, making connection events important for investigation. Organizations should follow the Palo Alto Networks advisory and upgrade every affected portal and gateway. Temporary mitigations include disabling authentication override or generating a new certificate dedicated exclusively to override cookies. An EDR alert reveals an attack. But can it tell the full story? Discover how to reconstruct the attack timeline. The post hackers exploit Palo Alto VPN flaw to bypass MFA and steal credentials from VMware disks appeared first on cyber security News.
Broadcom to advance NTT DOCOMO's private cloud with VMware Cloud Foundation. Company's first 10-year VMware software agreement in Japan strengthens infrastructure Resilience and lays the foundation for next-generation services. October 19, 2026 21:00 ET | Source: Broadcom Inc. TOKYO, Oct. 19, 2026 (GLOBE NEWSWIRE) - Broadcom Inc. (NASDAQ: AVGO), a global technology leader that designs, develops, and supplies semiconductor and infrastructure software solutions, today announced that it has signed a 10-year agreement with NTT DOCOMO, INC. (DOCOMO) to continuously advance the private cloud that will underpin the company's digital services over the next decade. The agreement will enable DOCOMO to continue delivering reliable digital services to its customers amid a rapidly changing business environment, marked by the expanding use of AI and increasingly sophisticated cyberattacks. Since 2019, VMware, now Broadcom, has worked closely with DOCOMO to build and operate its private cloud with VMware Cloud Foundation (VCF) at its core. Building on this collaboration, the two companies will now align their long-term technology roadmaps to strengthen DOCOMO's service infrastructure. This is Broadcom Japan's first (1) 10-year comprehensive agreement covering licenses, technical assistance and maintenance support for VMware products (2), including VCF. Through this agreement, Broadcom will combine DOCOMO's operational expertise in large-scale infrastructure with its technology and engineering resources to further improve the continuity, security and delivery speed of DOCOMO's service infrastructure. With VCF at the core, Broadcom will drive technical collaboration and operational excellence across three focus areas: Continuous Service Availability Leveraging VCF, DOCOMO will strengthen its ability to rapidly upgrade and maintain systems without service interruptions. Unified management of servers, storage, and networking will enable flexible capacity expansion to support future service growth. In addition, autonomous placement and scaling of system resources based on usage will maintain stable service quality even during traffic spikes. VCF Forte Support, which offers Broadcom's highest-level service-level objectives (SLOs), will help sustain continuous system operations. Proactive Security and Resilience To counter increasingly sophisticated cyberattacks and emerging AI-driven threats, DOCOMO will further strengthen rapid and continuous security measures by leveraging VCF capabilities that enable timely patching, together with predictive anomaly detection. Continuous visibility across the entire system through VCF, combined with AIOps initiatives, will enable early detection of and rapid response to anomalies. Close engagement with dedicated Support Account Managers (SAM) and Technical Account Managers (TAM) will also enable DOCOMO to quickly incorporate the latest technologies and security measures. Accelerated Service Delivery By leveraging VMware vSphere Kubernetes Service (VKS), the native VCF Kubernetes runtime, DOCOMO will run virtual machines and containers on a common platform and use development and operations automation to streamline everything from environment provisioning to service delivery. Automating development, testing and release processes will enable new services and features to be rolled out in shorter cycles, allowing DOCOMO to respond quickly to evolving customer needs and market conditions. Building on this long-term agreement, Broadcom will embark on the evolution of DOCOMO's service infrastructure into a next-generation platform that will bring together virtual machines, containers and AI. Leveraging a VCF-based private cloud platform, the two companies will jointly drive the automation and advancement of AI-driven operations that are expected to contribute to further improvements in service quality and delivery speed. Broadcom will continue to collaborate with DOCOMO to ensure that its service infrastructure evolves through the flexible adoption of new technologies, in anticipation of future shifts in technology and the business environment, such as the expanding use of AI, new AI-driven threats, 6G and IOWN. Executive Comments Hiroshi Ishimaru, General Manager, Service Design Department, NTT DOCOMO, INC. "At DOCOMO, we are enhancing our service infrastructure to ensure the stability and security that allow customers to use our digital services with peace of mind, while enabling it to respond flexibly and quickly to changes in technology and the market." "VMware products have long been used across a range of our systems, and through this long-term comprehensive agreement, we will further strengthen our technical collaboration with Broadcom. Going forward, while maintaining the reliable delivery of our existing services, we aim to build a service infrastructure that delivers new value to customers more quickly and reliably, with an eye toward future technological advances such as the expanding use of AI." Paul Turner, Chief Product Officer, VMware Cloud Foundation Division, Broadcom "We are honored to continue to partner with DOCOMO, a company that supports Japan's social infrastructure and digital lifestyles, on a long-term initiative for the next decade." "Over the past seven years, we have built a strong technical collaboration, and this agreement takes that relationship further, reflecting our shared commitment to continuously enhancing DOCOMO's service infrastructure over the long term. With VMware Cloud Foundation at the core, Broadcom will provide a private cloud platform that runs virtual machines, containers, and AI workloads on a common foundation. Our engineering teams will work closely with DOCOMO's so the company can continue to deliver secure, reliable digital services quickly." About Broadcom Broadcom Inc. (NASDAQ: AVGO) is a technology leader that designs, develops, and supplies semiconductors and infrastructure software for global organizations' complex, mission-critical needs. Broadcom combines long-term R&D investment with superb execution to deliver the best technology, at scale. Broadcom is a Delaware corporation headquartered in Palo Alto, CA. For more information, visit www.broadcom.com. Notes and Company Information | (1) | As a 10-year comprehensive agreement in Japan covering licenses, technical assistance and maintenance support for VMware products, as of October 20, 2026. | | (2) | VMware products and related technical assistance and support covered by the agreement include: VMware Cloud Foundation, VMware Avi Load Balancer, VMware vDefend, VMware Tanzu Platform, Support Account Manager (SAM), Technical Account Manager (TAM) and VCF Forte Support. | | / | / | Media Contacts: Roger Fortier VMware Cloud Foundation Division, Broadcom +1.408.348.1569 [email protected]
Shared risks, collective action: ARC's doug Lemott on cyber resilience. Douglas "Doug" Lemott Jr.'s cybersecurity career has taken him from protecting the Marine Corps Enterprise Network to helping safeguard the financial systems Americans rely on every day. The domain has changed, but his sense of mission hasn't: disruptions can affect families, businesses and confidence in essential institutions. After 27 years as a Marine Corps officer and leadership roles at VMware and SAP National Security Services, Lemott now serves as head of cybersecurity programs and chief information security officer at the Analysis and Resilience Center for Systemic Risk. There, he brings institutions together to address a shared challenge: the cloud platforms, software and technology providers that connect them can also expose them to risks no organization can solve alone. In this Q&A, Lemott discusses turning collaboration into practical improvements in resilience, preparing for emerging AI threats, the mentors who shaped his career and why working on classic cars offers a welcome change of pace. Can you briefly describe your professional background and career progression? I have spent more than three decades leading technology, cybersecurity, and operational resilience initiatives across the military, government, and private sector. I served 27 years as a U.S. Marine Corps officer, ultimately leading large-scale cyber operations and the organizations responsible for protecting the Marine Corps Enterprise Network. I also advised senior Department of Defense leadership on cybersecurity, cloud modernization, artificial intelligence, and enterprise technology strategy. After retiring from the Marine Corps, I joined VMware, where I led cybersecurity and compliance initiatives across government, education, and healthcare. I later moved to SAP National Security Services, serving first as Vice President of Secure Cloud Engineering, Delivery, and Operations and then as Vice President of Security Operations and Deputy CISO. Today, I serve as Chief Information Security Officer and Head of Cybersecurity Programs at the Analysis and Resilience Center for Systemic Risk. The role brought together the major themes of my career: public service, cybersecurity, critical infrastructure protection, executive leadership, and collaboration across complex organizations. Why was this the path you chose, and how influential was it to your career? My path was shaped by a desire to serve and to contribute to missions larger than myself. I initially enlisted in the Marine Corps to develop discipline and earn the GI Bill, but an opportunity to attend the U.S. Naval Academy changed the trajectory of my life. It gave me an exceptional technical education, a foundation in leadership, and the confidence to take on increasingly complex responsibilities. Cybersecurity became a natural extension of that journey. Throughout my career, I have been entrusted with protecting networks, information, missions, and people. Each role reinforced the importance of disciplined execution, continuous learning, and calm decision-making under pressure. That foundation has influenced how I lead, how I assess risk, and how I align people, technology, and resources around mission outcomes. Absolutely. Although I no longer wear a uniform, I still view my work through the lens of service and stewardship. During my military career, I helped protect systems essential to national defense. Today, I help strengthen the resilience of critical financial functions that support economic stability and national security. The financial system touches every American. A disruption can affect families, businesses, markets, and confidence in our institutions. Protecting that ecosystem therefore feels deeply personal. The domain has changed, but the purpose remains consistent: safeguard critical infrastructure, anticipate consequential risks, and help institutions remain resilient when the stakes are highest. What are your current top priorities and responsibilities? How do these relate to ARC's overall mission and growth strategy? My responsibilities span two complementary areas. Internally, I oversee ARC's cybersecurity strategy, technology infrastructure, governance, and secure collaboration capabilities. Externally, I lead cybersecurity programs that bring member institutions and technology partners together to identify, assess, and reduce systemic cyber and technology risk. Our priorities include operationalizing ARC's Cybersecurity and Technology Risk Framework, advancing sector-wide risk identification, addressing software supply-chain and third-party dependencies, and helping member institutions prepare for emerging risks associated with frontier AI and sophisticated nation-state actors. These priorities directly advance ARC's mission. Our value comes from convening institutions around risks that no single organization can solve independently and translating collaboration into measurable improvements in resilience. Where do you and your team see growth opportunities, and what do you anticipate will be your customers' top pain points? The greatest opportunity is to move systemic cyber risk management from periodic discussion to sustained, operational collaboration. Dependencies on shared cloud platforms, software components, technology providers, and AI ecosystems create efficiencies, but they can also create concentrated risks that propagate across institutions. Key risk areas include limited visibility into upstream dependencies, third- and nth-party concentration risk, rapid AI adoption, the accelerating pace of vulnerability discovery, and the challenge of coordinating action across highly regulated organizations. The opportunity is to provide common risk taxonomies, trusted information-sharing mechanisms, actionable frameworks, and scalable pathways that allow institutions to respond collectively while preserving their individual governance responsibilities. How are you and your team planning to address and prepare for these opportunities? We are focused on converting strategic frameworks into repeatable and measurable action. That includes strengthening governance through the CISO Committee and supporting working groups, developing a sector-level cybersecurity and technology risk register, and concentrating resources on initiatives with clear member sponsorship and measurable resilience outcomes. We are also expanding engagement with technology providers and government partners, improving shared threat intelligence and risk visibility, and developing the team capacity needed to sustain these programs. Our objective is not simply to produce analysis. It is to create trusted operating models, practical implementation pathways, and durable partnerships that help members manage interconnected risks at scale. How important are mentorship and networking? Were they influential to your career? Mentorship and networking are essential because the most difficult challenges cross organizational and sector boundaries. Technical expertise matters, but trusted relationships often determine whether leaders can align stakeholders, exchange insights, and turn good ideas into action. Mentors have been enormously influential throughout my career. They challenged me to exceed my perceived limitations, expanded my perspective, and advocated for me when opportunities arose. Networking also helped me navigate the transition from military service to industry and understand new business environments without losing my sense of mission. I now consider it a responsibility to pay that investment forward by mentoring veterans, emerging cybersecurity professionals, and future leaders. What is something most people do not know about you personally? Most people do not know that I enjoy working on classic cars. It gives me an opportunity to step away from the digital environment and solve problems with my hands. I also make family time and physical fitness priorities, whether that means watching my children pursue their interests, taking a road trip, sharing a quiet dinner, or getting in a workout. Those activities help me recharge, maintain perspective, and return to the mission with greater clarity. Staff Writer WashingtonExec celebrates the people, programs, and milestones shaping the Washington, D.C. government contracting community. Join 30,000+ leaders who start their day with The Daily. Our latest executive profiles, council news, and GovCon headlines - every morning.
Broadcom introduced VMware HyperArmor on October 13, 2026, a software tool that protects the VMware ESX hypervisor in VMware Cloud Foundation from cyber attacks. It requires no downtime, software upgrades, or agents inside guest virtual machines. HyperArmor targets stolen root credentials and unpatched vulnerabilities, the two causes of most hypervisor attacks. It supports ESX 8.x and later. The tool offers three protections: virtual patching that blocks malicious actions before flaws can be exploited, a baseline that blocks unauthorised executables and scripts, and multi-factor authentication on SSH logins. "Reactive detection and patching are no longer enough," said Paul Turner, Broadcom's chief product officer for the VMware Cloud Foundation Division. HyperArmor allows only what is "known good" to run on the host.
VMware has launched HyperArmor, an add-on for VMware Cloud Foundation (VCF), to help customers cope with a flood of patches. The company recently moved to monthly software updates, partly to fix bugs found using AI. Prashanth Shenoy, vice president of product marketing in Broadcom's VCF division, said users struggled to keep pace because patches take time to test. They need "room to breathe," he said. HyperArmor does three things: it blocks attempts to exploit vulnerabilities without changing the software, rejects unapproved changes to known good states in VCF, and adds multi-factor authentication to guard the ESX hypervisor against stolen privileged credentials. Broadcom's Symantec and Carbon Black security businesses built the product.