Make use of already-invested server infrastructure to create SDS (Software Defined Storage) Approximately 50% cheaper compared to SAN approach Up to 9GB cash Up to 100GB port speed Ultra-high tolerance. Have storage controllers as many as number of servers available. No vendor lock-in, use any server, any HDD. Its an architecture that tightly integrates compute, storage, networking and virtualization resources …

Hybrid Converged Solutions Benefits:

Make use of already-invested server infrastructure to
create SDS (Software Defined Storage).
Approximately 50% cheaper compared to SAN
approach.
Up to 9GB cash.
Up to 100GB port speed.
Ultra-high tolerance. Have storage controllers as
many as number of servers available.
No vendor lock-in, use any server, any HDD.
Its an architecture that tightly integrates compute,
storage, networking and virtualization resources
and other technologies from scratch in a commodity
hardware box supported by a single vendor.

Network Virtualization Solutions

The  goal  of  Network  Virtualization  as  an  overlay  network is the decoupling of the physical topology from the logical topology, to allow connectivity between computing (virtual or   physical)   and   network   services   (virtual   or   physical) regardless of where they may reside within the datacenter. IP Storage and Big Data Networking Solutions The networking demands  of  big  data  analytics,  flash-based  and  scale-out storage, and hyper-converged compute solutions are driving a  migration  from  legacy  fiber  channel  to  Next-Generation IP-based  storage  networks.  These  Next-Generation  storage applications  require  an  open,  programmable,  lossless  and highly  available  IP  storage  networking  solution  in  order  to support  their  unique  traffic  patterns.

The storage landscape is evolving from premium priced proprietary hardware and software solutions to open industry standard
hardware and the benefits are significant: reduced vendor lock-in, significantly open innovation with new technologies like all NVMe solutions

Software Defined Storage Benefits:

• Maximum Efficiency - High capacity 1U-4U form factors. Leading the industry with up 95% efficient Platinum level power supplies
• Maximum Performance and expand ability - All NVMe support with hybrid expander and delivering up to 20 GB/s throughput
• Mission Critical Reliability - Capable of fully redundant and fault-tolerant operation with supplies, fans and redundant server boards
with remote management
• Proven Compatibility - Lab validated hardware configurations optimized for high duty cycles workloads

Full Range of Rackmount, Workstation & Tower Chassis and blades- mini-1U, 1U, 2U, 3U & 4U and Special attention to Micro-Blade generation: It represents an entirely new type of computing platform. It is a powerful and flexible extreme-density 6U/3U all-in-one total system that features 28/14 hot-swappable Micro-Blade Servers supporting 28/14 Newest Dual-Node Xeon UP systems with Intel E3-1200 v5 family configurations with up to 2 SSDs/1 HDD per Node. The 6U/3U Micro-Blade enclosure can incorporate up to 2 Chassis Management Modules, and up to 2 Switch Modules for efficient, high-bandwidth communications. It can incorporate up to 8 redundant (N+1 or N+N) 1600/2000W high efficiency (95%/96%) power supplies with cooling fans. This innovative new generation architecture includes micro-server, networking, storage, and unified remote management for Cloud Computing, Video Streaming, Content Delivery, Social Networking, Desktop Virtualization and Remote Workstation applications.

Our Provided Server Solutions Benefits

-Uncompromising Quality Control
-Widest Variety of Application Optimized Solutions, from High End Clusters
-Optimized thermal design: better cooling performance, less power consumption
-Best Performance per-Watt, per-Square-Foot, and per-Dollar

VDI has become increasingly popular with the broadened availability of mobile broadband, higher bandwidth, more compute power in modern mobile devices, higher display resolutions and a trend of BYOD within enterprises. NVIDIA virtual GPU software runs on NVIDIA Tesla GPUs and is based on NVIDIA Volta, NVIDIA Pascal™, and NVIDIA Maxwell™ GPU architectures.
Our solutions to free people from the constraints of a more traditional enterprise computing model. Our approach is already enabling people to work and collaborate from anywhere, and to access any IT service from any device. It is a new, more people-centric approach that spans from desktop to datacenter.
IT has the ability to centralize, virtualize and deliver apps, desktops and data with greater control, security, and efficiency and ultimately lower operating costs. Any data center becomes a delivery center and where all aspects of computing become cloud-based services.

Virtual Desktop & Applications Hosting Solutions
fully configured GPU server solutions to address the rapidly growing Virtual Desktop Infrastructure (VDI) market. These solutions include a 1U, 2U, FatTwin™, or 4U Tower Server configured with 2x Intel Xeon E5-2600 v4/v3 CPUs, up to 3TB ECC DDR4-2400MHz memory in 24 DIMM slots per node, and NVIDIA Tesla GPUs based on the Volta, Pascal, and Maxwell architectures which deliver best-in-class virtual desktop experience to users anytime and anywhere.

Benefits:

• Delivery apps and desktops no longer has to be directly related to the physical device
• Apps and desktops can be delivered on-demand, to any type of device
• Enabling users to get access to what they need when then need it.
• Eliminating or reducing device support, expensive PC refresh cycles

• Best Windows 10 VDI user Experience.
• Live Migration. Ensure continuous uptime by migrating live, GPU-accelerated VMs, with no impact to the user and no loss of data.
• Multiple Monitor. Support multiple HD displays and up to two 4K-resolution displays to expand your workspace, enhance multi-tasking, and increase productivity.
• Native-PC Experience. Utilize NVIDIA GRID software with Tesla GPUs to deliver responsive, virtual workspaces that perform like native PCs to every user.
• Linux OS Applications. Deliver the benefits of like-native performance of VDI environments to software developers and EDA designers that rely on a Linux-based development environment.

Utilizing big data analytics is no longer a question of when, but how. Enterprises deploying Hadoop solutions need a high performance, scalable and reliable infrastructure and can expend a large amount of resource searching for the best architecture and the most capable solution provider. The Provided Hadoop Solutions are certified server, storage, networking, software and service configurations that take the guess work out of designing and deploying a truly scalable Big Data infrastructure.

Data Protection

Data  Protection  Solutions  are  designed  to  detect  potential data  breaches  /  data  ex-filtration  transmissions  and  prevent them  by  monitoring,  detecting  and  blocking  sensitive  data while  in-use  (endpoint  actions),  in-motion  (network  traffic), and at-rest (data storage). In data leakage incidents, sensitive data is disclosed to unauthorized personnel either by malicious intent. Such sensitive data can come in the form of private or company information, financial or patient information, credit- card data, and other information depending on the business and the industry.

Breach Detection Systems (BDS)

Breach detection systems provide protection against zero-day attacks  and  designed  to  discover  malware  that  is  bypassing traditional    security    technologies    by    examining    various indicators  to  determine  whether  files  are  malicious.  BDS  are typically  deployed  at  the  network  layer  and  provide  deeper insight  into  potentially  malicious  files  and  traffic  than  do traditional  application  layer  security  products.

EDR  Detection  and  Response  (BDS:  Advanced  Endpoint Protection)

Traditional  antivirus  (AV)  is  not  the  solution  for  endpoint security  –  it’s  the  problem.  AV  can  no  longer  stop  today’s threats.  Advanced  endpoint  protection  is  the  only  solution offering  that  replaces  AV  with “multi-method  prevention”:  a proprietary  combination  of  malware  and  exploit  prevention methods that pre-emptively block both known and unknown threats.   advanced   endpoint   protection,   with   its   unique combination of the most effective, purpose-built, malware and exploit  prevention  methods,  prevents  known  and  unknown threats  before  they  compromise  an  endpoint.

BDS: Malware Protection

Modern  malware  is  at  the  heart  of  many  of  today’s  most sophisticated network attacks and is increasingly customized to avoid traditional security solutions. The integrated approach has  been  developed  that  addresses  the  full  malware  life cycle, which includes preventing infections, identifying zero- day  malware  (undiscovered  malware),  or  targeted  malware (malware  targeting  a  specific  industry  or  corporation),  as well as pinpointing and disrupting active infections. The APT engine exposes zero-day and targeted malware through direct observation  in  a  virtual  environment  within  the  system. The APT  also  makes  extensive  use  of  the  App-ID  technology  by identifying file transfers within all applications, not just email attachments  or  browser-based  file  downloads.

Unified Mobile Device Management

Mobile  device  management  (MDM)  and  Mobile  Application Management  (MAM)  products  are  the  software  that  allows IT  administrators  to  control,  secure  and  enforce  policies  on smartphones, tablets and other endpoints. MDM & MAM are the   core   component   of   enterprise   mobility   management (EMM) which also includes mobile application management, identity and access management and enterprise file sync and share. MDM intends to optimize the functionality and security of mobile devices within the enterprise while simultaneously protecting  the  corporate  network.