
Converts raw image into editable floor plans, explore renovation ideas, and seamlessly turn concepts into reality
Harness the power of advanced AI to analyze, enhance, and automate image and video processing. From real-time object detection to video analytics and intelligent automation, our solutions optimize workflows, improve security, and drive innovation across industries.


We've engineered features that will actually
make a difference to your business.
Enable intelligent human-computer interaction through gesture and action recognition. Our deep learning models analyze hand and body movements, making them perfect for gaming, augmented reality, and touchless control applications.
Optimize video quality and reduce latency with AI-driven live streaming enhancement. Our technology ensures smoother playback, real-time analytics, and content optimization, making it ideal for web conferencing, online events, and surveillance.
We develop AI-powered image classification and segmentation solutions to analyze and process visual data with precision. Our models categorize images into predefined labels and detect specific objects within images, enabling applications in medical diagnostics, e-commerce, industrial defect detection, and autonomous systems.
Identify unusual activities in video feeds with AI-powered anomaly detection. From security monitoring to fraud prevention, our solution detects deviations in real time, enabling proactive decision-making.
Leverage AI-driven Optical Character Recognition (OCR) to extract, classify, and validate text from scanned documents. Our solution enables automated processing of passports, invoices, cheques, and business forms, reducing manual effort and improving efficiency.
Enhance low-resolution images and videos with AI-based super-resolution technology. Perfect for satellite imagery, medical scans, and security footage, our models refine image quality while preserving intricate details.
We leverage AI to analyze medical images such as X-rays, MRIs, and CT scans, improving diagnostic accuracy and enabling early detection of diseases. These solutions assist healthcare professionals in delivering timely and effective treatment while enhancing patient outcomes.
Our AI-powered background removal technology precisely isolates subjects from their backgrounds in images. Ideal for e-commerce, media production, and graphic design, this solution enhances visual content for seamless integration into various platforms.
Our AI-powered floor plan detection and reconstruction accurately identifies architectural layouts from scanned images or blueprints. This solution is ideal for real estate, construction, and smart city applications, streamlining space planning and design processes.
Enable intelligent human-computer interaction through gesture and action recognition. Our deep learning models analyze hand and body movements, making them perfect for gaming, augmented reality, and touchless control applications.
Optimize video quality and reduce latency with AI-driven live streaming enhancement. Our technology ensures smoother playback, real-time analytics, and content optimization, making it ideal for web conferencing, online events, and surveillance.
We develop AI-powered image classification and segmentation solutions to analyze and process visual data with precision. Our models categorize images into predefined labels and detect specific objects within images, enabling applications in medical diagnostics, e-commerce, industrial defect detection, and autonomous systems.
Identify unusual activities in video feeds with AI-powered anomaly detection. From security monitoring to fraud prevention, our solution detects deviations in real time, enabling proactive decision-making.
Leverage AI-driven Optical Character Recognition (OCR) to extract, classify, and validate text from scanned documents. Our solution enables automated processing of passports, invoices, cheques, and business forms, reducing manual effort and improving efficiency.
Enhance low-resolution images and videos with AI-based super-resolution technology. Perfect for satellite imagery, medical scans, and security footage, our models refine image quality while preserving intricate details.
We leverage AI to analyze medical images such as X-rays, MRIs, and CT scans, improving diagnostic accuracy and enabling early detection of diseases. These solutions assist healthcare professionals in delivering timely and effective treatment while enhancing patient outcomes.
Our AI-powered background removal technology precisely isolates subjects from their backgrounds in images. Ideal for e-commerce, media production, and graphic design, this solution enhances visual content for seamless integration into various platforms.
AI Models Deployed
Years of Expertise
Data Points Processed
Client Satisfaction
Trusted by


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From neural networks to pattern recognition, our algorithms drive the core of our computer vision solutions, ensuring top-tier performance.

Convolutional Neural Networks (CNNs)

DeepLabV3+

EfficientDet

Fast R-CNN

Mask R-CNN

OpenPose

R-CNN (Region-based CNN)

U-Net

Vision Transformers (ViTs)

YOLO (You Only Look Once)

We deliver Enterprise AI Solutions designed for real-world performance — secure, scalable, and aligned with operational and revenue objectives.

Our industry-based retail and e-commerce AI solutions improve operational efficiency and upsurge customer experiences through data-steered insights. Our AI solutions enable precise patient diagnosis using multiple image formats, which helps healthcare stakeholders to make quick decisions. Our teams have empowered the construction and renovation industry players with floorplan reading capabilities that empower multiple operations with custom AI solutions.
As a custom AI development company, we've engineered features that will actually make a difference to your business.

Dive into videos with dynamic, interactive segments—explore, customize, and engage with content tailored just for you.

Interactive Navigation
Explore content freely.
Customizable Experience
Tailor your viewing.
Engaging Storytelling
Craft unique narratives.

Streamlined COVID Testing with Secure Results Management for Safer Travel.

AI-Powered Font Recognition
Instantly identify fonts from any image using deep learning models trained on 3 lakh+ styles.
Scalable Matching Engine
Recognize new fonts on the fly without retraining—built for growth and flexibility.
Design-Centric Integration
Deliver accurate results with designer-grade precision and seamless UI integration.

Create standout resumes with ATS Scoring, match them to jobs, and manage updates with ease.
AI Product Advisor
Recommends gear from 30,000+ products based on user intent and context.
Domain-Trained Chatbot
Answers questions like a fishing expert using industry-specific LLM training.
Sales-Driven Suggestions
Improves product discovery and shortens decision cycles for all user types.






































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See how our AI and ML solutions have transformed businesses, straight from our clients' experiences.
Start Your Journey with and Revolutionize Your Creative Process

Still got questions? Feel free to reach out to our incredible
support team, 7 days a week.
What is MCP and why do you need it?
The Model Context Protocol (MCP) is an open standard that allows AI models to securely connect with external tools, systems, and real-time data through a single universal interface. Instead of building custom integrations for every AI application, MCP enables scalable, secure, and context-aware access to business logic and proprietary resources, making AI systems more powerful and easier to maintain.
How do you develop an MCP server?
MCP server development starts by identifying the tools and data the AI needs, defining schemas based on MCP specifications, and building the server using Python or TypeScript with the MCP SDK. The process includes implementing resource providers, tool handlers, security controls, testing, and monitoring, with the full development cycle typically taking between 2 and 8 weeks depending on complexity.
How secure are MCP server implementations?
MCP server security depends on proper implementation and typically includes OAuth or JWT authentication, role-based access control, input validation, rate limiting, encrypted communication, and audit logging. Industry best practices such as OWASP guidelines are followed, and additional compliance measures can be added for regulated industries like healthcare or finance.
Can MCP servers integrate with existing enterprise tools?
Yes, MCP servers are designed to integrate seamlessly with enterprise systems such as databases, cloud storage, CRMs, ERPs, communication tools, and DevOps platforms. Any tool with an API, SDK, or database connection can be exposed to AI models through MCP while maintaining consistency and security.
What’s the typical timeline for MCP server development?
A basic MCP server with a few integrations usually takes 2–3 weeks, while more complex implementations with multiple tools and advanced security require 6–8 weeks. Large enterprise deployments with compliance and extensive testing may take 12 weeks or more, often delivered iteratively.
How do MCP servers handle high traffic loads?
MCP servers manage high traffic using load balancing, caching, connection pooling, stateless architecture, and containerized deployments that scale automatically. Performance monitoring and optimization ensure reliable operation even under heavy usage.
What ongoing maintenance do MCP servers require?
Ongoing maintenance includes monitoring logs and performance, applying security updates, managing API changes, optimizing integrations, and adding new resources as business needs evolve. Maintenance can be handled fully by a managed service, internally by your team, or through a hybrid approach.
Can you migrate existing AI integrations to MCP?
Ongoing maintenance includes monitoring logs and performance, applying security updates, managing API changes, optimizing integrations, and adding new resources as business needs evolve. Maintenance can be handled fully by a managed service, internally by your team, or through a hybrid approach.