Process Automation

Let people
do work that
matters.

We automate the operational tasks that consume your team's day — provisioning, monitoring, reporting, feasibility checks — so people can focus on decisions instead of procedures.

Network automation B2B workflows Multi-vendor Real-time analytics ChatBot ops
The shift we enable
Manual today
Technical feasibility by hand
Vendor config per device
Weekly KPI reports
Alarm triage every morning
Inventory spreadsheets
Manual topology maps
Automated
Feasibility in < 2 sec
Push config via workflow
Live dashboards, always on
Auto-tagged, auto-routed
Real-time network inventory
Auto-drawn topology graph
<2s Feasibility check
+5K Checks per hour
0 Manual reports
2
How it works

Event in.
Decision out.
No manual step.

Every automation we build follows the same loop: something happens in the network or business, it's detected automatically, processed, and the right action fires — with a person only needed when it matters.

Detect
Network event, customer request, or scheduled trigger
Process
Enrich with context — topology, inventory, history
Decide
Rules engine or model selects the right action
Execute
Config pushed, ticket raised, or report generated
Learn
KPIs updated, patterns logged, model improves
×80
Throughput vs manual process
24/7
Continuous execution without staff
↓ err
Uniform rules, zero human error
↑ IQ
Teams focus on strategy, not ops
3
Use cases

Processes we've
already
automated.

These aren't hypothetical. They're patterns we've built and operate for telcos and ISPs in Chile, Peru, and Colombia.

B2B Sales

Automated feasibility & quoting

A commercial request arrives. In under 2 seconds the system returns technical feasibility across all media types, geospatial availability, credit score, and NPV/payback — no analyst required.

1
Address or coordinates entered
2
Geospatial + multi-media feasibility check
3
Credit evaluation + VAN/Payback calculation
4
Opportunity stored in DB, dashboard updated
Network Ops

Multi-vendor config automation

Configuration changes that used to take engineers hours per device — scheduled, templated, and pushed simultaneously to hundreds of nodes across vendors, with rollback on failure.

1
Change request or scheduled maintenance triggered
2
Template rendered per vendor (Huawei, Nokia, ZTE)
3
Push via SSH / Telnet / NETCONF / Ansible
4
State verified; rollback if deviation detected
Alarm Management

Intelligent alarm triage

Alarms from multiple NMS platforms are ingested, deduplicated, auto-tagged by type and severity, and routed to the right team — eliminating the morning triage meeting entirely.

1
Alarm ingested from any NMS via SNMP / streaming telemetry
2
Auto-tagged: layer, vendor, region, priority
3
Correlated with topology — root cause isolated
4
Ticket raised or ChatBot notification sent
Inventory

Live network inventory

Every active element in the network — nodes, links, servers — kept current automatically. No more spreadsheets, no more stale data. Activation and deactivation dates tracked without manual entry.

1
Continuous polling of all NMS platforms
2
Elements classified: Server, Optical, RAN, TX, Core
3
Discrepancies flagged and reported automatically
4
Inventory available via API for downstream systems
Reporting

Real-time KPI dashboards

Weekly Excel reports replaced with live dashboards. KPIs updated continuously from network telemetry and business systems. The team looks at a screen, not at a spreadsheet.

1
Metrics collected from network + OSS/BSS
2
Stored in time-series DB with retention policy
3
Grafana dashboards updated in real time
4
Anomalies trigger automatic alerts
Field Ops

ChatBot for field teams

Field engineers query the network state, push configurations, or escalate incidents — from their phone, anywhere, without VPN or desktop access. The ChatBot handles authentication and scope control.

1
Engineer sends command via messaging app
2
Intent parsed and validated against permissions
3
Action executed or query answered in real time
4
Full audit log stored automatically
4
Omega Net Automator

One platform.
Every layer of
your network.

Net Automator is our modular automation platform. Each module covers a specific operational domain — deploy what you need, connect everything through the same core.

Omega Read Network
Consolidates data from all NMS platforms. Collects KPIs, metrics, and alarms via SNMP, SSH, Telnet, streaming telemetry, REST/SOAP, and web scraping.
SNMPSSHTelemetryREST/SOAPWebScraping
Omega Write Network
Pushes configuration changes to network elements across any vendor. Executes workflows, schedules activities, sends commands, and tracks state changes.
AnsibleNETCONFTelnetWorkflowsRollback
Omega Inventory
Live inventory of every network element — nodes, links, and servers. Tracks activation and deactivation dates automatically across Server, Optical, RAN, TX, and Core layers.
ElementsLinksServersAPI
Omega Topology
Automatically maps and draws your network topology. Detects new connections and decommissioned paths without manual updates. Visual graph of every layer.
Auto-drawLayer graphChange detection
Omega ChatBot
Conversational interface for field and remote teams. Query network state, push configs, or raise incidents from any messaging platform — with full permission control and audit log.
Field accessRBACAudit logMobile
Omega O&M Stats
Unified operations and maintenance dashboard. Aggregates data from all modules into a single pane: performance trends, SLA tracking, capacity forecasting, and incident history.
GrafanaPrometheusSLAForecasting
5
Multi-vendor, multi-layer

Works with
what you
already have.

We don't require you to replace your infrastructure. Net Automator connects to every NMS, OSS, and BSS platform you operate today — across every vendor and every network layer.

The same automation layer runs across Server, Optical, RAN, TX, and Core — and feeds a single unified view for operations.

Your existing systems
Huawei iManager / U2000
Nokia NetAct
ZTE ZXONE NMS
Ericsson OSS
OSS / BSS custom
Ticketing systems
Net Automator
Unified layer
Automated outputs
Live dashboards & KPIs
Alarm routing & triage
Config push & rollback
Inventory & topology maps
ChatBot ops interface
Predictive analytics
6
What changes

Operations evolve.
People do
better work.

The point isn't replacing people. It's freeing them from repetitive operational work so they can focus on what only they can do — analysis, decisions, and improvement.

<2s
Technical feasibility
From hours of manual analysis to an instant, consistent response for every single B2B request.
+5K
Checks per hour
A single engineer manually processes ~5 feasibilities per day. The platform handles thousands simultaneously.
0
Manual KPI reports
Weekly spreadsheet prep eliminated entirely. Dashboards refresh continuously from live data.
↓ err
Consistent execution
Automation applies the same rules every time. Human fatigue and variation no longer affect operational quality.
24/7
Always-on operations
Alarms are detected and routed at 3am just as well as at 9am. No on-call fatigue, no missed events.
↑ IQ
Strategic capacity
Teams shift from executing procedures to interpreting data and making decisions. The work becomes more valuable.
Devex

Your team deserves
to do better work.

If your operations team spends more time executing procedures than making decisions, that's the problem we solve. Let's map your most painful manual processes and show you what automation looks like for your environment.

Talk to the team

devex-tech.com · contacto@d-tech-inc.com