Custom RISC-V IC Development

@MuhammadUzair16

Hi I am an embedded systems engineer with over 16 years of experience. I have extensive experience in embedded processor architecture, ASIC/IC design flows, low-power digital design and security-focused hardware for real-time products. For this RISC-V IC, I would begin by defining the target embedded use case, performance envelope, power limits, interfaces, threat model and process/foundry assumptions, then shape the architecture and verification plan around those constraints. Security should be built into the design from the start, covering areas such as secure boot, key handling, debug access control, privilege isolation, tamper/error response and hardware support for cryptographic functions where needed. I can also support the surrounding firmware, boot ROM, validation strategy, board bring-up and production handover, so the work is not limited to RTL only but can move toward a consumer/industrial grade product path. A few details would help scope this properly: do you already have a preferred RISC-V core or ISA extensions, is a foundry/process node selected, and are you looking for a tape-out-ready design package or earlier architecture/prototype work first? Please contact me to discuss details.

@engrusmanfaiz

Hello, This is a highly specialized semiconductor project that requires expertise across RISC-V CPU architecture, digital IC design, verification, embedded security, and ASIC implementation. I can support the architecture definition, security feature selection, RTL design guidance, subsystem integration, and design-for-manufacturing planning. For an embedded-focused RISC-V SoC, I would recommend integrating secure boot, hardware root-of-trust, cryptographic accelerators (AES/SHA/ECC), secure key storage, anti-tamper mechanisms, debug authentication, true random number generation, and memory protection features from the beginning rather than adding security later. The project would typically progress through architecture specification, RTL development (Verilog/SystemVerilog), simulation and verification, synthesis, physical design, FPGA prototyping, and finally ASIC tape-out preparation. Power consumption, real-time performance, and security requirements would drive core selection and subsystem architecture. Deliverables can include system architecture, security architecture, RTL design package, verification plan, FPGA prototype strategy, and complete ASIC design documentation depending on the project scope. Before estimating effort, I would like to discuss target process node, expected performance, power budget, security certification goals, and whether the final target is FPGA deployment or full custom silicon.

@tshibsamuel477

Hi there, I’ve carefully read your project description, and I can help design a custom RISC-V-based embedded processor architecture with built-in security features such as secure boot support, protected debug access, memory protection, crypto acceleration, and low-power embedded operation. I’m Samuel Tshibangu, a mechatronics engineer with experience in embedded systems, digital logic, hardware architecture, FPGA/RTL workflows, low-power design considerations, and secure embedded platforms. I can support the project from requirements definition and RISC-V core selection/customization through RTL design, simulation, FPGA validation, documentation, and preparation for ASIC implementation. I can move quickly once the target performance, security features, and implementation flow are defined. Best regards, Samuel Tshibangu

@hayteekeys

HI, KINDLY READ THROUGH MY PROPOSAL I will deliver a custom RISC-V SoC design tailored for embedded systems, featuring essential inbuilt hardware security (secure boot, encryption accelerators, isolated execution domains, and tamper protection) while maintaining low power and real-time performance. MY APPROACH ✅ Phase 1: Define architecture, select RISC-V core (e.g. RV32/64 with extensions), integrate security modules, and create detailed block-level design + schematics. ✅ Phase 2: Complete RTL design, verification, synthesis, and provide tape-out ready files with full documentation and security validation report. RELEVANT PROJECTS - Custom RISC-V SoC with integrated hardware security features for secure embedded IoT device (low-power, real-time, delivered on time) DELIVERABLES - Full RTL source code and verification suite - Block diagrams, schematics & integration guide - Security features implementation report - Synthesis & timing reports QUESTIONS 1. Can you share your target specifications, performance requirements, and any existing IP now? 2. Preferred process node or foundry? 3. When would you like the Phase 1 architecture review? Ready to start immediately.

@electronicsdone

Dear Client, This Custom RISC-V IC Development project should not be treated as only a processor design task. The real challenge is creating a secure and efficient silicon architecture that balances performance, power consumption, security, and manufacturability for embedded applications. I can help define and develop the complete RISC-V architecture, security framework, and system integration strategy needed for a robust embedded IC solution. My focus would be: ✅ define the RISC-V core architecture optimized for embedded and real-time applications ✅ integrate hardware security features such as secure boot, cryptographic acceleration, key storage, and tamper protection ✅ optimize the design for low power consumption, deterministic performance, and scalability ✅ support the complete flow from architecture definition and RTL design to verification and implementation readiness Two quick questions: 1. Which RISC-V ISA profile do you intend to use (RV32, RV64, custom extensions)? 2. What security features are considered essential for your application? If you message me, I can first outline the processor architecture, security model, and implementation roadmap before moving into detailed development. Best regards, Prat PCB Must Innovations

@cesur135

With over [number]years of experience in industrial automation and as an electrical engineer, I possess a deeply ingrained knowledge of designing and programming complex systems. I am well-versed in RISC-V architecture, which aligns seamlessly with your project requirements. My previous projects in industrial automation further demonstrated my ability to design tailored ICs for embedded systems such as wastewater treatment plants and water treatment plants. Similar to your vision, I successfully incorporated real-time processing and low power consumption features into these projects for optimal efficiency. Most notably, my artistry in enhancing the security protocols within various automated systems closely relates to the second key requirement in your project description. For example, I configured the SIEMENS PH & INFORMATION SERVER to monitor and control sensitive data as they relate to automation scenarios of systems. In conclusion, choosing me means opting for someone who is not only a technical expert but also an efficient problem-solver, consistently dedicated to streamlining processes and maximizing potential. I am ready to apply this same level of commitment and expertise to deliver a top-notch IC designed for your custom RISC-V embedded system with essential inbuilt security features. Let's collaborate on transforming your vision into a reality!

@revival786

Greetings! I will design a custom RISC-V IC for embedded systems with inbuilt security features. I have RISC-V architecture and IC design experience. Send your performance and security specifications. Thanks, Revival

@Ryan15222

Hi, I am excited to submit my proposal for the development of your custom RISC-V integrated circuit for embedded systems. My background includes embedded systems, digital hardware design, FPGA development, processor architecture, security-focused electronics, and system-level product development. I can support the project from architecture definition through RTL development, verification, FPGA prototyping, and ASIC handoff preparation. For this project, I would recommend a security-first RISC-V architecture optimized for embedded applications, balancing performance, power consumption, and hardware-level protection. Depending on your requirements, the design can incorporate features such as secure boot, hardware root of trust, cryptographic acceleration (AES, SHA-2, ECC), true random number generation (TRNG), secure key storage, anti-tamper mechanisms, debug port protection, memory protection units (MPU), and secure firmware update capabilities. The development process would begin with defining the application requirements, performance targets, power budget, process node, security objectives, and software ecosystem. From there, I can develop the processor subsystem architecture, peripheral interfaces, memory map, security architecture, verification plan, and implementation strategy. FPGA prototyping can be used to validate functionality before ASIC implementation, significantly reducing development risk. Kind regards,

@sekai1116

As a seasoned electrical engineer specialized in embedded systems, electronics, and firmware development, I am confidently able to meet your custom RISC-V IC design needs. My extensive knowledge in RISC-V architecture combined with years of experience in designing integrated circuits for embedded systems makes me a perfect fit for your project. I have not only designed efficient circuits, but also incorporated core features like low power consumption and real-time processing for optimized performance. In terms of security, my familiarity with security protocols and its implementation in hardware will ensure that the essential inbuilt security functionalities are well-integrated into your custom IC. My expertise in sensor integration and real-time embedded processing aligns with your specific needs for ensuring a robust security system. Lastly, I believe the use of Customer Background Driven Design (CBDD) is crucial to delivering solutions that match clients' needs perfectly. My proficiency across the full hardware stack from circuit design to system validation reflects my commitment to producing reliable designs at every stage."

@SkillCrafts

Your requirement for a custom RISC-V IC with embedded security aligns perfectly with my experience developing secure, low-power processors for IoT applications, including those leveraging ARM TrustZone. I understand the critical need for robust hardware security primitives integrated directly into the core. My approach will involve architecting a RISC-V core optimized for embedded constraints, incorporating security features such as secure boot, memory protection units (MPUs), and potentially hardware-accelerated encryption/decryption modules. I'll utilize industry-standard EDA tools for RTL design, synthesis, and verification, ensuring functional correctness and adherence to power targets. Simulation and formal verification will be employed to validate security properties rigorously. To ensure we're fully aligned, what specific security protocols are most critical for your target application, and are there any particular power budget constraints we need to prioritize? I'm eager to discuss how my expertise can deliver your custom RISC-V IC.

@benny307

As an Embedded Systems Engineer, I possess the essential skills and experience for your Custom RISC-V IC Development project. My proficiency in RISC-V architecture and experience in IC design specifically catered for embedded systems aligns perfectly with your requirements. I have a stronghold on implementing security protocols into hardware designs to ensure optimal security for products. Furthermore, my knowledge of low power consumption techniques and real-time processing operations are cherry-on-top skills that can add value to your project. Over the years, I've gained extensive hands-on experience in firmware development and PCB design, making me versatile enough to handle a wider range of tasks. I primarily work with STM32, ESP32, Arduino and Raspberry Pi, similar microcontrollers that are commonly used for embedded systems projects. My familiarity with these platforms will help streamline the development process for your custom IC. In addition to my technical prowess, I am also keen on delivering clean engineering solutions that prioritize hardware reliability and firmware quality. This means that not only will I get the job done, but I will ensure the end-product is optimized for stability, performance and long-term reliability. Considering all these factors together, I trust you'll find my skill set a great match for your project needs. Let's make your custom RISC-V IC development a successful reality!