"Cohesity’s scale-out, hyperconverged secondary storage platform allowed us to build a true Software-Defined Data Center. With DataPlatform and DataProtect, we pulled the intelligence in the software layer and were able to simplify our overall IT operations."

Bradley Wilton, IT Director


For over 70 years, Valley Proteins, Inc. has been a leader in providing an invaluable service to the global economy and the environment. They collect and recycle animal processing waste from the food industry that otherwise would lead to environmental contamination. Valley Proteins provide disposal services to restaurants, supermarkets, slaughterhouses and poultry processing facilities throughout the mid-Atlantic, eastern and southwestern United States.

Valley Proteins’ clean and efficient conversion plants recycle the waste streams (fat and bone trimmings, waste cooking oils and meat/poultry waste) into safe, high-energy feed fat and protein-rich meal products, resulting in zero-waste. These value-added sustainable ingredients provide the nutrients feed producers need to create high-quality animal feeds.


Technology savvy IT team, led by Bradley Wilton, IT Director, wanted to adopt a Software-Defined architecture for their data centers that would allow them to better address their businesses growing and evolving needs. Highly scalable and flexible solutions were required to handle their modern workflows, and it would have been very difficult and cost prohibitive for the team to continue using their existing EMC solution for primary and secondary storage.

The team deployed flash based Pure Storage for their primary storage and wanted similar benefits of scalability, ease of use and management from their secondary storage platform. With their Dell EMC Data Domain reaching capacity and an upcoming renewal of Dell EMC Avamar, the team started to evaluate other available options.

The main criteria for selecting their next gen secondary storage solution included

  • Scale-out architecture
  • Lower TCO
  • Simplified ease of use and management
  • Solution

    Expanding their existing EMC Avamar + DataDomain would have addressed their capacity issues but would have further silo’ed Valley Proteins’ secondary storage environment. The initial CapEx and ongoing OpEx were prohibitive. To adopt a scalable architecture, the team decided to replace EMC Avamar and DataDomain with Cohesity DataProtect, a hyperconverged secondary storage solution.

    Cohesity allowed Valley Proteins to consolidate its backup software and target storage onto one, easy to use and manage unified solution. The close integration of Cohesity DataProtect with Pure Storage FlashArray//m offered the team automated tier snapshots and long-term retention capabilities of their virtual and physical servers and MS SQL databases.

    By leveraging parallelized data ingestion and storing each backup as a fully hydrated copy on Cohesity DataPlatform, the team reduced their recovery points to sub-5 minutes and achieved near-instantaneous recovery. During the proof-of-concept, Valley Proteins had a server fail and with Cohesity, the team was able to recover and operationalize the node 4x faster than the incumbent solution.


    Valley Proteins achieved scalability, ease of use and management with Cohesity, all while reducing their cost.

    • Ease of use and manage: Cohesity solution comes with a simple, easy to use interface and dashboard, resulting in eliminating the need to manage multiple silos. By converging backup software, replication, and target storage, in one unified solution, the team simplified their secondary data management.
    • Scalability: Designed on web-scale architecture, with Cohesity, Valley Proteins can scale-out, mixed hardware configurations and generations without any complication.
    • Lower TCO: The team lowered their CapEx by leveraging a hyperconverged platform that is optimally configured for Cohesity. Cohesity’s simplified management also eliminated the need to invest time and money into specialized training. A simple UI helped the team to increase their operator to device ratio.