Adding video calling, messaging, or live streaming to an application involves more than connecting two users. Developers must account for media delivery, signaling, authentication, mobile call notifications, recording, and the infrastructure that keeps everything running.
A traditional Communications Platform as a Service (CPaaS) provider handles much of this complexity through hosted APIs. However, teams that need greater infrastructure control, predictable operating costs, or tighter control over where communications data is stored may want another option.
Socrits is a self-hosted CPaaS platform designed to bring video, voice, chat, call invitations, live streaming, and recording together on infrastructure you control. It combines software development kits (SDKs) with a communications stack built around LiveKit for real-time media.
This guide explains how Socrits works, what makes self-hosted CPaaS different, and what developers and engineering leaders should consider before adopting it.
Socrits is a communications platform for product teams that want to integrate real-time interactions without building every supporting component from scratch.
Rather than assembling separate providers for calling, messaging, invitations, and recording, developers can use the Socrits video, voice, and chat platform to implement these capabilities.
According to the official Socrits website, the platform includes:
Voice and video: One-to-one and group calls powered by WebRTC media infrastructure.
Call invitations: Signaling for inviting users, accepting or rejecting calls, and handling timeouts.
Persistent chat: One-to-one and group messaging with conversation history and delivery-related features.
Live streaming: Broadcasting workflows using RTMP/WHIP ingestion and HLS delivery.
Recording: Server-side recording with output directed to S3-compatible storage.
Developer SDKs: Support for Flutter, web, and React Native.
Infrastructure controls: Project management, API keys, usage metering, and self-hosted deployment options.
The underlying idea is straightforward: developers should be able to build communication features into their products without independently implementing every piece of the real-time communications stack.
Who is Socrits designed for?
Socrits may be relevant to several types of product teams:
SaaS founders building collaboration, consultation, or customer-support features.
Developers integrating calling and messaging into web or mobile applications.
Telehealth platforms that need video consultations and control over recording destinations.
Marketplaces and social applications that require in-app calls and persistent conversations.
Engineering leaders evaluating infrastructure ownership, vendor dependencies, and communication costs.
The right fit depends on the application's scale, compliance requirements, engineering capacity, and tolerance for operating infrastructure.
CPaaS stands for Communications Platform as a Service. It gives developers APIs and SDKs for adding communication capabilities to existing applications.
For example, an online tutoring platform might use CPaaS to let students join video lessons, message instructors, and receive incoming-call notifications without building an entire communications system internally.
In a conventional hosted model, the provider operates the communications infrastructure. In a self-hosted model, the software runs in infrastructure managed or controlled by the customer, such as its own cloud account or virtual private cloud (VPC).
| Consideration | Hosted CPaaS | Self-hosted CPaaS |
|---|---|---|
| Infrastructure | Primarily operated by the provider | Operated within your chosen environment |
| Initial setup | Usually simpler | Requires deployment and configuration |
| Operational responsibility | More provider-managed | More responsibility for your team |
| Data-location control | Depends on provider options | Greater control over deployment location |
| Cost structure | Commonly usage-based | Infrastructure costs plus software and operational costs |
| Customization | Depends on APIs and product limits | Depends on platform capabilities and deployment access |
| Scaling | Provider-managed within service limits | Requires capacity planning and infrastructure management |
Self-hosting does not automatically mean lower costs, better security, or regulatory compliance. It changes who controls the infrastructure and who is responsible for operating it.
A real-time communication product requires more than an API endpoint. It needs several components working together.
1. WebRTC media infrastructure
WebRTC provides standardized browser and application interfaces for real-time audio, video, and data communication. It is a technology foundation, not a complete communications product.
Socrits uses a media architecture built around LiveKit, including a selective forwarding unit (SFU).
An SFU receives media streams from participants and forwards them to other participants as needed. This approach is useful for group calls because each participant does not have to establish an independent media connection with every other participant.
For example, in a virtual classroom with 20 students and one instructor, an SFU can distribute the instructor's video to the students while coordinating other participants' media streams.
Actual performance depends on network conditions, codecs, device capabilities, server capacity, and room configuration.
2. Signaling and call invitations
WebRTC does not, by itself, provide an entire application's call invitation workflow.
Applications still need mechanisms for identifying users, initiating calls, communicating connection information, and handling acceptance, rejection, cancellation, and timeouts.
Socrits provides a signaling layer and call-invitation functionality. Its documented mobile workflows also use Firebase Cloud Messaging (FCM) and Apple CallKit for incoming-call experiences.
This can save development effort, particularly for applications that need calls to reach users when the application is not actively open. However, push delivery, operating-system behavior, and device permissions still need appropriate implementation and testing.
3. Chat and persistent messaging
Many products need messaging alongside calls. A customer might send a link before a consultation, share information during a session, or continue a conversation afterward.
Socrits combines calling and persistent chat capabilities through its platform. Listed messaging features include conversation history, typing indicators, read receipts, unread counts, and paginated history.
A shared communication layer can simplify integration, although teams should still evaluate message retention, delivery guarantees, moderation requirements, and integration with their existing application data.
4. Recording and live streaming
Recording and broadcasting introduce different infrastructure requirements from ordinary interactive calls.
Socrits supports recording workflows that can write output to S3-compatible storage controlled by the customer. It also supports live-streaming workflows involving RTMP or WHIP ingestion and HLS delivery.
These capabilities can be useful for recorded consultations, online classes, webinars, creator platforms, and events.
Teams should verify recording permissions, access controls, retention policies, storage costs, and applicable consent requirements before deploying these features in production.
A practical implementation can be divided into four stages.
Step 1: Choose your deployment model.
Start with the Socrits developer resources and decide whether hosted usage or a self-hosted deployment better matches your current requirements.
Step 2: Configure authentication.
Keep API keys on your backend. Socrits documents a session-token workflow in which the backend creates short-lived user tokens for client connections.
Do not embed privileged credentials in browser or mobile application code.
Step 3: Integrate the SDK.
Choose the appropriate SDK for your application using the Socrits SDK documentation. For example, a Flutter application can use the Socrits Flutter package, while web and React Native projects can use its JavaScript SDK.
Start with a small use case, such as a one-to-one call, before introducing group calls, persistent chat, and recording.
Step 4: Test operational behavior.
Test more than the happy path. Check reconnects after network changes, denied camera permissions, unavailable users, interrupted calls, expired tokens, and mobile background behavior.
Before launch, also test capacity, monitoring, backup procedures, and deployment recovery.
The total cost depends on whether you use hosted services or run the platform yourself.
Socrits lists a free Developer tier with 10,000 participant-minutes per month, a usage-based Scale tier, and a custom-priced self-hosted option. Its published Scale pricing is $0.0009 per participant-minute.
A participant-minute counts each participant's time in a call. A 30-minute call involving four participants therefore represents 120 participant-minutes.
For a self-hosted deployment, eliminating a per-minute platform fee does not eliminate the cost of running the system. Cloud compute, bandwidth, storage, monitoring, backups, and engineering time remain relevant.
To compare options fairly, estimate your monthly participant-minutes, average call size, recording volume, expected traffic patterns, and operational staffing requirements. Then compare the full cost of each deployment model rather than just its headline rate.
Check the Socrits pricing and deployment options for current plans, usage rates, and terms before making a purchasing decision.
Socrits is worth evaluating when infrastructure ownership is a central requirement rather than a secondary preference.
A hosted provider may be the better option when your team needs to launch quickly, has limited infrastructure expertise, or prefers the provider to manage most operational responsibilities.
A self-hosted platform may be more attractive when you need control over deployment location, want to consolidate multiple communication features, or have sufficient usage to justify operating your own infrastructure.
Before choosing, evaluate:
Reliability: What availability commitments, monitoring tools, and recovery procedures are provided?
Security: How are secrets, access permissions, recordings, and updates managed?
Scalability: What happens when concurrent rooms or media traffic increase sharply?
Portability: How easily can you change providers or migrate your data?
Developer experience: Are the SDKs, documentation, and integration workflows suitable for your team?
Total cost: Have you included infrastructure, bandwidth, maintenance, and support?
Avoid treating published performance targets or price comparisons as guarantees. Validate them against your workload and the terms of the service.
Self-hosted CPaaS is not simply a cheaper version of a hosted API. It is a different infrastructure decision.
For a small team validating an early product, a managed service may reduce distractions and speed up delivery. For an established platform with substantial communication usage, specific data-location requirements, or a team capable of managing production infrastructure, self-hosting may offer meaningful control.
Socrits brings video, voice, chat, invitations, streaming, and recording into one platform, with SDKs intended to reduce the work involved in integrating these features.
The next step is to map your actual requirements against its supported capabilities, deployment options, security model, and operating costs. A small proof of concept, followed by a realistic load and failure test, will reveal far more than a feature checklist alone.
Explore the Socrits self-hosted CPaaS platform and developer documentation to assess whether its approach fits your application.
Get startedStart free with 10,000 participant-minutes every month. Move to your own infrastructure whenever you're ready — the SDKs never change.