Signaling & SIP
KamailioOpenSIPSDrachtioSIP / TLSSIPRECSBC patterns
TECHNOLOGY
Open standards. Modern cloud. Deep real-time expertise.
We select technology according to the problem: signaling behavior, media path, latency, scale, security, operational ownership and integration requirements.
Media & Real-Time
FreeSWITCHRTPengineWebRTCICE / STUN / TURNSRTPCodec strategy
Voice AI
LiveKitElevenLabsDeepgramWhisperAzure SpeechLLM orchestration
Cloud & Platform
AWSGoogle CloudDockerKubernetesTerraformRedis
Data & Applications
PostgreSQLMySQLMongoDBNode.jsGoPython
Observability
GrafanaPrometheusHomerSIP captureMetrics & SLOsAlerting
TECHNICAL PRINCIPLES
Architecture before tooling.
Minimize unnecessary media hops. Every hop adds latency, complexity and another place to fail.
Keep signaling observable. SIP systems should be diagnosable from ingress to egress.
Design failure explicitly. Capacity, retries, failover and degradation modes belong in the architecture.
Automate operations. Infrastructure and deployment patterns should be repeatable and measurable.
ENGINEER THE NEXT EXPERIENCE
Discuss your project ↗From concept to production-grade voice infrastructure.
Architecture, implementation, integration and operational readiness — designed as one coherent system.