Services

What we build, operate, and secure

CHERNOMOR delivers four integrated infrastructure services — each grounded in production experience, not theory. We build the system, prove it works under load, and transfer operational ownership. When we leave, the system runs without us.

Service Track

Cloud infrastructure engineering

We architect and build distributed backend systems, multi-cloud deployments on AWS and GCP, high-availability foundations, monitoring and observability stacks, and CI/CD automation. The typical client comes to us because their platform goes down under load, their infrastructure team is too small to architect at scale, or their observability is fragmented and missing critical signals.

We don’t consult on architecture — we build the system, prove it handles production traffic, and hand it over so your team can operate it independently.

  • Architecture design for distributed backends
  • API-centric platform engineering
  • Multi-cloud deployment (AWS, GCP)
  • High-availability engineering with failover
  • Monitoring and observability stacks
  • CI/CD and deployment automation

Proof: GetLead (Mobility Media) — cloud-native ad operations platform, stabilized with production-grade observability

Cloud infrastructure — full details

Service Track

A2P telecom messaging and routing

We build and operate compliant A2P messaging infrastructure for OTP, 2FA, silent authentication, and service-notification traffic. Our stack combines SMPP integration, route policy controls, quality monitoring, and abuse detection so traffic quality is measurable and defensible.

Beyond verification messaging, we support telecom programs tied to carrier traffic monetization, IoT messaging, eSIM onboarding journeys, and 5G data-service flows where routing quality and auditability directly impact business outcomes.

  • A2P messaging infrastructure (OTP, 2FA, silent authentication)
  • SMPP integration and protocol engineering
  • Traffic routing controls and carrier-grade visibility
  • Traffic analytics, delivery quality scoring, and anomaly detection
  • Abuse detection and prevention
  • Support for IoT, eSIM, and 5G service traffic programs
Telecom messaging — full details

Service Track

AI-driven operations automation

We build AI and automation layers that act on infrastructure telemetry — not dashboards that look impressive but don’t reduce operational burden. Our systems detect anomalies before they become incidents, optimize traffic routing, and provide quality forecasting that replaces reactive firefighting with predictive prevention.

The typical client is drowning in alerts but missing the real problems. They want infrastructure that adapts before humans notice the problem — fewer 3AM pages, faster root cause analysis, and automation that actually works.

  • AI-assisted analysis of infrastructure telemetry
  • Predictive monitoring and anomaly detection
  • ML-driven pattern recognition for traffic quality
  • Automated incident response workflows
  • Capacity planning automation

Proof: OCSPD — cybersecurity posture engineering, improved security communication through AI-assisted analysis

AI & automation — full details

Service Track

Compliance frameworks that protect without paralyzing

Compliance isn’t a layer you add later. It’s how the system works from day one. We design and implement KYC/KYB verification workflows, staged trust escalation, sanctions screening, use-case review processes, and ongoing monitoring — compliance frameworks that satisfy regulators, prevent abuse, and don’t create so much friction that legitimate clients abandon onboarding.

The typical client needs to pass their next audit, or they’ve discovered their compliance process is either too loose (risk exposure) or too heavy (client abandonment). We build the middle path.

  • KYC/KYB verification workflows
  • Staged trust escalation before scale-up
  • Sanctions screening and enhanced due diligence
  • Signed policy frameworks
  • Ongoing monitoring and suspension triggers

Proof: Published KYC/AML Policy and Service Level Agreement — live, public, enforceable

Compliance governance — full details

Platform Layer

Identity and Messaging Platform

Our messaging infrastructure is part of a broader Identity and Messaging Platform used by B2B teams that need authentication reliability, integration control, and telecom-grade operational visibility. The platform is engineered for production identity flows rather than campaign-oriented bulk messaging patterns.

It supports user authentication, messaging integrations, telecom connectivity, and identity verification technologies through operational controls that prioritize auditability, quality, and policy alignment.

  • User authentication infrastructure across OTP, 2FA, and verification-driven account journeys
  • Messaging integrations through SMPP and API interfaces with policy-governed routing controls
  • Telecom connectivity designed for carrier-grade visibility, delivery quality, and route governance
  • Identity verification technologies including silent authentication and network-based verification paths
Identity and messaging platform details →

Who We Work With

Industries and client types

We work with organizations where infrastructure failure has real consequences — financial, regulatory, or operational.

Telecom platforms

A2P routing, carrier traffic quality, monetization-aligned controls

SaaS companies

Platform reliability, scaling, deployment automation

Identity verification providers

Secure messaging endpoints, compliance frameworks

Contact center operators

Inbound messaging, traffic quality

Marketplace platforms

High-availability architecture, transaction infrastructure

AdTech operations

Campaign infrastructure, performance monitoring

Government agencies

Secure cloud infrastructure, audit-ready compliance

Fleet and logistics operators

Telemetry infrastructure, operational data systems

Have a specific infrastructure challenge?

Tell us about your use case, current stack, and what needs to change. We’ll respond with a direct assessment of whether we’re a fit.

Discuss Your Use Case