Maximize Your Business Potential With Seamless AI Integration.

Maximize Your Business
Potential With Seamless AI Integration.

With our AI consulting services , you now have the ability to choose from an entire gamut of AI tools and solutions to deliver quick results.

RandomWalk
RandomWalk

Leading The World’s AI Integration

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Leading The World’s AI Integration

Choose the ideal AI tools for your business with expert guidance from Random Walk, where we collaborate to implement custom AI solutions.

Our engineers specialize in seamless AI integration, accelerating connections between AI tools and existing software.

From business functions like marketing, HR and finance to different industries like retail and pharma, find the right AI tool.

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If you are an AI tools provider,

Make It Easy To Choose
Your Tools

Work with Random Walk to integrate your AI tool into our platform. While our customers develop software with us, we will recommend your AI solution.

If you are a client looking for AI capabilities,

Begin Your AI Journey
Now

Let us work with you to integrate niche AI tools into your day-to-day business functions like HR, marketing, and finance. We also cater various industry-specific AI tools to aid operations.

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Our Blogs

The Great AI Detective Games: YOLOv8 vs YOLOv11

Meet our two star detectives at the YOLO Detective Agency: the seasoned veteran Detective YOLOv8 (68M neural connections) and the efficient rookie Detective YOLOv11 (60M neural pathways). Today, they're facing their ultimate challenge: finding Waldo in a series of increasingly complex scenes.

The Great AI Detective Games: YOLOv8 vs YOLOv11

1-bit LLMs: The Future of Efficient and Accessible Enterprise AI

As data grows, enterprises face challenges in managing their knowledge systems. While Large Language Models (LLMs) like GPT-4 excel in understanding and generating text, they require substantial computational resources, often needing hundreds of gigabytes of memory and costly GPU hardware. This poses a significant barrier for many organizations, alongside concerns about data privacy and operational costs. As a result, many enterprises find it difficult to utilize the AI capabilities essential for staying competitive, as current LLMs are often technically and financially out of reach.

1-bit LLMs: The Future of Efficient and Accessible Enterprise AI

AI-Powered vs. Traditional Sponsorship Monitoring: Which is Better?

Picture this: You, a brand manager, are at a packed stadium, the crowd's roaring, and suddenly you spot your brand's logo flashing across the giant screen. Your heart races, but then a nagging question hits you: "How do I know if this sponsorship is actually worth the investment?" As brands invest millions in sponsorships, the need for accurate, timely, and insightful monitoring has never been greater. But here's the million-dollar question: Is the traditional approach to sponsorship monitoring still cutting it, or is AI-powered monitoring the new MVP? Let's see how these two methods stack up against each other for brand detection in the high-stakes arena of sports sponsorship.

AI-Powered vs. Traditional Sponsorship Monitoring: Which is Better?

GuideLine: RAG-Enhanced HRMS for Smarter Workflows

Human Resources Management Systems (HRMS) often struggle with efficiently managing and retrieving valuable information from unstructured data, such as policy documents, emails, and PDFs, while ensuring the integration of structured data like employee records. This challenge limits the ability to provide contextually relevant, accurate, and easily accessible information to employees, hindering overall efficiency and knowledge management within organizations.

GuideLine: RAG-Enhanced HRMS for Smarter Workflows

Exploring Different Text-to-Speech (TTS) Models: From Robotic to Natural Voices

Text-to-speech (TTS) technology has evolved significantly in the past few years, enabling one to convert simple text to spoken words with remarkable accuracy and naturalness. From simple robotic voices to sophisticated, human-like speech synthesis, models offer specialized capabilities applicable to different use cases. In this blog, we will explore how different TTS models generate speech from text as well as compare their capabilities, models explored include MARS-5, Parler-TTS, Tortoise-TTS, MetaVoice-1B, Coqui TTS among others. The TTS process generally involves several key steps discussed later in detail: input text and reference audio, text processing, voice synthesis and then the final audio is outputted. Some models enhance this process by supporting few-shot or zero-shot learning, where a new voice can be generated based on minimal reference audio. Let's delve into how some of the leading TTS models perform these tasks.

Exploring Different Text-to-Speech (TTS) Models: From Robotic to Natural Voices
The Great AI Detective Games: YOLOv8 vs YOLOv11

The Great AI Detective Games: YOLOv8 vs YOLOv11

Meet our two star detectives at the YOLO Detective Agency: the seasoned veteran Detective YOLOv8 (68M neural connections) and the efficient rookie Detective YOLOv11 (60M neural pathways). Today, they're facing their ultimate challenge: finding Waldo in a series of increasingly complex scenes.

1-bit LLMs: The Future of Efficient and Accessible Enterprise AI

1-bit LLMs: The Future of Efficient and Accessible Enterprise AI

As data grows, enterprises face challenges in managing their knowledge systems. While Large Language Models (LLMs) like GPT-4 excel in understanding and generating text, they require substantial computational resources, often needing hundreds of gigabytes of memory and costly GPU hardware. This poses a significant barrier for many organizations, alongside concerns about data privacy and operational costs. As a result, many enterprises find it difficult to utilize the AI capabilities essential for staying competitive, as current LLMs are often technically and financially out of reach.

AI-Powered vs. Traditional Sponsorship Monitoring: Which is Better?

AI-Powered vs. Traditional Sponsorship Monitoring: Which is Better?

Picture this: You, a brand manager, are at a packed stadium, the crowd's roaring, and suddenly you spot your brand's logo flashing across the giant screen. Your heart races, but then a nagging question hits you: "How do I know if this sponsorship is actually worth the investment?" As brands invest millions in sponsorships, the need for accurate, timely, and insightful monitoring has never been greater. But here's the million-dollar question: Is the traditional approach to sponsorship monitoring still cutting it, or is AI-powered monitoring the new MVP? Let's see how these two methods stack up against each other for brand detection in the high-stakes arena of sports sponsorship.

GuideLine: RAG-Enhanced HRMS for Smarter Workflows

GuideLine: RAG-Enhanced HRMS for Smarter Workflows

Human Resources Management Systems (HRMS) often struggle with efficiently managing and retrieving valuable information from unstructured data, such as policy documents, emails, and PDFs, while ensuring the integration of structured data like employee records. This challenge limits the ability to provide contextually relevant, accurate, and easily accessible information to employees, hindering overall efficiency and knowledge management within organizations.

Exploring Different Text-to-Speech (TTS) Models: From Robotic to Natural Voices

Exploring Different Text-to-Speech (TTS) Models: From Robotic to Natural Voices

Text-to-speech (TTS) technology has evolved significantly in the past few years, enabling one to convert simple text to spoken words with remarkable accuracy and naturalness. From simple robotic voices to sophisticated, human-like speech synthesis, models offer specialized capabilities applicable to different use cases. In this blog, we will explore how different TTS models generate speech from text as well as compare their capabilities, models explored include MARS-5, Parler-TTS, Tortoise-TTS, MetaVoice-1B, Coqui TTS among others. The TTS process generally involves several key steps discussed later in detail: input text and reference audio, text processing, voice synthesis and then the final audio is outputted. Some models enhance this process by supporting few-shot or zero-shot learning, where a new voice can be generated based on minimal reference audio. Let's delve into how some of the leading TTS models perform these tasks.

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