Network Design & Implementation
These engagements provide end-to-end network engineering and deployment services, covering design, rollout, automation, and validation across access, core, and data center domains to ensure seamless integration and optimized performance.
5G Network Design & Deployment Planning
This engagement focuses on developing detailed radio, transport, and core designs to facilitate 5G rollout and service enablement. Key activities include defining coverage, capacity, and spectrum requirements, designing RAN architecture (macro, small cell, massive MIMO), planning transport/backhaul links (fiber/microwave), developing 5G core design (UPF, AMF, SMF), and creating integration, testing, and rollout plans. Deliverables consist of 5G high-level and low-level designs, spectrum and capacity modeling reports, an implementation and testing plan, and vendor Bill of Materials and configuration templates.
Fiber Network Design & Rollout Planning (FTTx / Backhaul)
This engagement focuses on designing and planning a scalable fiber network for broadband or backhaul expansion. Key activities include conducting a GIS-based demand and feasibility analysis, defining the network topology (ring, star, mesh), performing route surveys and duct/cable design, generating fiber layout maps and splice plans, and preparing a rollout and permitting strategy. Deliverables encompass detailed fiber design and layout maps (AutoCAD/GIS), a bill of quantities (BoQ) with cost estimates, a construction and rollout plan, and testing and acceptance procedures.
IP/MPLS Core Network Design & Implementation Support
This engagement aims to design a high-performance and resilient IP/MPLS core network for mobile, fixed, and enterprise services. Key activities include analyzing the current network and traffic flows, defining routing, redundancy, and QoS architecture, developing a detailed IP/MPLS topology and addressing plan, designing security and DDoS mitigation architecture, and supporting configuration, testing, and migration. Deliverables consist of an IP/MPLS Core High-Level Design (HLD) and Low-Level Design (LLD), network addressing and routing tables, configuration templates for various equipment, and a test and cutover plan.
Optical Network (DWDM/OTN) Design & Implementation
This engagement aims to design an optical transport layer for high-capacity data and backhaul needs. Key activities include assessing the existing transport network, designing OTN/DWDM topology, conducting optical link budget calculations, defining protection and restoration schemes, and creating implementation and acceptance test plans. Deliverables comprise an optical network design package, equipment specifications and Bill of Materials (BoM), implementation and commissioning guidelines, and a test and validation report.
Mobile Backhaul Network Design
The engagement aims to design efficient transport and aggregation networks to connect RAN sites with the core network. Key activities include defining backhaul topology, assessing bandwidth and latency needs, developing routing and QoS frameworks, designing synchronization and timing distribution, and preparing a migration plan. Deliverables consist of backhaul design documents, equipment configuration templates, bandwidth forecasts, and an implementation playbook.
Microwave Network Design & Optimization
This service focuses on designing and optimizing microwave radio links for backhaul and access connectivity. Key activities include conducting path surveys and link budget calculations, designing frequency plans and channel assignments, modeling availability and interference to achieve a 99.99% reliability target, preparing site engineering and tower requirements, and supporting deployment and acceptance testing. Deliverables consist of microwave network design and path profiles, a frequency and capacity plan, an equipment Bill of Quantities (BoQ) and configuration templates, as well as test and acceptance documentation.
Data Center & Core Network Virtualization Design (NFV / SDN)
This engagement focuses on designing virtualized telecom core and data center infrastructure to support cloud-native network functions. Key activities include defining target NFV architecture, designing an SDN-based network, specifying virtualization platforms such as OpenStack, VMware, and Kubernetes, developing orchestration integration, and defining deployment and testing procedures. Deliverables consist of an NFV/SDN design blueprint, hardware/software bill of materials, a configuration and deployment guide, and a validation and acceptance report.
Network Migration & Cutover Planning
This engagement focuses on facilitating the client’s migration of legacy network elements to new infrastructure with minimal downtime. Key activities include inventorying existing equipment, mapping dependencies, developing migration runbooks, conducting tests, and providing on-site support. Deliverables consist of a migration strategy, cutover scripts, validation test results, and a go-live report.
Private LTE / 5G Network Design
This engagement involves designing and deploying a secure, dedicated private 4G/5G network to support mission-critical IoT and mobility applications for various enterprises. Key activities include defining coverage and capacity requirements, selecting spectrum and vendor ecosystems, designing RAN, EPC/5GC, and edge computing architecture, physically installing network hardware, integrating the network with existing IT and security systems, and preparing a deployment and testing plan. Deliverables consist of private LTE/5G design documents, radio coverage maps, an implementation and testing guide, and an integration and operations manual.
Wi-Fi Offload / Carrier Wi-Fi Design
This engagement focuses on designing Wi-Fi networks to offload mobile traffic and improve indoor coverage. Key activities include conducting site surveys and RF design, defining SSID, authentication, and QoS policies, integrating with the mobile core, developing configuration templates, and supporting deployment and acceptance. Deliverables include RF design and coverage heatmaps, a Wi-Fi network configuration guide, an integration plan with the mobile core, and test and acceptance documentation.
Network Implementation Governance & Quality Assurance
This service ensures independent oversight and quality assurance during network rollout and integration. Key activities include reviewing vendor designs, conducting site audits, validating configuration compliance, monitoring testing and handover procedures, and reporting deviations. Deliverables comprise an implementation QA checklist, vendor performance dashboard, test summary, and recommendations for improvement.
Network Testing, Validation & Acceptance
This engagement aims to validate the performance, reliability, and interoperability of network components before their commercial launch. Key activities include developing test strategies, executing an end-to-end acceptance test plan (ATP) across RAN, core, and transport networks, conducting KPI benchmarking, documenting defects, and certifying network readiness. Deliverables will include a test strategy report, KPI measurement data, defect logs, and an acceptance certification report.
Network Automation & Orchestration Design
This engagement focuses on automating network provisioning, configuration, and monitoring to lower operational expenditures (OPEX). Key activities include assessing the current Network Management Systems and OSS landscape, defining automation use cases, designing orchestration architecture, developing workflow and policy models, and creating a testing and rollout plan. Deliverables encompass automation architecture and workflow design, API and data model specifications, an orchestration platform configuration guide, and pilot test and rollout documentation.
Unified Communications & Collaboration (UCC) Implementation
The engagement aims to design and implement an integrated voice, video, and collaboration platform (e.g., Microsoft Teams, Cisco Webex) to replace outdated PBX systems. Key activities include assessing existing voice infrastructure, designing the Unified Communications and Collaboration (UCC) architecture with session border controllers for PSTN connectivity, integrating the platform with identity management systems such as Active Directory, migrating users and phone numbers, and providing end-user training and change management. Deliverables consist of a UCC Solution Design Document, a deployed UCC platform, a User Migration Plan with cut-over scripts, and user training materials.