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We are looking for experienced FPGA Engineers to lead innovation in the next generation space connectivity technology.



What you will be doing​

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Design and manufacture systems including ICs by RS and SoC type FPGAs

Design and implement high-speed digital signal processing algorithms.

Design for highly robust, distributed systems with emphasis on managing physical effects that originate from the harsh space environment.

Implement DSP algorithm on SoC type FPGAs.

Key contributor to Digital, Modem architecture and design.

Lead technical reviews with key stakeholders.

Work closely within a multi-disciplinary team to lead high-impact technical decisions about system design, implementation, and verification.

Were looking for an R&D Technical Communications Lead who can translate complex technical concepts into engaging, accessible stories for a range of audiences, including the CEO. This role sits at the intersection of R&D, design, and marketing, and plays a critical part in shaping how our technology is understood, adopted, and trusted.
Youll work closely with engineers, product managers, Data Scantiest, and business stakeholders to craft narratives that explain what were building, why it matters, and how it works without losing accuracy or clarity.
The Responsibilities
Transform complex technical concepts into clear, compelling stories for technical and non-technical audiences
Create content such as product narratives, technical blog posts, whitepapers, demos, presentations, and documentation
Partner with engineering and product teams to deeply understand systems, architecture, and workflows
Develop end-to-end narratives that connect customer problems, technical solutions, and business value
Support launches by crafting messaging, visuals, and storytelling assets
Ensure technical accuracy while maintaining clarity, simplicity, and engagement
Adapt tone and depth based on audience (developers, executives, customers, partners)
Contribute to a consistent voice and storytelling framework across the company.

As a Malware Researcher, you will analyze and reverse engineer malware and tooling used by advanced threat actors, particularly those targeting governments and critical infrastructure. You will apply deep expertise in binary and script analysis to uncover capabilities, configurations, and C2 infrastructure for threat actor attribution and mitigations.
Your work will power our companys malware catalog, strengthen our understanding of threat actors technical capabilities, and directly support the development of next-generation AI-driven "artificial cyber researchers".
The Responsibilities
Perform in-depth static and dynamic analysis of malware, implants, loaders, and related tooling used by APTs and other sophisticated adversaries.
Reverse engineer binaries and scripts (e.g., PE, ELF, .NET, PowerShell, JavaScript/VBA) to determine capabilities, execution flow, persistence mechanisms, and evasion techniques.
Extract and document configuration data and C2 information, and map these to campaigns, infrastructure, and threat actors in collaboration with CTI researchers.
Develop and maintain detection and hunting artifacts such as YARA rules, VT LiveHunt queries, CAPA rules, and sandbox behavior signatures.
Work closely with CyberAI researchers on the development of next-generation artificial cyber researchers and AI-driven analysis capabilities.

In this job you will need to design, lead, develop, complex and versatile software solutions. This includes technical leadership and working closely with other stakeholders in the organization such as system engineers. You will need follow through from concept to product along with hands on hands-on coding and supporting complex integrations of the various parts of the system. We offer a challenging and most interesting technological domain with many SW technologies, algorithms, and a wide SW stack.



Responsibilities
Lead and implement complex software features in an embedded Linux environment
Develop, debug, and maintain kernel-level .
Own the software integration of multiple system components
Collaborate with system, hardware, and other teams
Take responsibility from design through delivery, including hands-on coding
Write technical documentation and design specifications
Deep knowledge with HW architectures, OS implementation details and HW-SW partitioning.

Were building the next generation of autonomous cybersecurity technology - systems that think like attackers to continuously uncover security gaps in enterprise environments.
As a Senior Engineer in our Attack Simulation Platform team, youll design and build the engines, data models, and intelligent agents that simulate advanced adversaries across large-scale networks. Youll combine strong software-engineering skills with deep security intuition to create systems that mirror human attacker behaviour and discover real weaknesses before attackers do.
The Responsibilities
Design and build AI-driven agents that emulate adversarial behaviours such as lateral movement, privilege escalation, and persistence.
Develop core simulation and orchestration components in Go (primary language) and integrate with in-house AI models.
Model and simulate attack paths across complex enterprise environments (identity, endpoint, network, and cloud).
Collaborate with red-teamers, researchers, and data scientists to translate threat intelligence and real attack TTPs into executable logic.
Contribute to architecture decisions, scalability, and performance optimization for distributed simulations.

We are looking for experienced RF engineer to lead and innovate.


What you will be doing​

Design state-of-the-art space RF frontends.
Own the RF systems design, including specifications, component selection, design implementation and verification.
Lead technical reviews with key stakeholders to analyze system and RF design approaches
Work with cross functional teams to define HW-SW interfaces and manage dependencies
Work closely with System HW and validation engineers to define analog-digital specifications, interfaces calibration, verification, and production processes
Work closely with antenna vendors to define antenna-RF specifications, interfaces, and verification process
Escort the integration and validation process and lead its RF activities
Work closely with spacecraft integrators to prove the design and its interfaces

We are looking for a motivated Manufacturing Technology Engineer to join our team and take part in developing and launching advanced space-grade electronic systems. In this role, you will act as the bridge between design and manufacturing-ensuring that new products are optimized for production, testing, and long-term reliability. You will collaborate closely with R&D and Operations teams to support new product introductions, from early design through prototype and mass production phases.

The ideal candidate is a hands-on problem solver with strong system-level thinking and a passion for delivering high-quality, dependable products for challenging environments. Come explore space with us!



What you will be doing

Provide DFM (Design for Manufacture), DFT (Design for Test) and DFR (Design for Reliability) inputs on Electronic and Electro-Mechanical designs.
Prepare plans for NPI projects in the company and ensure smooth and optimized product introduction into manufacturing of prototype builds.
Obtain and coordinate manufacturing documentation/deliverables for NPI
Support operation department in mass production processes, including onsite technical support abroad.
Participate in parts stress analysis and parts selection reviews, ensuring radiation tolerance, temperature rating, and environmental robustness.
Contribute to reliability predictions analyses for electronic assemblies.

The ATE Engineer is responsible for working with engineering teams to develop the ATE testing stations. We are seeking a highly experienced ATE Hardware and SW Engineer with a strong background in RF, digital, and system-level testing. This role requires deep hands-on knowledge and the ability to design, develop, and support advanced test equipment for complex electronic systems used in production environments.

What will you do:

Design and develop Automated Test Equipment (ATE) for RF, digital, and mixed-signal products at board and system levels.
Collaborate with R&D and manufacturing teams to define and implement test strategies and solutions.
Analyze and understand system schematics, block diagrams, and interface requirements to create robust and reliable ATE.
Support production lines by troubleshooting test failures and optimizing test processes for yield and throughput improvements
Interface with software and firmware teams to integrate hardware with control and automation systems.
Evaluate and select test instruments, fixtures, and measurement techniques based on product specifications.
Maintain documentation for test systems, including design files, calibration procedures, and troubleshooting guides.
Train technicians and engineers in ATE operations and maintenance.

Were looking for a Senior Backend Engineer to join our Detection group. Be a significant part of the development of infrastructure that efficiently handles, processes, and stores vast volumes of data. Youll design and evolve core backend and build scalable, high-performance backend system that enables our company's real-time threat detection platform and find state-sponsored attacks.
The Responsibilities
Design and develop complex, large-scale backend systems that efficiently handle, process, and store high volumes of data.
Own backend architecture end-to-end, from early design decisions to production rollout and long-term evolution
Translate business and technical requirements into clear backend architecture and detailed implementation plans, with strong focus on design quality, maintainability, reliability, and performance.
Collaborate closely with cross-functional teams (Product, Data, DevOps, Security) to deliver robust backend and data-processing capabilities.
Build resilient, production-grade systems and drive modern engineering practices, leveraging cloud technologies.
Debug and resolve complex backend issues using strong analytical and problem-solving skills.
Lead technical initiatives, drive best practices, and raise the bar for engineering quality.