Observability, SIEM and SOAR

See Your Entire Network.
Send Nothing Outside It.

Monitoring, threat detection and incident response in one deployment. Every log stays on hardware you own.

Fully On-Premises

Air-gapped by design. No telemetry leaves your site, and no internet link is ever required.

AI Insight

Ask in plain language. It analyses your operations and security data, and gives you the analysis.

Event Correlation

Alerts from every layer tied to the same asset and the same moment, so one incident reads as one story.

Automatic RCA

A live dependency graph walks from the failing component out to everything it touches.

6 Integrated Layers
28 Operational Views
379 Automated Tests
0 Logs Leaving Your Site

Three Products Most Teams Buy Separately

Infrastructure monitoring, SIEM for security, SOAR for response. That is usually three procurements, three vendors, and three teams whose data never meets.

Observability

Devices, users, sessions and traffic across 28 linked views. Metrics and logs each sit in the store built for them.

SIEM

Detection rules run continuously against your logs, then match indicators of compromise from a threat intelligence database.

SOAR

Alert triage that cuts the noise, digital forensics case management, and automated ticketing and escalation.

On-Premises

Air-gapped. No outbound telemetry, no cloud subscription, and no dependency on an internet link staying up.

Correlation across layers. Identity from access control, traffic from the network, and security alerts from your logs, lined up against each other. The gap between them is exactly what gets missed when three tools each own one piece.

From Network Data to Clear Decisions

Every stage runs inside your own facility. Nothing leaves the building, and the console that operators work in has no write path back to the network.

Alur logis ClickBright di dalam fasilitas pelanggan. Infrastruktur pelanggan, yaitu WLC, firewall, perangkat jaringan, NAC, server, dan basis data, mengalir ke tahap Collect lewat Syslog, SNMP, dan REST API; lalu ke Stream untuk pengiriman kejadian yang andal; lalu ke Store and Correlate yang menyimpan metrik, log, dan dependensi. Dari sana data naik ke ClickBright Console yang read-only dengan 28 tampilan dan AI Insight, sekaligus turun ke Detect and Triage yang menjalankan aturan deteksi dan intelijen ancaman, lalu ke Cases and Automation untuk investigasi, tiket, dan notifikasi, yang mengirimkan status kembali ke konsol. Satu jalur putus-putus kembali ke infrastruktur melalui kredensial bervault dan jejak audit, berlabel approved workflows only.
Observe the Estate. Detect Threats. Govern the Response.

Every Component ClickBright Runs On

ClickBright is assembled from six working layers, each one doing a defined job on the way from raw telemetry to the decision on screen.

01

Telemetry Collection

Firewalls, secure web gateways, routers, switches, Linux and Windows hosts, plus database and storage subsystems.

Syslog SNMP REST API Custom Pollers
02

Event Streaming

A high-throughput backbone that keeps delivery guaranteed when every source reports at once.

Streaming Backbone
03

Storage and Correlation

Metrics and logs land in the store each one belongs in, while a live dependency graph supports impact analysis and root cause.

Time-Series Store Columnar Log Store Graph Database Asset Source of Truth Detection Engine
04

Threat Intelligence

Indicators of compromise matched automatically, with raw alerts triaged before they ever reach an analyst.

Threat Intel Database Security Orchestrator
05

Case Management and Automation

Forensic case handling for real escalations, plus workflow automation for tickets, notifications and webhooks.

Forensics Case Management Workflow Automation Secrets Vault
06

ClickBright User Interface

Twenty-eight views that turn every layer below into something a director can read without an engineer sitting beside them, plus an assistant you can question in plain language.

Unified Web Console AI Insight
/overview /dashboard /ai-insight /location /authentication /dhcp-requests /bandwidth /availability /monitor /lan-stability /vlan-analytics /topology-map /routing-path /firewall /nac /interface /topology /devices /alerts /flows /correlation /session-master /client-360 /wlc /node/config /node/identity /node/interfaces /node/metrics /overview /dashboard /ai-insight /location /authentication /dhcp-requests /bandwidth /availability /monitor /lan-stability /vlan-analytics /topology-map /routing-path /firewall /nac /interface /topology /devices /alerts /flows /correlation /session-master /client-360 /wlc /node/config /node/identity /node/interfaces /node/metrics

What You Actually Look At

Screens from the running platform on sample data, with every identifier masked.

Alert table with severity and status, showing firing and resolved rules side by side.
Alerts That Carry Their Own Evidence Every alert arrives with the count, the window and the rule that raised it, so triage starts from a fact rather than a guess.
Force-directed map of the network with two core switches and their attached access switches.
The Whole Estate, Discovered Not Drawn The map is built from what the switches actually report over LLDP. Nobody maintains it by hand, so it cannot quietly go stale.
Layered topology diagram for one building, from internet through firewall and core to access switches.
One Building, Wire by Wire Narrow the same map to a single building and the path from the internet down to the access port is a straight read.
Attribution coverage panel with an enforcement anomaly check and an IP helper gap table.
Who Authenticated Versus What the Network Carried Access control says who was let in. Flow data says what actually moved. The gap between them is the part worth looking at.
LAN stability scores per site with spanning-tree domains and per-building scores.
A Stability Score per Switch Control plane, hardware, L2 topology, links, routing and traffic, rolled into one number you can sort a hundred switches by.
AI Insight page with a question box and suggested questions about alerts and VLANs.
Ask in Plain Language It reads your operations and security data and gives you the analysis. It cannot change a thing, by design.
Platform status cards showing auth events, DHCP, bandwidth and ingest lag, with pipeline health rows.
The Pipeline Reports on Itself Ingest lag, event counts and materialised view freshness, so you know the numbers are current before you act on them.
System monitoring page with pillar cards and a component table showing collector timers.
The Platform Watches Its Own Health Collector pillars, API routes and the metrics store, each with a green or amber state and the threshold that decided it.

How This Differs From the Usual Approach

Not a feature count. A question of how many systems you have to buy, integrate and keep alive yourself.

Monitoring, security and response bought separately from different vendors.

Six integrated layers, one procurement, one party accountable for the result.

Billed on the volume of logs you ingest. The more completely you monitor, the more it costs.

No per-gigabyte metering. Coverage does not punish your budget.

Logs shipped to a provider cloud, often to a data center in another jurisdiction.

Air-gapped. Telemetry stays inside your own facility.

Raw numbers on screen. Every reader works out the meaning alone.

The sentence that bounds the number sits under the table.

Each hardware vendor ships its own console.

Multivendor estates read the same way in one place.

Alerts pile up until the team stops opening them.

Triaged first, then handed to case management with a real lifecycle.

Answering a question means writing a query, or waiting for the one engineer who can.

Ask AI Insight in plain language. It analyses your own data and has no way to change it.

Governed Change

Remediation Is Governed,
Never Improvised

The operations console reads. It cannot push a config, bounce a port or change a policy. Anything that touches the network runs as an approved workflow, with credentials held in a vault and a full audit trail behind it.

What Makes This Different

The Console Is Read-Only

No write path exists in the operator interface.

Credentials Never Sit in Scripts

Automation pulls them from a secrets vault at run time.

Every Action Leaves a Record

Who ran what, against which device, and when.

Approval Gates Stay With You

Workflows run on your rules, not ours.

Watch It Work

Recordings of the running platform, using sample data with every identifier masked.

Recordings are in production. In the meantime we are happy to walk you through it live.
Request a Demo

Thirty Minutes,
and You Will Know

We walk you through the platform on sample data. No install, no obligation.

Request a Demo