REAL-TIME COMMUNICATION
WebSocket, persistent connections and live events for low-latency bidirectional interaction.
EN
We engineer real-time architectures connecting applications, persistent connections, events, messaging, synchronization and cloud infrastructure.
From communication layers to synchronization mechanisms, we engineer the components required for interactive and connected platforms.
WebSocket, persistent connections and live events for low-latency bidirectional interaction.
Event-driven flows, message queues and asynchronous processing to decouple services and absorb traffic spikes.
Online state, instant synchronization, shared state and coordination across connected experiences.
Notifications, operational updates, live feeds and event propagation across Web and mobile applications.
Audio, video and peer-to-peer communications integrated into interactive digital products.
Connection lifecycle management, resilience, observability and distributed architectures engineered to scale.
Each layer is engineered to transport, distribute and synchronize events between clients and platform services.
Web applications, mobile products and connected interfaces consuming real-time streams.
WebSocket, WebRTC and persistent channels transporting live interactions.
Queues, events, pub/sub and asynchronous processing distributing messages across services.
Business services, data, cache and application logic synchronized with live flows.
We combine protocols, frameworks, messaging, backend and infrastructure according to the product’s actual requirements.
Identify live interactions, latency constraints, connection volumes and critical event flows.
Define protocols, channels, events, services, synchronization strategies and resilience mechanisms.
Engineer gateways, event services, backend integrations and real-time communication interfaces.
Test latency, reconnection, concurrency, load behavior, graceful degradation and security.
Observe connections, events, failures and performance to keep the platform reliable in production.
Reduce the delay between an event and its propagation across connected users and systems.
Maintain reliable communication through reconnections, network failures and changing traffic loads.
Keep state consistent across clients, services and data in distributed environments.
Engineer the architecture to support growing numbers of connections, events and services.
Tell us what you're building. We can help design, engineer and scale the right solution.