Kiran’s Embedded Solutions Private Limited is a premier semiconductor engineering services and solutions provider that blends technology, creativity to help customers transform ideas into world-class products. We offer engineering expertise in the areas of RTL design, Verification, FPGA and Embedded systems under one roof. Our expert engineering team with its intensive knowledge in RTL Design and Verification has successfully executed complex turnkey projects with a steadfast focus on quality.


Our team of expert engineers are fully capable of taking up full responsibility of RTL Design for ASIC/FPGA. We have extensive experience in development in Verilog, VHDL and SystemVerilog. Our expert team at we can help you in developing IP based on specifications, or specification meeting timing, area and power requirements. We can also help you to easily integrate IP into larger subsystem or chips with other blocks including processors.

We have taken part in many chip development projects where our responsibilities include:
  • Architecture development
  • RTL development and integration
  • Synthesis for ASIC or FPGA and Static Timing Analysis
  • FPGA implementation or ASIC prototyping
  • Formal verification and equivalence check in

An Intellectual Property (IP) in VLSI is a reusable unit of logic or functionality or a cell like USB, Ethernet, DDR, AXI, UART, etc. Today, a leading electronic system contains more than a billion gates and millions of lines of code. This increase in design complexity has created manifold challenges in IP verification. This does not only fuel the need for advancements in verification technologies, but has also created huge need for the professionals in functional verification to achieve time to market. We have applied a range of advanced techniques to address the verification challenges of these devices and ensure the successful delivery of high quality silicon. Throughout the projects, we have demonstrated flexibility and commitment to the projects providing a mix of on-site / off-site support and the ability to adjust the size of the team based upon the demands of the projects – to allow projects to continue in parallel or provide additional resource at key phases of the projects to ensure that tape-out dates are achieved.

Our services include:
  • Test bench design / development
  • Verification IP development
  • Functional Verification
  • Model-based Verification
  • Hardware-Software Co-Verification
  • Coverage-driven Verification
  • Assertion-based Verification
  • Constrained-Random Verification
  • Test bench migration

Today, a leading electronic system that is based on a SoC contains more than a billion gates and millions of lines of code. This increase in SoC design complexity and has created manifold challenges in SoC verification. This is where rur verification consultants can help. We understand the challenges presented by these designs and work with our customers to provide everything from in-depth knowledge to solve a specific verification problem, to delivering a comprehensive verification solution for a complete chip. Our expert engineers can apply best practices based on proven methodologies including UVM for SystemVerilog. Creating a design environment with UVM-compliant building blocks takes less time, eases cross-site collaboration and maximizes test bench re-use for future projects. OurSoC Verification services include assistance with:

  • Verification planning including architecture for re-use
  • Low power static verification
  • Formal verification
  • Deployment of advanced verification methodologies such as UVM
  • Test-bench generation
  • Integration of protocol-specific VIP

We provide end to end development services for FPGA, which include architecture, design, synthesis, verification, and testing. We can meet your requirements, at any size, CPLD or FPGA. To ensure maximal satisfaction of our customers, all stages of the project are fully documented, including requirements, specifications and the code itself. Our teams also test the developed item with full coverage of the code to the functional requirements. We are laced with an expert development team with adept knowledge on hardware emulation and acceleration. SAIC provides various communication protocols and we are also capable of performing a reverse engineering. Our team has hands on expertise in all major technology platforms and advanced tools such as Synplify Pro, ModelSim, VCS, Synopsys Design Complier.

Our FPGA design services include the following:
  • Design using HDL, including System Verilog Verilog, VHDL, C/C++
  • Logic Synthesis Integration of modules
  • Complex multimillion gate design
  • Static timing analysis
  • Design translation
  • Partitioning
  • I/O planning and analysis
  • Clock optimization
  • Synthesis optimization
FPGA Verification includes:
  • LINTing Simulation based verification
  • High level stimuli generation
  • Equivalence checking
  • Hardware Classification
  • DFV
  • Hardware-software co-verification
  • CSP app. In functional verification
  • Model checking
  • SAT based verification algorithm
  • Static analysis
  • Concurrent testing
  • Debugging
  • Test-driven development
  • Model based testing
  • Developer testing
  • Pair testing and first testing
  • Auto-test generation

Embedded System

Kiran’s Embedded Solutions Private Limited provides full application lifecycle management for embedded systems, including hardware, software, and components designed to perform technical and mechanical functions. Whether your product calls for an embedded system, a device driver, or a full application, we accomplish top quality work, and provide full support through all stages of the project. Our engineers are experienced in embedded systems, real-Time development, firmware and device driver development including Windows/WinCE, Linux and Mac OS-X, size/speed optimization, development tools, and porting. The product is tested by the development team for all requested functionality, with full coverage of the code, and by the QA network. Our embedded software services cover the full development and implementation cycle of your Real Time/Embedded project, and include:

  • Dynamic web development and management systems (back office)
  • JAVA & .NET software
  • Digital Signal Processing
  • Software-Hardware Integration
  • System level design and development
  • Board Support Packages
  • Device Driver Development
  • Real-Time Operating Systems
  • Wired & Wireless Networking
  • SDR / SCA
  • Information Security
  • Virtualization
  • Application porting between real time operating systems or processors
  • Scalable and compatible custom APIs and middleware development
  • Application and User-Interface development
  • Embedded Module design & development
  • Platform Customization
  • Testing and debugging services
  • Embedded FPGA design
  • Consulting services