Software Details

Editing and usability

Fiber naming: what is connected to each end and the possibility of naming each fiber.
Navigation between boxes: Possibility of navigating from one box to another using the cable that connects them.
Navigation between elements: When one element references another, it is possible to center the referenced element or go directly to its details and editing screen.
Box Editor and Viewer: Optimized interface for very fast design of the interior of boxes (splitters, fusions, connections). Templates concept that allows you to design/implement practically ready-made boxes.
Batch operations: Not only rectangles, but complex polygons can be used to define areas and, within these areas, perform batch operations for one, some or all elements of a type (Posts, Boxes, Cables, etc).
Editing elements: Not only is creating and deleting elements easy to perform, but also editing, in order to generate as little rework as possible when editing posts, boxes, customers.
Best path search: When launching a new cable, the system calculates the best viable path between two points, using cables already laid, when possible
Element search: Advanced and integrated interface to search for elements by type and name, location by address or coordinates.
Free topologies: There are no limits to the design of topologies, such as multiple Central Offices, multiple cables passing through a box.

Lighting: Illumination in both directions, highlighting optical signal paths from an equipment port, through cables, inside boxes and finally to customers.
OTDR: Representation on the map of a point according to the distance indicated by an OTDR.
Power budget: Extract the power budget by breaking down the attenuation introduced by each network element (including cables) in a path at any point in the network.
Path endings: Informs where a path begins and ends in the network (sections between splitters, clients and equipment).
Cable Occupations: Information on the number of fibers in use or free and what is connected at each end.

Element statuses: It is possible to differentiate parts of the network that are under design, implemented or even certified.
Hierarchical levels: Cables and boxes can be organized into hierarchical network levels.
Hierarchy between networks: It makes it possible to separate the backbone from the various access networks. Better security, performance and clarity when viewing and editing.
Element types: System allows the customization of types of elements (boxes, cables, splitters, fusions, connectors, DIOs, equipment) giving the user complete freedom to customize the elements that will make up their network, including information regarding their brands and models.
Network topologies: Support for balanced and unbalanced networks.
2xN Splitter: It is now possible to map networks that use 2xN splitters for protection topologies.
DIO:DIO elements to make an organized decoupling between cables and equipment.
Equipment: Definition of types of equipment and the role of their interfaces, including power parameters and maximum occupancy, when applicable.
Valid paths: It is possible to teach the network which paths are possible for cable launches and commercial viability.

Network Problem Analysis: Advanced, proprietary algorithm to cross-reference network problem information with the network design to identify elements with a high probability of causing failures.
Issues Dashboard: Real-time dashboard that shows on a map where active problems are at any moment.
Installation sketch: Installation sketch image indicating the shortest path between a customer and their service boxes, generating savings on cables in all installations and generating a healthy distribution of customers in the service boxes.

Hierarchical levels: Cables and boxes can be organized into hierarchical network levels.
Element types: System allows the customization of types of elements (boxes, cables, splitters, fusions, connectors, DIOs, equipment) giving the user complete freedom to customize the elements that will make up their network, including information regarding their brands and models.
Network topologies: Support for balanced and unbalanced networks.
2xN Splitter: It is now possible to map networks that use 2xN splitters for protection topologies.
DIO: DIO elements to make an organized decoupling between cables and equipment.
Equipment: Definition of types of equipment and the role of their interfaces, including power parameters and maximum occupancy, when applicable.
Valid paths: It is possible to teach the network which paths are possible for cable launches and commercial viability.

Commercial viability needs: Accurate, instantaneous and automatic technical feasibility taking into account advanced parameters such as shortest valid path, vacancies in service boxes, user limit per PON port, minimum calculated power. The ability to grow sales becomes independent of technical people.
Network deployment: Possibility of informing the customer of more precise installation deadlines.
Maintenance Notice: Possibility of viewing all customers that will be affected by maintenance at any point in the network. Information can be used to communicate with customers and avoid congestion in call centers.

Potential areas: Generation of heat maps indicating regions that are looking for the system but are not being served, allowing very well-directed network expansion, accelerating the ROI of the expansion to the maximum.
Reports: Complete, exportable reports, by area, of all network elements. This makes it possible, for example, to value parts of the network in terms of liabilities.
Occupation: Graphical information, grouped according to zoom level, indicating saturated or idle areas of the network, generating valuable insights for marketing and network areas.

Mobile App: Mobile application for field personnel (technical and commercial), eliminating the need for paper or outdated versions with conflicting network information.

Integration: Since the birth of the system, 100% of what can be done in the interface can be done via API, allowing TOTAL integration with ANY module or application. The API's documentation is published in full on the devOZ website.
Data import: Import of poles, boxes, cables, customers, technical reserves in the form of simple CSV files.

Scalability: The system is very lightweight, designed from the first line of code to be fast even on large networks, and following the web line, dispensing with complex installations and specific hardware.
Security: Encrypted access using HTTPS/SSL with a valid certificate, at no additional cost and with user profiles that restrict actions, projects and modules.
Map layers: Maps are layers, which opens up the possibility of using virtually any type of map as a base. Isis has a local map service to speed up map visualization, avoiding dependence on external servers.

Georeferencing: All objects are georeferenced in the system.
Logs: All actions performed in the system are logged to enable audits.
Backups: Extremely fast system for generating and restoring backups, following the snapshot model. Allowing safe testing and simulations.
Multi-User: Unlimited number of users can use the system at the same time.
Respect for data: A provider's network data is strategic information of great value. The system is entirely web-based, however, decentralized, that is, it runs wherever the provider wants, including in its own structure, guaranteeing total control over its data.