This article explains what is Samsung SDS. Additionally, how Samsung SDS and Dell PowerScale are changing the AI scene. This is how Dell Technologies and Samsung SDS are working together to create “AI Life.”
Generative artificial intelligence (GenAI) is a revolutionary development. It makes ideas a reality, streamlines processes, and permits real-time language translations. One of the main goals of Samsung SDS, a world leader in IT services, has been to incorporate GenAI into everyday life. However, they have more in mind than just developing AI tools. With its “AI Life” vision, Samsung SDS hopes to improve people’s lives and jobs by integrating AI into everyday life.
Building the AI Factory with Dell Technologies
Samsung SDS’s AI factory is the key to its GenAI success. This infrastructure, which was jointly designed and constructed with Dell Technologies, fuels innovative thinking. Large language models (LLMs) and data-intensive workloads are easily handled by this ecosystem, which is outfitted with Dell PowerEdge XE-series servers with NVIDIA H100 Tensor Core GPUs, Dell PowerScale High-performance NVIDIA InfiniBand networks and F900 and A300 scalable storage.
The importance of this collaboration is emphasized by the corporate executive vice president of Samsung SDS’s Cloud Service Business Division. “GenAI is a rapidly evolving field, and all strong partnership with Dell Technologies is crucial to the daily evolution of the GenAI environments.”
Elevating Everyday Business with GenAI Solutions
Samsung SDS introduced two flagship products, Brity Copilot and FabriX, utilising the robust architecture of its AI factory. The purpose of these tools is to meaningfully alter corporate operations. Brity Copilot helps with duties like meeting scheduling, conversation transcription, and minute draughting, which enhances business workflows. In the meantime, FabriX securely and scalable integrates GenAI capabilities with current IT systems.
Furthermore, Samsung SDS has advanced significantly in terms of model accuracy. Accuracy levels have increased from 80% to 98% through the use of retrieval-augmented generation (RAG), which feeds domain-specific data into LLMs. Because of this innovation, user input is better understood, producing more dependable and effective results.
Customers can get up to 98% accuracy from their GenAI services when they link their apps and data to the AI factory.
These tools can be used in settings other than offices. To ensure smoother operations, an international airport, for example, leverages Samsung SDS’s GenAI services to automate repetitive tasks and enable real-time multilingual communication.
The Impact of AI on Samsung SDS’s Workforce
Samsung SDS has experienced significant internal productivity increases because to GenAI solutions. Workers now spend 66% less time writing emails and 75% less time generating meeting minutes. Teams are able to focus their efforts on higher-value projects as a result.
Efficiency gains of up to 70% are been observed. “How each person uses GenAI services and their roles determines the variance.”
These developments enhance more than just performance indicators. They improve the daily lives of workers throughout the company, making their jobs easier and more fulfilling.
Looking Ahead
Samsung SDS’s capacity to innovate quickly and successfully has been greatly aided by its partnership with Dell Technologies. Dell Technologies’ infrastructure, which includes scalable PowerScale storage systems and PowerEdge XE-series servers, guarantees that Samsung SDS can quickly and accurately satisfy changing market demands.
With Dell Technologies, there’s a partner that helps us optimize and synchronize the entire server, storage, and networking stack to attain industry-leading AI performance. It also provides that which require on schedule to support the environments of customers.
By using Generative AI, Samsung SDS is redefining possibilities and opening the door for a wider industry-wide adoption of AI-driven solutions. By developing scalable, secure business models and improving hype automation, the company is opening up new possibilities for productivity, creativity, and teamwork.
What is Samsung SDS?
Global IT services provider Samsung SDS(Samsung data systems) provides digital transformation, cloud-based services, and logistics. It is a Samsung subsidiary.
Services
Vision
Samsung SDS, an enterprise cloud service provider, aimed to provide GenAI services that enhance people’s lives and work. Samsung SDS required enhanced compute and scalable storage for creating, training, and executing ML and LLMs in order to build and operate accurate, dependable GenAI services at scale for its own teams and its clients.
Solution
Using the Dell AI Factory with NVIDIA architecture, Samsung SDS developed a service platform in collaboration with its partner, Dell Technologies. Samsung SDS selected scalable Dell PowerScale storage, NVIDIA InfiniBand switches, and PowerEdge XE9680 servers with NVIDIA GPUs for the fundamental infrastructure of its AI Factory.
Impact
Samsung SDS’s AI factory allows its developers and clients to safely create and implement GenAI on a large scale. Two GenAI services have been introduced by Samsung SDS: FabriX allows secure connections between the GenAI tools in the Samsung SDS AI factory and the IT systems of its clients, and Brity Copilot automates business procedures.
Business Outcomes
- More than 200 GenAI use cases for clients and staff are supported.
- Uses RAG to speed up the creation of GenAI models with up to 98% accuracy.
- Gives Brity Copilot users access to GenAI, increasing their productivity by up to 70%.
- Allows users of Brity Copilot to compose email summaries 66% faster and meeting minutes 75% faster.
How Samsung SDS made use of The Dell Technologies
- PowerEdge XE servers from Dell: uses NVIDIA Tensor Core GPUs to provide GenAI tasks with dependable, quick performance.
- NVIDIA’s Dell AI Factory: offers a range of GenAI solutions, such as software, infrastructure, and tactics that are suitable for AI.
- Dell PowerScale Storage: Provides all-flash NVMe nodes for analytics, virtual workloads, AI, and high speed computing.
