We design and implement modern backbone and edge networks based on standards and automation — from the physical layer to cloud integration.
Growing performance and security requirements, cost pressure, and the complexity of hybrid environments mean that traditional, monolithic network solutions can no longer keep up. Companies need flexible, scalable, and automatable architectures without dependency on a single vendor.
We design and implement modern backbone and edge networks based on standards and automation — from the physical layer, through underlay (IP/BGP) and overlay (EVPN/VXLAN), to security policies, observability, and integration with public and private clouds. Where it makes sense, we use white-box switches with an independent network operating system, which significantly reduces TCO and eliminates vendor lock-in.
Spine-Leaf DC, L3 Core, EVPN/VXLAN, L2/L3 segmentation, QoS, multicast. Campuses and branches: NAC/802.1X, segmentation (VRF/SGT), SD-WAN/edge.
Hardware and NOS selection, port profile standardization, configuration pipelines. Unified APIs and data models — easy platform replacement/extension.
Ansible/Terraform, declarative templates, GitOps and CI/CD for networks. Idempotent deployments, pre-flight validations, dry-run, rollback.
Hybrid/Multicloud: hub-and-spoke design, cloud on-ramps, IPSec/DTLS, Private/Direct Connect-like. VPC/VNet standardization, Transit and segmentation, inter-cloud policies.
Offline repositories, supply chain control, bastions and OOB, sneakernet transfer. Sealed mode updates, artifact scanning and approval.
Microsegmentation, ACL/SG, IDS/IPS integrations, IPSec/MACsec, PKI and key rotation. Compliance: policies and audit trail (e.g., ISO 27001/NIS2 requirements).
Streaming telemetry, NetFlow/sFlow, logs, SLO alerting, dashboards (latency, loss, jitter).
HLD/LLD, as-built, runbooks, DR playbook, team training, SLA support.
Hardware and maintenance (hardware ≠ software)
Free choice of NOS and automation tools
Software release cycles independent of hardware
Open protocols, consistent data models and APIs
Thanks to white-box and automation (IaC, GitOps)
Consistent DC and campus architecture, ready for growth
Segmentation, encryption, access control, and full audit
Easy integration with public/private clouds or air-gapped operation
Repeatable pipelines and pre-production tests
Inventory, requirements, architecture pattern
Templates, repositories, validations and lab tests
Production subset, SLO measurements, hardening
Automated deployment, traffic migration, as-built documentation
Monitoring, runbooks, handover and training
Availability (SLO), MTTR, latency/jitter, throughput per segment
Time from commit to deployment, automation coverage (% devices/configs)
TCO per port/rack, link utilization and CPU/TCAM utilization
Policy compliance (policy compliance score)
Scalable network (enterprise/DC) with automation and observability
Complete documentation and IaC repositories
Trained team and development plan (roadmap for 12–24 months)
Schedule a 30-min consultation — we'll prepare a preliminary design (HLD) for your infrastructure: on-prem, public/private clouds, or air-gapped environment.
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