Software Engineer, C/C++ (Cloud/Networking)

Job Description:

We are Omnissa!  
 
Omnissa is the first AI-driven digital work platform, built to support flexible, secure, work-from anywhere experiences. We integrate industry-leading solutions—including Unified Endpoint Management, Virtual  Apps and Desktops, Digital Employee Experience, and Security & Compliance—into a seamless, autonomous workspace that adapts to how people work. Our platform boosts employee engagement while optimizing IT operations, security, and cost.  
 

Guided by our Core Values—Act in Alignment, Build Trust, Foster Inclusiveness, Drive Efficiency, and Maximize Customer Value—we’re growing rapidly and committed to delivering meaningful impact. If you're passionate about shaping the future of work, we’d love to hear from you. 

At Omnissa, we are committed to maintaining a fair, consistent, and secure hiring process for all candidates. As part of this approach, we use standard interview and verification practices designed to ensure alignment and protect both candidates and the organization. These practices are applied thoughtfully and with respect for candidate privacy. 

What is the opportunity:

About the Team

The Blast Networking Team is responsible for enabling the networking layer of Blast Protocol. The team works closely with the data collection side of Blast, which gathers display, audio, and other plugin-based data such as CDR, USB, printer, scanner, and geolocation information. On the networking side, we establish and manage the required connections, adapt to varying network conditions, and help ensure seamless delivery of data to its consumers on the client side.

Role Summary

We are looking for a Senior Engineer with strong cloud expertise to join the Blast Networking Team. In this role, you will contribute to high-impact upcoming projects focused on redesigning how Blast connections are established between client and server in cloud deployments. You will help shape technical direction, collaborate across teams, and drive improvements to critical networking and connectivity capabilities.

What You Will Do

• Drive the design and implementation of cloud networking solutions for Blast Protocol.
• Contribute to the redesign of client-server connection establishment for cloud deployments.
• Work on customer-facing technical challenges involving networking, connectivity, and reliability.
• Collaborate across teams on design discussions, implementation planning, testing, and rollout.
• Develop and maintain automation frameworks and workflows to support engineering efficiency.
• Participate in technical reviews and help ensure quality, scalability, and long-term maintainability.
• Help modernize and improve legacy technology stacks where needed.
• Apply cloud-native and container-based approaches to solve complex platform problems.

What You Will Bring

• Minimum of 4+ years of experience in designing and coding in C or C++
• Strong expertise in transport-layer networking, with deep knowledge of TLS, TCP, and UDP.
• Solid understanding of client-agent connection architectures in cloud deployments.
• Hands-on experience with WebRTC.
• Preferred experience with STUN, TURN, and related connectivity technologies.
• Ability to design innovative technical solutions for customer-facing problems.
• Strong problem-solving skills for complex networking and connectivity issues.
• Experience collaborating across teams on design, implementation, and testing.
• Experience writing and maintaining automation frameworks.
• Familiarity with GitHub and GitHub Actions/workflows.

Preferred Qualifications

• Master’s Degree in Computer Science/Computer Networking and/or relevant professional experience.
• Exposure to Cloud Networking with Wireshark and Debuggers.
• Experience with AI tools or AI-assisted development workflows.
• Experience with containerization technologies such as Kubernetese and Docker.
• Familiarity with scalability and reliability engineering.
• Background in cloud-native architecture.
• Experience improving or re-architecting legacy technology stacks.

Location:  Mountain View, CA
Location Type: hybrid
Travel Expectations: None 
Education: Bachelor's Degree or equivalent combination of education and relevant professional experience.

Compensation: The typical base salary for this role is between USD $150,825– $201,100 per year and it may be eligible for participation in a corporate bonus program. Actual compensation offer may vary from posted hiring range based upon geographic location, work experience, education, skill level, or other relevant factors. In addition to competitive compensation, Omnissa offers a variety of benefits such as employee ownership, health insurance, 401k with matching contributions, disability insurance, paid-time off, growth opportunities, and more.

Omnissa is an Equal Employment Opportunity company and Prohibits Discrimination and Harassment of Any Kind:  
Omnissa is committed to the principle of equal employment opportunity and to providing a work environment free of discrimination and harassment. All employment decisions at Omnissa are based on business needs, job requirements and individual qualifications, without regard to race, color, religion, ancestry, ethnicity, national, social or ethnic origin, sex (including pregnancy), age, physical, mental or sensory disability, HIV status, sexual orientation, gender identity and/or expression, marital, civil union or domestic partnership status, past, present, or prospective service in the uniformed services, family medical history or genetic information, family or parental status, veteran status, or any other status protected by applicable laws or regulations in the locations where we operate. Omnissa will not tolerate discrimination or harassment based on any of these characteristics. Omnissa welcomes applicants of all ages. Omnissa will provide reasonable accommodations to applicants and employees who have protected disabilities consistent with applicable federal, state and local law. 

This job requisition is not eligible for employment-based immigration sponsorship by Omnissa.