Distributed Acoustic Sensing · AI-Powered

Your fibre is already listening. We taught it to talk back.

DeepTerra turns existing telecom fibre-optic cable into a real-time, AI-powered monitoring network — no new sensors, no new infrastructure, deployed in days.

The problem

Critical infrastructure is still managed like it's 1995.

01

Reactive monitoring, zero warning

Operators find out after damage, theft, or failure has already happened — there's no continuous way to catch it early.

02

Expensive, non-scalable coverage

CCTV and discrete sensors require constant power and network infrastructure — too costly to run across hundreds of kilometres of buried assets.

03

A problem with a price tag

Telekom Malaysia alone loses an estimated RM50 million a year to cable theft — damage discovered only after service is already disrupted.

$1.5M
Estimated operational value lost globally, every minute, to undetected infrastructure incidents.
The solution

What if your existing infrastructure could warn you?

Your fibre cables are already the perfect sensors. DeepTerra just needs to listen to them — and learn their language.

● Live network view DTAS + DeepDAS — real-time fibre monitoring across the network
01 / LISTEN

Sense the signal

DTAS turns a single fibre into thousands of virtual sensors along its length.

02 / UNDERSTAND

Classify the event

DeepDAS applies AI trained on proprietary field data to identify what's happening.

03 / ACT

Alert instantly

Real-time alerts reach your team — or trigger drone/robotic inspection automatically.

04 / LEARN

Improve continuously

Every event refines the model, sharpening detection accuracy over time.

Perimeter intrusion

Detect unauthorized access along the entire fibre route, in real time.

Theft & illegal activity

Catch cable tampering and digging before damage is done.

Ground anomaly detection

Identify subsurface shifts and structural risk early.

Water leakage detection

Spot leaks along pipeline-adjacent fibre routes before they escalate.

Structural health monitoring

Continuous vibration analysis for bridges, rail, and buried assets.

Sensor-free, no maintenance

No batteries, no discrete hardware in the field — the fibre is the sensor.

Full-stack, end to end

Two products. One intelligent guardian.

DTAS hardware unit
DTAS

High-performance sensing hardware

A compact, plug-and-play distributed acoustic sensing system. In-house developed processing architecture keeps CAPEX down without compromising signal fidelity.

DeepDAS

Software-defined intelligence

Application-specific detection and classification, trained on proprietary field-noise data — engineered for Southeast Asian monsoon conditions where off-the-shelf DAS systems struggle.

Fibre optic signal detail, macro view
Why DeepTerra wins

Built for conditions off-the-shelf DAS can't handle.

01

Cost-effective hardware

In-house processing architecture, customized for the requirement — significantly lower CAPEX than legacy DAS vendors.

02

A real data moat

Proprietary noise data collected specifically in Southeast Asian monsoon conditions — rain, humidity, external vibration.

03

Next-gen software layer

Denoising and event classification trained on real field conditions, with LLM/agentic reasoning built in.

04

A local engineering team

Optoelectronic scientists, engineers, and AI/ML experts on the ground — DAS deployment isn't plug-and-forget.

Huge market, one wedge first

Starting where the pain is sharpest.

Global TAM $6.5B · 12.9% CAGR
APAC SAM $190–280M
Year 1 focus $60M · Asia telecom
Southeast Asia sensor network map
The future of infrastructure

Real-time. Autonomous. Predictive.

We're working with telecom and O&G operators piloting DeepTerra today. Let's talk about what's underneath your network.