Engineering for companies
Consulting, engineering, design and development of telecom networks
- Strategic consulting. Director plans, operative plans, project planning, technical specifications, services migration, change management, externalization processes and SLAs management.
- RFPs for bid elaboration.
- Technical requirements and procedures for standardization and optimization of telecom related activities.
- Internal plant engineering
- External plant engineering (FTTH)
- Engineering for multiservice private networks. (CTIs, ducts, cabling, power, air conditioning, network devices and networking)
- Passive Optical LANs (POL): applying the maturity of new fiber technologies deployed by carriers in business environments
- Technical and economical feasibility studies for deployment of new services
- Planning, quality assurance and project management
- License and permit management
- Marketing of telecommunication services
- New tools for management of operations and multiservice netwoks business
- Suitable also for neutral and regional carriers
- Business models based in pricing of services vs. subscription lines
- New ecosystem with network operators and service providers
- Increase in ARPU and “churn” reduction
- With more services, bigger complexity in network provisioning and management -> proper process automation is the key for operations success
- New platforms integrating OSS and BSS, with a diversity of users and service provisioning processes, marketing, invoicing, support,...
Instrumentation for network emulation and traffic generation
- Analysis Analysis of complex networks using lab models and emulation
- Emulation of hundreds of devices using limited physical ports
- Design validation prior deployment
- Application validation according to network
- Identification of malfunctioning devices and replication
- Traffic load tests
- Audio and video subjective quality evaluation
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- Traffic generation of different types (levels 2, 3 and 4) in order to verify network devices in different scenarios. Special modules for VoIP (SIP) and Wifi
- Network emulation: analysis of network performance under different traffic types and conditions and topologies
- Test equipment and technology based on Candelatech products
Network Security & Service Level Agreements (SLAs) control
- Next generation Firewall for SOHO market
- Policy Security and Management services control
- Threats blocking for virus and ramsomware
- ”End to end” monitoring”
- Capacity management and optimization using existing resources
- KPIs measurement for availability, latency, jitter, packet loss
- Voice, video and data monitoring 24/7
- Application performance
- System based on low cost central and mirror probes
- Distributed architecture & cloud control
- Customizable for different types of services and terminals
- Control over commited SLAs: “get what you pay for”
- Capacity management for CAPEX optimization
- Solutions based on Untangle products
Cabling management
- Communication and TI infrastructures management
- Inventory, audit and asset control tools
- Barcode and RFID support
- End to end real time visualization of physical and logical layer
- Smart panels integration
- Fool plans load and visualization
- Asset library and custom templates
- Ccustomization of software tools depending on customer operative processes, for an efficient connection and asset management (ITIL model)
- Reliable data source or repository
- Return of investment (ROI) 6-36 months
- Expertise in management systems from iTracs PLM, Paduit PIM (now SmartZone) and Nlyte
4rd generation WiFi
- Easy installation and maintenance
- High performance and improved coverage
- Mobility support (VoIP)
- Multilayer WLAN without co-channel interferences
- Guaranteed QoS allowing the separation of:
- voice, data and video
- 802.11ac/a/b/g/n
- private/public areas
- Spatial spectrum reuse (3x bandwidth)
- Specific secure channel
- Specifically designed architecture for deployments with high density AP distribution and large venues coverage (>100 APs)
- Potential markets are: Hotels, schools, sport centers (stadiums), industry (logistic hubs), transport (airports and stations) and in general any project which needs a good WiFi coverage with quality of service over large areas.
Internet of Things (IoT)
