Zeblok Computational
1.3.4
1.3.4
  • AI-MicroCloud
    • About Ai-MicroCloud
    • Need for Ai-MicroCloud
    • Ai-MicroCloud Lifecycle Managment
  • PROCEDURE
    • Create an Account
      • Individual User
    • Sign In
    • Inviting User
    • Role definition by ISV administrator:
      • IAM
        • Roles
        • Usergroup
        • Organizations
    • NameSpaces
    • Workstations
      • Onboard Workstation
      • Edit feature
      • Spawn Ai-WorkStation
      • Build, Serve and Deploy
        • Notebooks
          • Installing different frameworks
        • Build Models
          • ZBL Command Line Interface
            • How to use the CLI
        • Containerization
    • Microservice
      • Onboard Microservices
      • Edit feature
      • Spawn MicroService
      • Spawn Multi-container Ai-Microservices
    • Gen-AI Workspace
      • Chat Platform
      • Knowledge Distilation
    • Spawn Orchestration Add-on
    • SDK
  • DATA AND METRICS
    • DataLake
      • Datasets
    • Monitoring
      • Resource level monitoring
  • MORE
    • Manage Account
      • Forgot Password
      • 2 Factor Authentication
    • Admin Guide
      • Menu
      • Dashboard
      • DataCenters
      • Plans
      • Lifecycle Manager
    • Video Tutorial
  • RELEASES
    • Release Notes
  • Support
    • Support Emails
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On this page
  • Platform Gap
  • Application Gap
  • Integration Gap
  • Usability Gap
  • Need for Flexibility
  • Infrastructure Barriers
  • AI at the Edge
  • SMB Challenges
  • Enterprise Maturity
  • Post-Training Gaps
  • Deployment Complexity

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  1. AI-MicroCloud

Need for Ai-MicroCloud

Platform Gap

Enterprises often move data to hyperscaler AI stacks due to limited options, leading to vendor lock-in, data security risks, and underused infrastructure. Businesses need AI to come to their data—not the other way around.

Application Gap

Organizations need plug-and-play AI frameworks to quickly build applications like chatbots, AI search, and analytics. Managing this across diverse models and use cases remains complex and fragmented.

Integration Gap

Embedding AI into products and workflows requires unified access to varied AI models (NLP, vision, LLMs, etc.) via APIs. Secure deployment, compliance, and multi-environment support are still hard to achieve.

Usability Gap

Businesses expect a seamless, cloud-like experience even in hybrid and edge environments. Simplicity, role-based usability, and consistency are key to driving AI adoption across teams.

Need for Flexibility

Enterprises want to run diverse AI models on varied hardware to find optimal cost-performance without sacrificing data residency, performance, or speed to market.

Infrastructure Barriers

Most enterprises lack the talent and resources to build and manage AI data centers, especially considering power, cooling, and GPU costs.

AI at the Edge

  • Low Latency Needs: While training can happen centrally, real-time inference—especially for multimedia—requires edge deployment to meet user expectations.

  • Vision Use Cases: Edge is essential for computer vision, where IoT devices like cameras play a central role.

SMB Challenges

AI is valuable for SMBs, but high costs, complexity, and privacy concerns hinder adoption.

Enterprise Maturity

Advanced organizations manage data well and weigh “buy vs build” for ML operations, often with a focus on model versioning.

Post-Training Gaps

AI workflows often break down post-training due to diverse hardware needs and dynamic scaling—pushing enterprises toward complex HPC solutions.

Deployment Complexity

Inference must fit into enterprise CI/CD pipelines. Hybrid and edge deployments, along with diverse vendor integrations, make rollout difficult.

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