A live streaming and VOD knowledge base for enterprise technical and business teams—protocols and latency, video encryption, platform selection, and corporate training and marketing livestreams. We explain the principles and give you checklists you can act on.
A practical guide for hospitals, societies, and medical educators: how to capture surgical teaching signals, protect image quality and color, tier viewer access, and handle patient privacy, informed consent, and prescription-product content in livestreams.
An OBS streaming settings guide for enterprise and course livestreams: how to set bitrate from your upload bandwidth, how to balance resolution and frame rate, why a 2-second keyframe interval is recommended, how to choose between x264 and hardware encoders (NVENC, QuickSync, AMF, Apple VT), and a pre-broadcast checklist.
How enterprise live streaming aPaaS differs from SaaS and PaaS, when low-code branded live rooms make sense, what to evaluate, and common onboarding steps.
A video platform selection guide for financial institutions and government organizations: core requirements around security, permissions, content control, and integration, and four build paths from standard SaaS to full private deployment.
Principles, methods, and selection checklists for the four most common enterprise video scenarios.
Corporate trainingInternal training, partner enablement, and knowledge capture 
Marketing livestreamsWebinar lead generation, registration, and conversion 
Technical choicesTrade-offs in protocols, latency, encryption, and architecture 
Private deploymentSecurity, compliance, and integration for finance and government Open a free POLYV account and test go-live, interaction, access control, and encryption against real business scenarios. Need customization or private deployment? Book a one-on-one session with a solutions advisor.
A practical guide for hospitals, societies, and medical educators: how to capture surgical teaching signals, protect image quality and color, tier viewer access, and handle patient privacy, informed consent, and prescription-product content in livestreams.
An OBS streaming settings guide for enterprise and course livestreams: how to set bitrate from your upload bandwidth, how to balance resolution and frame rate, why a 2-second keyframe interval is recommended, how to choose between x264 and hardware encoders (NVENC, QuickSync, AMF, Apple VT), and a pre-broadcast checklist.
How enterprise live streaming aPaaS differs from SaaS and PaaS, when low-code branded live rooms make sense, what to evaluate, and common onboarding steps.
A video platform selection guide for financial institutions and government organizations: core requirements around security, permissions, content control, and integration, and four build paths from standard SaaS to full private deployment.
A survey of where AI is landing in live streaming and video on demand—speech-recognition captions and translation, summaries and chapters, smart clipping, digital-human hosts, multimodal moderation, and Q&A—plus the compliance rules for labeling AI-generated content that businesses need to watch.
A practical operations playbook for corporate training livestreams, covering needs analysis and format design, registration and equipment rehearsals, in-session interaction and facilitation, replays and knowledge capture, and how to evaluate results with the Kirkpatrick four-level model.
A selection method for enterprise live streaming platforms across six dimensions—business scenarios, integration depth, data security, concurrency and stability, interaction and marketing tools, and cost—comparing four delivery models: SaaS, aPaaS, PaaS, and private deployment.
A systematic look at the four layers of VOD content protection—transport and storage security, HLS AES-128 and SAMPLE-AES, commercial DRM, and URL authentication, hotlink protection, and digital watermarking—with recommended combinations for different businesses.
A stage-by-stage breakdown of live streaming latency—capture, encoding, ingest, transcoding, delivery, and playback—with a comparison of typical latency and use cases for RTMP, HLS, LL-HLS, WebRTC, and SRT, plus a practical checklist for reducing delay.
