Bud Ecosystem

Bud Ecosystem makes GenAI portable, scalable, and independent of specialized hardware.

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Overview

Bud Ecosystem is a pioneering AI research and product company dedicated to democratizing Generative AI by making it accessible, affordable, and scalable for enterprises, developers, and researchers worldwide. Founded in 2023, with operations in both the United States and India, Bud Ecosystem focuses on developing multi-modal, multi-task foundational models and inference technologies that run efficiently across diverse hardware environments, including CPUs, GPUs, NPUs, and edge devices. Bud’s products and offerings are:

  • Bud Runtime: A universal GenAI inference engine that enables high-performance AI applications on standard CPU systems, significantly reducing costs and making AI more accessible.
  • Open-Source Models: Bud Ecosystem has released over 20 open-source models, including large language models (LLMs), diffusion models, and code generation models like the Bud Code Millennials series, which have set new benchmarks in code generation tasks.

Bud Ecosystem has collaborated with industry leaders such as Intel, Microsoft, Infosys, and LTIMindtree to advance GenAI adoption. Notably, the company received the Intel Partner Award for Breakthrough Innovation in the ISV category, recognizing its contributions to AI model serving stacks and CPU inference acceleration.

Key Features and Benefits

  • Hardware Agnostic Performance: Bud Runtime delivers state-of-the-art inference performance across various hardware configurations, such as CPUs, GPUs, NPUs, TPUs, and HPUs, ensuring flexibility and scalability in deployment
  • Cost Efficiency: Organizations can implement GenAI solutions for as low as $200, reducing both capital and operational expenditures without compromising on performance.
  • Heterogeneous Cluster Parallelism: The engine supports mixed hardware environments, splitting AI workloads across different hardware available to you—be that GPU, CPU, TPU, HPU—and executes them in parallel to make the most of all available hardware.
  • Enterprise-Ready Features: Bud Runtime includes built-in LLM guardrails, model monitoring, advanced observability, and compliance with regulatory frameworks such as the White House and EU AI guidelines.
  • Enhanced Inference Performance: The platform offers up to 130% better embedding model inference performance in the cloud and up to 12 times better performance on client devices, contributing to significant improvements in AI application responsiveness.
  • Deployment Flexibility: Bud Runtime supports on-premises, cloud, and edge deployments, providing organizations with the versatility to choose the most suitable environment for their AI applications.

By addressing the challenges of high GPU costs and infrastructure scarcity, Bud Runtime empowers startups, developers, enterprises, and research institutions to harness the power of generative AI effectively and efficiently.

Interested in working with this partner?

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OfferingsResources
  • Sovereign AI Framework for Developing Nations This framework outlines a strategic, technically informed roadmap to help developing nations close the AI capability gap with global leaders by identifying key constraints and leveraging...
  • HEX1 Hex1 is a 4B language model specifically optimized for Indian languages. It is designed to bridge the linguistic AI gap in India by enabling developers to build intelligent systems that understand and...
  • Bud Latent Bud Latent is designed to optimize inference for embedding models in enterprise-scale deployments. Bud Latent is currently the most production-ready inference engine for embedding models.
  • Bud Runtime Bud Runtime is a Generative AI serving and inference optimization software stack that delivers state-of-the-art performance across any hardware and OS. It ensures production-ready deployments on CPUs,...
FAQs

How does Bud Runtime protect enterprise AI deployments from supply chain attacks?

To address the security challenges of integrating third-party AI models, Bud Runtime includes Bud SENTRY—a built-in security module designed to enforce a zero-trust model ingestion and management lifecycle. One of its core capabilities is Deep Scanning, which thoroughly analyzes model files to detect any embedded malicious code, ensuring that only secure and verified models are allowed into production environments. In addition to scanning, Bud SENTRY offers real-time monitoring of the runtime environment, enabling it to detect and respond to unusual activities that could signal potential threats. Additionally, Bud also features automated license analysis, parsing and summarizing the legal terms of each model’s license agreement. This helps users quickly understand usage restrictions and compliance obligations, reducing legal risk and simplifying model governance.

How does Bud reduce Total Cost of Ownership of Enterprise GenAI deployments ?

Bud Runtime significantly reduces the Total Cost of Ownership (TCO) for enterprise GenAI deployments through a combination of inference performance optimization, and enterprise-grade features. Here's how: 1. Cost-Effective CPU-Based Inference Bud Runtime enables high-performance GenAI applications on standard CPU systems, eliminating the need for expensive GPUs. This approach allows organizations to initiate GenAI projects at a fraction of traditional costs, with deployments starting as low as $200 per month. 2. Heterogeneous Hardware Support The platform supports a wide range of hardware, including CPUs, GPUs, HPUs, TPUs, and NPUs from vendors like Intel, AMD, Nvidia, and Huawei. This flexibility allows enterprises to leverage existing infrastructure, reducing capital expenditures and avoiding vendor lock-in. 3. Performance Optimization Bud Runtime delivers substantial performance gains, achieving up to 130% better embedding model inference performance in the cloud and up to 12 times better performance on client devices. These enhancements lead to faster processing and reduced operational costs. 4. Enterprise-Ready Features The platform includes built-in LLM guardrails, model monitoring, advanced observability, and compliance with regulatory frameworks such as the White House and EU AI guidelines. These features ensure secure and compliant AI deployments, reducing potential legal and operational risks. 5. Scalable and Flexible Deployment Bud Runtime supports on-premises, cloud, and edge deployments, providing organizations with the flexibility to scale AI applications according to their specific needs. This adaptability contributes to cost savings by optimizing resource utilization. By addressing both capital and operational expenditures, Bud Runtime offers a comprehensive solution for enterprises seeking to implement GenAI technologies efficiently and cost-effectively.

Can both open-source and proprietary models be integrated with Bud Runtime?

Yes, Bud Runtime is designed to seamlessly integrate with both open-source and proprietary models, providing enterprises and developers with the flexibility to deploy a wide range of AI models securely and efficiently. Moreover, Bud Runtime offers zero-day compatibility with various model types, including open-source models like LLaMA, Mistral, and DeepSeek, as well as proprietary models. This ensures that organizations can deploy their preferred models without extensive modifications or compatibility concerns.

What deployment options are supported by Bud ?

Bud Runtime is designed to facilitate efficient and cost-effective AI deployments across various environments. Its architecture supports multiple deployment options, ensuring flexibility and scalability for organizations of all sizes. 1. On-Premises Deployment Bud Runtime can be deployed within an organization's existing infrastructure, allowing for complete control over data and operations. It supports a wide range of hardware, including CPUs, GPUs, HPUs, and NPUs, enabling efficient use of available resources without the need for expensive upgrades. 2. Cloud Deployment The platform is compatible with major cloud service providers, supporting 16 major cloud providers, facilitating scalable and flexible GenAI deployments. Its hardware-agnostic nature ensures optimal performance across different cloud environments, allowing organizations to leverage the benefits of cloud computing effectively. 3. Edge Deployment Bud Runtime supports deployment on edge devices, bringing AI capabilities closer to data sources. This reduces latency and bandwidth usage, making it ideal for real-time applications such as IoT devices and remote sensors. 4. Hybrid Deployment Organizations can implement a combination of on-premises, cloud, and edge deployments to meet specific requirements. Bud Runtime's unified APIs and deployment templates facilitate seamless integration across these environments, ensuring consistent performance and management. 5. Heterogeneous Hardware Support The platform is designed to operate efficiently across mixed hardware environments, including CPUs, GPUs, HPUs, TPUs, and NPUs from major vendors like Intel, AMD, Nvidia, and Huawei. This heterogeneous cluster parallelism allows for optimized performance and cost savings by leveraging existing hardware investments. Bud Runtime's flexible deployment options and hardware compatibility make it a robust solution for organizations aiming to implement GenAI applications efficiently and cost-effectively.
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