White Paper GRACE
  • Introduction
  • GRACE, GRACE NET and GRACE CONNECT: understand the difference
  • The problems solved by GRACE NET
  • How fast is GRACE NET?
  • Top use cases for GRACE NET
  • How GRACE NET works
  • Technical framework and features
  • Interaction with other layers and Packet 2.
  • Integration and development tools
  • Ecosystem participants
  • Revenue Model
  • $GRACE token
  • Tokenomics and distribution
  • Team
  • Roadmap
  • Twitter
  • Website
  • Telegram Group
  • Telegram Chat
  • Discord
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The problems solved by GRACE NET

PreviousGRACE, GRACE NET and GRACE CONNECT: understand the differenceNextHow fast is GRACE NET?

Last updated 8 months ago

Data transfer, especially transfers of large files, has long been a pain point for enterprises, bottlenecking business processes and applications:

  • On the one hand, the underlying infrastructure protocols have their issues: UDP (User Datagram Protocol) is prone to congestion and data loss, and can be , while TCP (Transmission Control Protocol) or adequate resource distribution.

  • On the other hand, existing data solutions for enterprises, such as IBM Aspera, while partly mitigating these issues, can be very costly, especially for data-intensive startups.

  • Moreover, existing solutions often aren’t suitable for emerging use cases, such as crypto exchanges, distributed AI, Web3 services, and online games - all those projects that require the highest possible speed and latency minimization together with security and correct data sequencing.

GRACE NET solves these issues for both large enterprises and small startups: it offers an economical data solution that can handle large volumes of information at high speeds and requires only two servers on the client side to run. It is resilient to attacks, transfers data packets in correct order without duplication, and can be customized to fit precise use cases, be it AI, gaming, or crypto trading.

vulnerable to attacks
can’t offer sufficient speed