BRYCK Platform Pro Max1

BRYCK®

We put our heart and effort in finding what’s needed to design the future & break barriers to develop the technology.

  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
  • BRYCK Platform Pro Max1
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A Portable Data Movement Platform..

In today’s global business environment, organizations use big data extensively to provide insights and make decisions based on reliable information and statistics.

The enormous volume of data generated creates challenges for capturing it, processing it at a reasonable speed, and transferring it to the data center fast and cost-effectively.

BRYCK delivers the only viable method of addressing these challenges optimally and cost-effectively. BRYCK platform enables customers to capture large amounts of data from any type of static or mobile edge.

The device enables users to process data in real-time at the edge and transport it to the data center or cloud, quickly and cost-effectively.

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Challenges

Big Data Challenges

We work with people and organizations who have ambitious missions – whether they are in the commercial, social or government sectors. We set up smart teams who love challenges and think disruptively to help our clients succeed.

Environment

Bandwidth constraints that are inadequate for the volumes of data, which causes slow runtime analytics and sluggish uploading/downloading of information. Typical WAN connections are very slow, while dedicated WAN connections are exorbitantly expensive.

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Bandwidth

Bandwidth constraints that are inadequate for the volumes of data, which causes slow runtime analytics and sluggish uploading/downloading of information. Typical WAN connections are very slow, while dedicated WAN connections are exorbitantly expensive.

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Speed & Security

Bandwidth constraints that are inadequate for the volumes of data, which causes slow runtime analytics and sluggish uploading/downloading of information. Typical WAN connections are very slow, while dedicated WAN connections are exorbitantly expensive.

Solutions

Managing the Massive Amounts of Data Generated

BRYCK is an edge to cloud/datacenter data management platform developed by a team of engineers at Tsecond. This powerful, high-density solution packs data up to a Petabyte into an external drive. Detachable and portable, BRYCK weighs only 12 pounds and fits in the palm of a hand. The rugged, easy-to-use device addresses the challenges of collecting edge data. With its user-friendly dashboard and standard interface, BRYCK provides a fast, simple way to transport big data between two endpoints.

Managing the Massive Amounts of Data Generated

Small and Compact

Small and lightweight, BRYCK takes a single physical trip to move petabytes of data from the edge to a data center or the cloud. By minimizing the time and infrastructure requirements.

Rugged and Durable

BRYCK’s rugged and small form factor enables customers to transport large datasets fast and cost-effectively between locations (domestically and internationally), using standard shipping practices.

Blazing Fast

Small and lightweight, BRYCK takes a single physical trip to move petabytes of data from the edge to a data center or the cloud. By minimizing the time and infrastructure requirements, BRYCK reduces the financial cost and the delays.

Simple and Secure

Small and lightweight, BRYCK takes a single physical trip to move petabytes of data from the edge to a data center or the cloud. By minimizing the time and infrastructure requirements, BRYCK reduces the financial cost and the delays.

Simple and Secure

Small and lightweight, BRYCK takes a single physical trip to move petabytes of data from the edge to a data center or the cloud. By minimizing the time and infrastructure requirements, BRYCK reduces the financial cost and the delays.

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Small and light-weight, BRYCK takes a single
transit or conveyance to move petabytes of data
from the edge to a data center or the cloud.

Benefits

Benefits of BRYCK

By handling big data faster, BRYCK enables organizations to process it quicker, apply findings earlier, use fewer resources, and incur lower costs to do so. The BRYCK data management platform offers multiple additional benefits.

  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
  • Enables capture of large data from static and mobile edges
Specifications

Technical Specifications

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Management

  • Web
  • Dashboards
  • REST API for data center orchestration
  • Power requirement: 240 – 800 Watt
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Storage

  • 128TB, 256TB, 512TB, 1PB
  • PCIe/NVMe
  • Rugged and portable
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Portability

  • Physical data transport
  • Waterproof and shock-resistant
  • Light-weight: 12 pounds
  • Small: 4″ x 4″ x 9.5
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Performance

  • Up to 40 GB/sec data access throughput
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DATA SECURITY

  • AES 256-bit data encryption
  • Tamper-resistant
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Data Protection

  • Self healing
  • Auto data corruptions recovery
  • Data protection from hardware component failures
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Data Access

  • Data Access
  • Direct attached I/O
  • Fast data transfer application
  • Interoperable with servers as direct attached storage
  • 1-BRYCK and 2-BRYCK access per server

BRYCK