Welcome to Yarok14 Technologies

Logo

About Yarok14

Yarok14 is a next-generation technology company pioneering the convergence of semiconductor design, AI/ML solutions, and intelligent software systems. We specialize in delivering end-to-end hardware-software co-design, empowering industries in clean energy, AI, industrial automation, healthcare, defense and embedded systems to solve complex challenges through innovation. At Yarok14, we engineer solutions at the intersection of VLSI design, FPGA/ASIC development, AI/ML integration, data engineering, and software development. Our flagship innovation—the Yarok14 IoT controlled bio-methane optimization Hardware—is a mixed-signal hardware-software combination optimized for biomethane production, blending sensor fusion, real-time analytics, and automated control to drive sustainable energy outcomes. We serve a global clientele, from startups to enterprise R&D labs, offering custom hardware design, AI/ML modeling, scalable data solutions, and software development expertise tailored to accelerate product development and digital transformation.

Company at a Glance

Team Strength

Number of Employees:

20–25 Engineers

Across VLSI, AI/ML, Embedded, and Software domains.

Clients Served

Total Clients:

23+

Serving startups, fabless companies, and global engineering teams.

Projects Delivered

Total Projects:

40+

Across ASIC, FPGA, Verification, AI/ML, and Software domains.

Industry Experience

Working Experience:

7+ Years

In semiconductor design, verification, and AI-driven engineering.

Global VLSI Services

We proudly serve clients across the United States, Canada, Germany, the Netherlands, France, the United Kingdom, the Middle East, Israel, Taiwan, Singapore, Japan, South Korea, and Australia — alongside our growing portfolio of Indian projects.

How we work:

How We Solve Your Challenges

VLSI Design & Verification (RTL, UVM, DFT, Physical Design PnR-ready)

We provide RTL design, UVM-based verification, DFT insertion, and Physical Design support ready for tape-out.

Embedded Systems & IoT (Firmware, PCB, Thejas32/ARIES, STM32 boards)

We design low-power firmware, custom PCBs, and real-time applications using ARIES/Thejas32, STM32, and other microcontrollers.

AI/ML Development (Model design, MLOps, edge AI)

We build intelligent models, deploy MLOps pipelines, and optimize AI for edge devices.

Custom Web & flutter Applications (Python/Flask, SQL dashboards, automation tools)

We develop efficient Flask-based dashboards, internal tools, and automation systems tailored to your workflows.

Sustainable Tech R&D (Biomethane, Green Energy Electronics)

We research and develop electronics and control systems for bio-energy and green energy applications.

Why Choose Yarok14 Technologies?

RTL Design & Integration

Custom Verilog/SystemVerilog RTL blocks, Linting, CDC checks, and synthesis preparation.

Specialties: Fabless semiconductor teams, SoC design houses

Design Verification (DV)

UVM-based testbenches, assertions, scoreboards, coverage (FC, SC), and formal verification.

Specialties: IP vendors, verification startups

Design for Testability (DFT)

Scan insertion, ATPG, MBIST, JTAG, and boundary scan integration using industry DFT tools.

Specialties: ASIC/SoC test teams

Toolchain Automation

Automated Jenkins flows, Python/Perl scripting, regression setup, and log parsing pipelines.

Specialties: QA and DV infrastructure teams

AI/ML Modeling

TensorFlow and PyTorch-based pipelines for model training and on-chip inference design.

Specialties: Edge AI, vision, and embedded ML use-cases

Client Tool Access

Secure VPN-based access under NDA ensures strict confidentiality and tool license compliance.

Why Choose Us?

💡 Focused VLSI & AI/ML niche

🌐 Remote-first delivery (Git, Zoom, VPN)

🚀 Pilot-first, scale-fast approach

💰 MSME cost advantage

🛡️ NDA-ready workflows

🕒 24 × 7 availability — PST & IST timezone coverage

Meet Our Founder & Team

Yarok14 Technologies is a VLSI and AI/ML engineering company delivering high-quality semiconductor design, verification, and physical design solutions to global clients. Built on strong industry experience in RTL design, UVM-based verification, and engineering automation, Yarok14 operates with a startup-driven, delivery-focused approach to meet real-world silicon challenges.

Our core team includes experts in Design Verification (UVM/SystemVerilog), RTL/FPGA design, Physical Design Engineering & Assistance (Synthesis, Floorplanning, CTS, STA, IR/EM, and Sign-off), Design for Testability (Scan, ATPG, MBIST), and Automation & AI/ML modeling. Recruited from top-tier Indian colleges, our engineers combine academic excellence with practical problem-solving and industry best practices.

From our base in Kottayam and Kochi, Kerala, we deliver cost-efficient, secure, and scalable engineering services to semiconductor and AI/ML clients worldwide — powered by remote collaboration, startup agility, and a shared mission to build high-impact technology solutions. Yarok14 is a Government of India-recognized MSME, registered under the Udyam scheme. (UDYAM-KL-07-0047589)

LinkedIn LinkedIn

Trusted by Our Clients(Targetted & Dream Clients)

Indian startups & research labs in AI, IoT, and clean tech

Global chip design & EDA teams needing offshore verification

Academia & Innovators working on next-gen systems

Case studies and Projects

RISC-V pipeline

Custom RISC-V pipeline design and verification—delivering scalable, high-performance cores tailored for next-gen embedded and AI applications.

MAC array Design Verification (DV)

Accelerate silicon success with high-coverage, UVM-based Design Verification for MAC arrays—ensuring accuracy, performance, and seamless integration in compute-intensive SoCs.

LLM & Gen AI in RTL to GDSII Design

Explore the feasibility of integrating Large Language Models and Generative AI across the RTL-to-GDSIII pipeline. From RTL generation to timing analysis and DRC fixing, AI is reshaping silicon design with intelligent automation, accelerating development while reducing manual bottlenecks.

  • Feasibility: High in RTL, reporting, and constraint generation
  • Challenges: Tool integration, IP security, explainability
  • Outlook: Domain-specific LLMs and RAG systems can bridge the gap

Our Engineering Services

ASIC Design and FPGA Prototyping

Custom digital and analog RTL design solutions for next-generation silicon systems.

Rapid hardware–software co-design, prototyping, and real-time validation on FPGA platforms.

Specialties: Fabless semiconductor companies, ASIC/SoC design houses; Automotive, AI, 5G, and defense chip companies.

Physical Design Engineering and Assistance

End-to-end RTL-to-GDSII physical implementation support using industry-standard EDA flows.

Design closure services including timing, power, signal integrity, and reliability sign-off with scalable methodologies.

Specialties: RTL-to-GDSII implementation including synthesis, floorplanning, placement, CTS, routing, STA, timing closure, and power integrity (IR/EM) with tape-out support for advanced nodes (28nm and below), high-performance SoCs, AI/ML accelerators, automotive-grade chips, and low-power IoT designs using Synopsys/Cadence/Siemens flows.

Verification

Industry-standard UVM and formal verification methodologies to ensure robust, bug-free silicon implementation.

Comprehensive functional verification, assertion-based checking, and coverage-driven validation.

Specialties: IP vendors, fabless startups, ASIC/SoC product companies, and semiconductor R&D teams.

Client Tool Access

Secure VPN-based access to client tools and environments under signed NDAs, ensuring confidentiality and seamless collaboration.

Support for remote design workflows, shared repositories, and controlled access environments.

Specialties: Remote design collaboration, secure EDA access, and compliance-driven engineering environments.

DFT (Design for Testability)

End-to-end scan architecture design, memory BIST, boundary scan, and low-overhead test logic insertion.

ATPG pattern generation, test coverage optimization, and silicon bring-up support.

Specialties: Scan insertion, MBIST, JTAG/boundary scan, ATPG, test compression, and yield analysis.

AI & Machine Learning

Develop intelligent systems for predictive analytics, automation, and optimization.

End-to-end ML pipeline development including data preprocessing, model training, and deployment.

Specialties: Predictive modeling, computer vision, time-series analytics, and industrial AI applications.

Generative AI

Build GenAI solutions for text, image, and structured data generation.

Custom AI models, prompt engineering, and enterprise AI integration.

Specialties: LLM integration, prompt engineering, retrieval-augmented generation (RAG), and AI automation.

Data Science

Analyze complex datasets to extract insights, patterns, and actionable business intelligence.

Statistical modeling, data visualization, and decision-support analytics.

Specialties: Data analytics, statistical modeling, visualization, and business intelligence reporting.

Business Analysis

Drive data-backed strategies to improve operations, efficiency, and business decisions.

Process analysis, KPI tracking, and stakeholder collaboration.

Specialties: Process optimization, requirement analysis, KPI dashboards, and strategic decision support.

Flutter Software Application Development

Build high-performance, cross-platform mobile and web applications using Flutter and Dart.

Scalable UI/UX design, API integration, and cloud backend connectivity.

Specialties: Android, iOS, web apps, real-time dashboards, and cloud-connected applications.

Data Analytics & Data Entry

Perform comprehensive data analysis to extract actionable insights and support data-driven decisions.

Accurately input, clean, and manage data to ensure database integrity and operational reliability.

Specialties: Data cleaning, ETL processing, database management, and reporting automation.

Full-Stack Software Development (SDE)

Design and develop scalable, secure, and high-performance web and enterprise applications.

Expertise in frontend, backend, APIs, databases, and system architecture.

Specialties: React, Angular, Node.js, Python (Flask/Django), REST APIs, SQL/NoSQL, Docker, and Microservices.

Cloud Services & DevOps

Cloud-native application development, deployment, and infrastructure automation.

End-to-end CI/CD pipelines, containerization, and scalable cloud architectures.

Specialties: AWS, Azure, GCP, Kubernetes, Terraform, Docker, CI/CD, and GitOps.

MLOps

Production-grade machine learning lifecycle management from model development to deployment.

Automated training pipelines, monitoring, versioning, and scalable inference.

Specialties: MLflow, Kubeflow, TensorFlow, PyTorch, Docker, and CI/CD for ML.

LLMOps

End-to-end deployment and management of Large Language Models (LLMs) in production.

Prompt engineering, fine-tuning, retrieval-augmented generation (RAG), and observability.

Specialties: OpenAI APIs, LangChain, Vector Databases, LlamaIndex, and cloud-based AI deployment.

Products

IoT based Biomethane Optimization System, which involves a combination of hardware and software components to monitor and control the production of biomethane.

🔧Industrial Grade Hardware Components

THEJAS32 (ARIES v3.0) - Core microcontroller managing all control logic.
ESP8266 - Wi-Fi-enabled module for wireless connectivity with AWS Cloud.
Pressure,Temperature & pH Sensors - Real-time monitoring of digester conditions.
Heating & pH Controller & Saftey gas valve working based on EM relay - Ensures optimal microbial digestion conditions and Safety.
Agitator - Improves microbial action through controlled mixing.
SPM, CO₂ & CH₄ Separator - Enables high-purity methane extraction.
Gas Flow Meter & Energy Meter - Tracks biomethane yield and system power usage.
Kerala Vision WiFi Router - Connects local system to the internet for cloud access.

💻 Robust and Dynamic Software Components

Flutter - Builds the SCADA-style mobile/web interface.
Python - Manages system logic and backend APIs.
SQL - Stores operational data for analytics and historical review.
AWS Cloud - Provides reliable cloud infrastructure for remote access and control.

📊Versatile System Features

The Biomethane Optimization System appears to be a comprehensive solution for monitoring and controlling biomethane production. The system integrates various hardware and software components to:
Intelligent sensing and control to optimize production.
Feedback-based automation to reduce energy and process costs.
Remote operability through a clean Flutter UI connected via cloud.
Integrates with renewable sources and local grid/mini-grid setups.

🌟High-Impact & Game-Changing Key Benefits

The Biomethane Optimization System can help:
No Costly MAS Sensors: Smart scheduling replaces expensive sensor arrays.
Reduced Retention Time: Faster digestion cycles with high yield.
Energy-Efficient Operation: Uses less than 10% of net energy of previous day for operations.
Eco-Aligned Design: Leverages solar heating and passive warming.
Nutrient-Rich Slurry: Output doubles as organic fertilizer.
Financially Feasible: Ideal for rural setups with minimal investment.
Rural Financial Enhancement: Empowers rural communities with a new income stream from energy production and fertilizer sales.
Energy Decentralization: Enables local energy autonomy, reducing dependence on centralized grids.
Challenges Monopolies: Disrupts single-entity control (government or corporate) over energy supply, fostering community-owned energy ecosystems.


Flexible Engagement & Pricing Models

VLSI Design & Verification

Includes RTL design, simulation, synthesis, and verification.

  • Hourly: $15 to $25
  • Mini Project: $300 to $500
  • Small Project: $600 to $1000
  • Medium Project: $1200 to $2500
  • Large Project: $3000+

AI / ML Solutions

Custom ML models, training pipelines, inference engines, optimization.

  • Hourly: $12 to $20
  • Mini Project: $250 to $400
  • Small Project: $500 to $900
  • Medium Project: $1000 to $2000
  • Large Project: $2500+

Embedded System Design

Firmware development, board bring-up, IoT edge devices.

  • Hourly: $10 to $18
  • Mini Project: $200 to $400
  • Small Project: $500 to $800
  • Medium Project: $900 to $1800
  • Large Project: $2000+

Software Development (SDE)

Web apps, APIs, backend systems, automation tools.

  • Hourly: $10 to $20
  • Mini Project: $150t to $300
  • Small Project: $400 to $800
  • Medium Project: $900 to $1800
  • Large Project: $2000+

Key Considerations:

These prices are competitive startup rates, approx. 30 to 50% lower than typical market rates.

A “Mini Project” is assumed to be less than 1 week of effort, “Small” is 1 to 2 weeks, “Medium” is 2 to 4 weeks, and “Large” is anything beyond a month.

Our Cutting-Edge Tech Stacks



Toos, Skills and Technologies

Hardware/EDA: SystemVerilog, UVM, Cadence, Synopsys, QuestaSim

AI/ML: Python, PyTorch, TensorFlow, ONNX, OpenCV

Embedded: C/C++, ARM, RISC-V, Thejas32, FreeRTOS

flutter/Web & Backend: Flask, FastAPI, SQLite, HTML/CSS

Tools: Git, Docker, VS Code, GitHub Actions

Get in Touch With Us

If you're looking to accelerate tapeouts, improve verification coverage, reduce costs with open-source integration, or prototype faster on FPGA, let's connect!

Email: contacts.yarok14@gmail.com | Phone: +91-9526932961 | WhatsApp: Message on WhatsApp