Horus ISP
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View allAI revenue needs operable edge services for ISPsAuditable sovereign controls for regulated visual servicesSovereignty as a service for ISPs with Horus ISPSovereign AI and semantic search as a serviceFederated sovereign edge as a commercial playbookVideo intelligence that is easier to productizeAI datacenters and sovereign cloud as a new businessPrivate edge and sovereignty as a monetization playbookStable video uplink and efficient edge for critical servicesThe ISP network as a distributed physical AI platformResilient hybrid architecture for Horus ISP nodes in the ISPVideo analytics with cost and latency under controlVideo semantic search at scale: a premium service for ISPsLower-cost camera inference: a path to stronger video analytics marginSemantic search for ISP video archives: from passive recording to premium evidenceTwo-node edge high availability: a pragmatic base for Horus ISP servicesWhat an ISP can learn from the new AI video stackData sovereignty and lower AI cost: why the ISP datacenter matters moreNot every video analytics workload should run the same wayIf AI is a new telco revenue stream, ISPs need a first sellable serviceSmart-X distributed inference: splitting AI improves total service costEdge AI is not telco hype: it is a path to profitable video offersEdge video analytics: process before upload to protect margin and privacyEdge, video analytics, and new services: what this section will trackThe ISP datacenter as a new visual intelligence layerOpen Telco AI: evaluable models for governed ISP servicesTelco AI grids: monetizing ISP infrastructure with video analyticsTelco AI delivers ROI when it becomes an operable service
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Architecture

Hybrid architecture connecting customer cameras, ISP infrastructure, Horus Cloud, recording services, and AI-ready processing.

Architecture

Hybrid architecture for operator services

Horus is designed to split service execution between the customer site, the ISP, and the cloud. Cameras stay on the customer LAN, while the operator can centralize service components for viewing, recording, and analytics inside its own infrastructure.

1. Customer side

  • The ISP router manages camera connectivity on the local network.
  • Discovery and onboarding work with standard camera access paths such as ONVIF and RTSP.
  • The customer keeps the installed cameras while the service model evolves above them.

2. ISP side

  • Horus services in the operator environment maintain one service connection per camera and quality level.
  • The same stream can support live viewing, recording, and future analytics without duplicating unnecessary upstream traffic.
  • ISP AI hardware can process streams as inputs for inference engines and turn video into actionable events.
  • Capacity grows horizontally, so infrastructure demand follows contracted services in a predictable way.

3. Cloud side

  • Horus Cloud provides centralized control, account management, mobile integration, and service coordination.
  • Multi-tenant operation stays consistent across customers, communities, and partners.
  • AI-generated events and authorized streams feed notifications, mobile views, and operational workflows.
  • New services can be activated without redesigning the full field architecture.

4. Why it matters for the ISP

  • New recurring revenue on top of connectivity
  • Better customer retention through sticky managed services
  • More efficient use of streaming bandwidth
  • Stronger differentiation against connectivity-only competitors

ISP Benefits with Horus integration