Making AI accessible to all by empowering real-world AI applications
A New Approach to AI
As artificial intelligence becomes part of the fabric of daily life, deploying AI at scale is one of the biggest technical challenges of the computing industry. NeuReality’s purpose-built AI computing system architecture is designed specifically for the increasing complexity and scale of AI inference applications, enabling the scale of real-life AI applications.
This AI-optimized system creates a multiplier effect, lowering TCO by cutting capital costs, reducing energy consumption and shrinking the data center footprint. NeuReality’s architecture provides full support of available AI frameworks, providing high levels of flexibility to deploy seamlessly and adapt to any multi-tenant cloud environment or networking protocol.
The solution also reduces the dependency on CPUs, NICs and PCI-switches and moves simple but critical data path functions from software to hardware. The applications of this revolutionary infrastructure include a new server class, cloud-aware virtualized SDK, AI-Server-on-a-Chip, and a disaggregated approach that enables ultra-scalability.
Moshe Tanach
Founder & CEO
Tzvika Shmueli
Co-Founder & VP Operation
Yossi Kasus
Co-Founder & VP VLSI
Lior Khermosh
CTO
Ester Koilis, PhD
Director of AI
Paul Rietze
VP Business Development & Sales
Rami Cohen PhD
Director of Software
Fredy Rabih
VP Product
Mileend Gadkari
VP Sales
Gonzalo Martinez De Azagara
Board Member
Eli Nir
Board Member
Naveen Rao, PhD
Board Member
Ezra Gardner
Board Member
CJ Bruno
Board Member
We make AI accessible to all by delivering revolutionary AI-optimized infrastructure to make the world a safer, cleaner, and smarter place for everyone.
NeuReality is a semiconductor company creating the next generation of AI-Centric computing system architecture, designed specifically for the growing complexity and scale of real-life AI applications. NeuReality’s innovation allow customers to easily scale their AI usage while significantly cutting costs, lowering energy consumption and shrinking the data center footprint.
NeuReality is a young company with the vision to make AI accessible to all innovators by empowering their efforts to cure diseases, improve public safety and bring innovative AI-based ideas to fruition.
Come join us to make the world safer, cleaner, and smarter using AI technology.
We’re looking for a senior VLSI Design Engineer with high expertise in developing designs for complex SoC devices, from arch/uarch definition to coding and verification. Understand the full design, system view and SW integration requirements. Responsible also for block level synth, lint, integrating and supporting DFT structures.
About us:
Our group is responsible for the development of NeuReality next generation SoC for AI Compute. The development starts from product definition through architecture, design, verification and up to implementation.
The complex SoC is a high-performance device running AI compute for vision and audio processing, with technologies from multi-disciplines.
5+ years of experience- Must
• BSC/MSC in Electrical/Computer engineering from research universities.
• Experience in defining uarch and design of complex design units
• SoC design experience.
Advantages:
• Leading VLSI teams/projects.
• CPU subsystem & Multi – core designs experience.
• Experience with Synthesis and STA analysis.
• Experienced in Networking architecture and protocols (Ethernet, TCP/IP, RDMA).
We are looking for an experienced VLSI chip architect with experience in the definition and design of complex SoC solutions who is able to drive detailed definition from architecture down to micro-architecture.
If you are a team player who is looking to make an impact and define a new SoC from scratch this is the time to join us at NeuReality as we define the next generation SoC for AI Compute
About us:
Our group is responsible for the development of NeuReality next generation SoC for AI Compute. The development starts from product definition through architecture, design, verification and up to implementation.
The complex SoC is a high-performance device running AI compute for vision and audio processing, with technologies from multi-disciplines.
Requirements:
5+ years of experience- Must
– Security
• Experience with definition of hardware API for SW and FW drivers.
Advantages:
• Understanding of Deep learning and AI.
• Experience with networking protocols and architecture.
We are looking for a Senior Verification Engineer to be a significant part in developing a complex and innovative SoC chip in an early-stage start-up. Taking full ownership of an entire domain, planning the verification strategy, writing and executing test plan in system verilog UVM from scratch.
About us:
Our group is responsible for the development of NeuReality next generation SoC for AI Compute. The development starts from product definition through architecture, design, verification and up to implementation.
The complex SoC is a high-performance device running AI compute for vision and audio processing, with technologies from multi-disciplines.
Requirements:
• 3+ years of experience as a Verification Engineer.
• B.Sc./M.Sc. degree in electrical/computer engineering from research university
• Experience in pre-silicon functional unit level verification.
• Experience in System Verilog UVM.
• Experience in verification of complex SoC and designs.
• Experience with CPU subsystem, AXI, DMA, DDR, NOC – is an advantage
We are looking for a brilliant Deep Learning Firmware Engineer to contribute to the development of cutting-edge algorithms in computer vision, video processing, audio processing, and deep learning domains. You will research, design and implement highly optimized algorithms for artificial intelligence and multimedia-dedicated accelerators.
About Artificial Intelligence group:
Our group is responsible for development of NeuReality’s AI platform software, including AI workloads, optimization algorithms, and deployment tools. The development environment is mostly based on C/C++ programming with extensions. Our work involves the development of optimized algorithms and exposes the developer to deep learning and computer vision world. We get to see our code running in the most advanced applications which are developed both by NeuReality and by our customers. This is an exciting opportunity to work with highly talented engineers and be a part of product innovation on cutting edge technologies in Artificial Intelligence/Deep Learning domain. If you are excellent, bright, hands-on engineer with passion to make a difference – consider joining our group.
Requirements:
Advantages:
We are looking for an experienced Deep Learning software engineer to contribute to the development of NeuReality’s Artificial Intelligence SDK. This is an exciting opportunity to work with highly talented engineers and be a part of product innovation on cutting edge technologies in Artificial Intelligence/Deep Learning domain. If you are excellent, bright, hands-on engineer with passion to make a difference – consider joining our group.
As a leading Deep Learning software engineer in our group, you will develop NeuReality SDK – a set of various Deep Learning tools and technologies for NeuReality’s platform, including compilers, simulators, estimators, profiling tools and others.
You will get a deep understanding of AI-centric SW and HW architectures as-well-as end-to-end use cases and Deep Learning algorithms/pipelines.
You will work on different environments in the NeuReality’s software stack.
You will work and interact with external vendors and customers for requirement gathering and correct integration of new features.
About us:
Our group is responsible for development of NeuReality’s AI platform software, including AI workloads, optimization algorithms, and deployment tools. The development environment is mostly based on C/C++ and Python within the deep learning, computer vision and audio processing domains. We get to see our code running in the most advanced algorithms and use cases which are developed both by NeuReality and our customers.
Requirements:
Advantages:
If you are an excellent, bright, hands-on Deep Learning Algorithm engineer with a passion to machine learning algorithms and architectures – consider joining our group. You will develop optimized algorithms and applications in computer vision, NLP, video, and audio domains. Your work will be done both solo and in collaboration with other deep learning engineers and researchers.
We are looking for someone who is versatile, displays leadership qualities, and is passionate about taking on new challenges. You will conduct empirical research, develop state-of-the-art techniques and algorithms, and implement them in production settings.
About Us:
Our group is responsible for the development of NeuReality AI platform software. The development environment is mostly based on Python, PyTorch, and TensorFlow frameworks. We get to see our code running in the most advanced applications which are developed both by NeuReality and our customers.
Requirements:
Advantage:
We are looking for a talented Senior Software Engineer to join our Software group to help lead the design and development of SystemC (C++) modelling and Virtual Platform SW simulations which are used as a development tool for our Software.
About us:
Our group is responsible for NeuReality platform and infrastructure software. The group is multidisciplinary and includes software development in various areas including Embedded Linux system, bare metal firmware, Networking, Simulation and distributed cloud software.
We are involved in entire development cycle of the AI SoC, starting from architecture and design, through development and pre-tapeout software validation, up to bring up and delivering product to customers.
Requirements:
Advantages:
We are looking for a talented tech lead/architect 100% hands on – Networking to be a significant part of developing and designing software for a complex SoC software. Take part in architecture and defining HW-SW interfaces. Design and implement networking stacks on embedded cores as part of a high throughput complex multi-threaded environment.
About us:
Our group is responsible for NeuReality platform and infrastructure software. The group is multidisciplinary and includes software development in various areas including Embedded Linux system, bare metal firmware, Networking, Simulation and distributed cloud software.
We are involved in entire development cycle of the AI SoC, starting from architecture and design, through development and pre-tapeout software validation, up to bring up and delivering product to customers.
Requirements:
• Bachelor degree in Computer Science, Electrical Engineering or similar from a top university
• Strong hands-on in C/C++ programming and proven design skills.
Advantages:
• Experience with networking protocols like TCP/IP, RoCE, NVMe over Fabrics.
• Experience with Linux networking, DPDK, SPDK stacks.
• Experience with embedded systems and HW-SW integration.
We are looking for a talented senior software engineer – firmware to be a significant part of developing and designing software for a complex SoC software. Take part in architecture and defining HW-SW interfaces. Design and implement firmware across multiple CPU technologies and environment as well as design and implementation of secure boot and boot loader.
Requirements:
5 years hands-on experience in Firmware development
Bachelor degree in Computer Science or Electrical Engineering from a top university.
Strong hands-on in C/C++ programming and proven design skills.
Experience working in limited memory and resource environments
Advantages:
Experience with ARM assembly, ARM Trusted firmware.
Experience UEFI, ACPI, TianoCore, U-Boot
We are looking for a Physical Design Lead to join us and help define and implement complex SOC in an advanced technology node
She/he will help to build and manage the physical design team
Develop flow and methodology, execute full RTL2GDS flow including synthesis, implementation and signoff for the most complex designs
She/he will work with the architecture and design team to build a full-chip floorplan includes portioning and power grid, provide static timing constraints for block and top-level, optimize block-level and top-level physical design to meet area and power specification
About us:
Our group is responsible for the development of NeuReality next generation SoC for AI Compute. The development starts from product definition through architecture, design, verification and physical design implementation.
The complex SoC is a high-performance device running AI compute for vision and audio processing, with technologies from multi-disciplines.
Requirements:
Advantages:
Please fill in the form below and we’ll be happy to be in touch.
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