Step 1
Detect
Every few meters of fiber acts as an independent acoustic sensor. Vibrations from footsteps, vehicles, digging, tapping or leaks are captured continuously along the entire route — not sampled at a handful of points.
Distributed Acoustic Sensing platform
Fiber-optic sensing for infrastructure that cannot afford blind spots.
WolfSense turns existing or dedicated fiber-optic cable into a continuous, real-time sensor. It detects intrusion, excavation, leaks and tampering along pipelines, borders, telecom routes and industrial perimeters — and locates every event to within five meters, in under a second.
ISO 9001 & ISO 27001 certified · Built by Wolfiz Solutions
- 40 km
- Detection range per unit
- WolfSense 99, dual channel
- 5 m
- Location accuracy
- 5–10 m spatial resolution
- < 1 s
- Response time
- Acquisition down to 0.1 s
- 10 Hz – 10 kHz
- Frequency range
- Footsteps to machinery
2013founded
100+employees
1000+projects delivered
Certified
Technology partners
The platform
Transforming fiber networks into intelligent sensing systems
WolfSense is a Distributed Acoustic Sensing platform built to safeguard critical infrastructure through continuous, real-time monitoring. It turns fiber-optic cable into an extensive sensing network that detects vibrations, intrusions, faults and leaks across long distances.
Step 2
Locate & classify
Signal processing and AI classification separate real events from background noise, identify the event type, and place it on the map to within 5 meters, with an amplitude, SNR and confidence score attached.
Step 3
Act
Alerts reach the operator dashboard, command center, CCTV/VMS, SCADA or NMS in under a second — so response teams are dispatched to a precise location while the incident is still developing.
The operator console
Route, zones and events on satellite imagery, a live event table and the DAS strain-rate waterfall — in one screen.
Map
Route, zones and event pins on satellite imagery
Events
Time, chainage, type, SNR and confidence
Signal
Live strain-rate waterfall per channel
Event classes recognised out of the box
- Footsteps
- Vehicle
- Buried vehicle
- Excavation
- Digging & tunneling
- Fence climbing
- Fence tampering
- Pipeline tapping
- Leak
- Cable tampering
- Fiber cut
- Ground movement
- Route disturbance
How DAS works
A sensor every few meters, for tens of kilometers — on a single strand of glass
Distributed Acoustic Sensing combines fiber-optic sensing with AI classification, geospatial visualization and remote monitoring, so operators can intervene before an incident becomes an outage, a breach or an environmental hazard.
1 · Light goes out
The interrogator launches short laser pulses into a standard single-mode fiber. Microscopic imperfections in the glass scatter a tiny fraction of that light back toward the source — Rayleigh backscatter. Vibration reaching the cable strains the fiber and shifts the phase of the returning light.
2 · Location and signature come back
By timing each return, WolfSense resolves where along the fiber the disturbance occurred; by tracking the phase change over successive pulses it recovers what it sounds like. Thousands of virtual microphones on one cable, with no powered electronics in the field.
Why fiber?
Five properties that make a glass strand the right sensor for long, remote and hostile routes.
- 01
Passive in the field
No powered electronics along the route. The cable is the sensor; the interrogator sits safely in a rack.
- 02
Immune to electrical interference
Glass carries light, not current — unaffected by EMI, lightning or high-voltage environments.
- 03
Uses fiber you may already own
A spare core in an existing telecom or SCADA cable is usually enough. Dedicated cable can be installed where there is none.
- 04
Tens of kilometers per interrogator
A single WolfSense 99 covers up to 40 km; longer routes are chained into one unified view.
- 05
Works buried, on fences and in ducts
The same fiber and interrogator serve trench-buried pipelines, fence-mounted perimeters and cable ducts.
From vibration to action
Every event follows the same five-stage pipeline, in under a second.
Step 1
Sense
Capture vibrations
Laser pulses travel down the fiber; the backscattered light carries the acoustic signature of everything touching the cable.
Step 2
Analyze
Process signals
Returns are demodulated into a strain-rate stream for each sensing channel and filtered against the route's baseline noise.
Step 3
Classify
Identify events
AI models label each disturbance — footsteps, vehicle, excavation, leak — with a confidence score and reject nuisance sources.
Step 4
Visualize
Map insights
Events are placed on the GIS map with zone, chainage, coordinates and a live waterfall of the signal.
Step 5
Respond
Trigger action
Alerts are pushed to operators, cameras are cued to the location and integrated systems receive the event in real time.
Solutions
Four environments. One sensing platform.
The same interrogators and software adapt to the asset: fence-mounted fiber for perimeters, trench-buried cable for pipelines, the spare core of a telecom route, or the utility corridors of a power plant.
Solution 01
Borders & high-security perimeters
Real-time intrusion detection for borders and high-security perimeters
Manual patrols cannot cover every meter.
High-value sites require reliable monitoring that cannot be easily bypassed and does not depend only on manual patrols or conventional cameras. Perimeter threats occur in remote, low-visibility or high-risk locations where delayed detection leads to serious security consequences.
Detect what matters. Respond faster.
- Human & vehicle movement
- Fence climbing or tampering
- Digging & tunneling
- Restricted-zone intrusion
- Real-time map location
- CCTV & command integration
Solution 02
Oil, gas & water pipelines
Pipeline monitoring with real-time leak and intrusion detection
Delayed visibility puts pipeline assets at risk.
Pipeline operators face increasing pressure to maintain asset reliability, prevent leakage, reduce environmental risk and protect long-distance routes from unauthorized interference. Traditional inspection methods provide delayed visibility and may not detect threats until damage has already occurred.
Detection capabilities
- Leak detection
- Third-party interference detection
- Excavation and digging activity detection
- Pipeline tapping and tampering alerts
- Vehicle and human activity monitoring
- Route disturbance detection
- Ground movement indication
- Real-time event localization
- Operational event logging
Solution 03
Telecom & fiber routes
Protect fiber routes and communication infrastructure
Cable cuts cost more than repairs.
Telecom operators depend on reliable fiber infrastructure to maintain service continuity. Cable cuts, unauthorized digging, tampering, vandalism and route disturbances lead to network outages, customer impact and increased repair costs.
Monitor every meter of the route.
- Cable tampering detection
- Unauthorized excavation detection
- Route disturbance monitoring
- Physical vibration and movement detection
- Fiber cut indication
- Environmental disturbance alerts
- Network route visibility
- Integration with NMS and monitoring centers
- Historical event reporting
Solution 04
Power & industrial facilities
Infrastructure intelligence for power and industrial facilities
Large sites, dispersed assets, one command view.
WolfSense supports power plants, industrial sites, utilities and high-value facilities with continuous sensing for perimeter security, asset protection and operational awareness. Teams monitor large areas, detect abnormal activity and respond to potential threats from a centralized command view.
Use cases
- Power plant perimeter monitoring
- Substation security support
- Industrial facility intrusion detection
- Utility corridor monitoring
- Restricted zone surveillance
- Critical asset route protection
- Remote site monitoring
- Integration with existing security systems
Unified operations
One view. Every event. Clear action.
Pipelines, borders, telecom routes and industrial sites monitored by different interrogators report into one console — the same alert workflow, the same event record and the same integrations across the whole estate.
Unified Monitoring View
5 sites3 alerts todayLive
96 km fiber · 42 km pipeline · 18 km perimeter · 12 cameras · NMS + command center synced
Illustrative console layout. Site names, chainages and events shown are representative.
What operators gain
The outcomes teams actually measure once WolfSense is in service.
Security & coverage
- Continuous surveillance across long and remote assets
- Earlier detection of intrusion, leaks and unauthorized movement
- Fewer blind spots around strategic infrastructure
Faster response
- Accurate event location and live command-center visibility
- Faster security and maintenance coordination
- Reduced outages, downtime and damage
Lower cost & longer asset life
- Less reliance on manual patrols and field investigation
- Predictive maintenance and proactive asset management
- Lower repair cost and extended asset life
Visibility & resilience
- Centralized monitoring across dispersed sites
- Event history, reporting and compliance readiness
- Stronger service reliability and future-ready resilience
Products
Two interrogators. One platform.
Both units run the same WolfSense software and report into the same console. Choose by the length of the route and whether you need to interrogate in two directions at once.
Single-site
WolfSense 9
Single-site perimeters, plants and shorter pipeline or fiber segments.
- Range
- Up to 20 km
- Channels
- Single / multi channel
- Frequency range
- 10 – 10,000 Hz
- Spatial resolution
- 5 – 10 m
- Acquisition time
- Down to 0.1 s
Long-haul
WolfSense 99
Long-haul pipelines, borders and telecom routes needing two-direction coverage.
- Range
- Up to 40 km
- Channels
- Dual simultaneous interrogation channels
- Frequency range
- 10 – 10,000 Hz
- Spatial resolution
- 5 – 10 m
- Acquisition time
- Down to 0.1 s
Common to both models
- Rack-mount interrogator unit
- Works on standard single-mode fiber — existing or dedicated
- User-adjustable sensitivity per zone
- Redundancy with fiber-cut immunity
- Remote access for operators and support
- 3-year warranty with post-commissioning SLA
Certifications
Quality management and information security, independently audited.
Technology partners
Sensing hardware and fiber expertise from established DAS manufacturers.
Capabilities
Built for the realities of field deployment
Detection is only useful if it survives contact with a real site: long distances, harsh environments, existing control rooms and the years after commissioning. Every WolfSense deployment is specified against these properties.
Remote access
Web console, anywhere
Security camera integration
Cue CCTV to the event
Redundancy
Fiber-cut immunity
Accuracy
5 meters
Future expansion
Add routes & channels
Response time
Less than a second
Sensitivity
User adjustable
SCADA integration
Events into your control room
Warranty
3 years
Detection range
Up to 40 km per unit
Post-commissioning support
SLA-backed
Unified operations
One view across sites
Deployment
From route survey to signed-off SLA
A WolfSense deployment is delivered by Wolfiz engineers end to end — fiber assessment, interrogator commissioning, zone calibration, integration and support. Nothing is handed over until the alerts your operators see are the ones they need.
- Phase 1
Route & fiber assessment
We walk the asset with you: existing cable, spare cores, splice points, chainage references and the threats each zone actually faces.
- Phase 2
Interrogator placement
WolfSense 9 or 99 units are positioned at stations, substations or POPs to cover the route; dual-channel units interrogate in both directions.
- Phase 3
Zone mapping & calibration
The fiber is mapped to GIS coordinates, zones are defined, and sensitivity is tuned per zone against the site's real background noise.
- Phase 4
Integration
Events are wired into CCTV/VMS, SCADA, NMS and the command center, with the alert workflow your operators already use.
- Phase 5
Operations & SLA
Handover with training, remote access for support, a 3-year warranty and a post-commissioning SLA for the life of the system.
Integrates with the systems you already run
Integrations are part of the commissioning scope — not an afterthought.
- CCTV / VMS
- SCADA
- Network management systems (NMS)
- Command & control centers
- Remote access
- Future expansion — additional routes and channels
About Wolfiz
Built by Wolfiz Solutions — engineering digital transformation since 2013
Wolfiz delivers digital transformation leveraged with AI and BI, through custom web and mobile applications integrated with IoT and hardware equipment. WolfSense brings that practice — software, hardware and integration under one team — to fiber-optic sensing.
- 2013
- Founded
- 100+
- Employees
- 1000+
- Projects
- Working with governments
- Working with large-scale enterprises
- Building products
Headquartered in Islamabad, Wolfiz works with governments and large-scale enterprises on systems that run in the field: command centers, IoT integrations and hardware-backed platforms. WolfSense is one of the products that came out of that work.
- Head office
- 2nd Floor, EOBI House, G-10,
Mauve Area, Islamabad, Pakistan - Telephone
- +92 51 2120777
- Web
- wolfiz.com
FAQ
What operators ask before a site survey
Straight answers on fiber, accuracy, range, integrations and support.
Can WolfSense use fiber that is already installed?
Yes. WolfSense works on standard single-mode fiber, and in most deployments a spare (dark) core in an existing telecom, SCADA or security cable is sufficient. Where no fiber exists along the asset, a dedicated sensing cable is installed — buried alongside a pipeline, mounted on a fence, or pulled through existing ducts.
How precisely can it locate an event?
The interrogator resolves the fiber into sensing channels of 5–10 m, and events are reported with an accuracy of 5 meters, expressed as chainage (distance along the fiber), zone and GPS coordinates on the map.
How far can one unit monitor?
WolfSense 9 covers up to 20 km; WolfSense 99 covers up to 40 km with two simultaneous interrogation channels. Longer routes are covered by chaining units, and all of them report into the same unified monitoring view.
What happens if the fiber is cut?
A cut is itself detected and located immediately — the interrogator sees exactly where the backscatter stops. With redundancy configured (for example a dual-channel WolfSense 99 interrogating from both ends of a loop), sensing continues on both sides of the break while the repair is dispatched.
Does WolfSense replace cameras and patrols?
It removes their blind spots. Cameras and patrols cover points; fiber covers every meter continuously. WolfSense integrates with CCTV/VMS so that when an event is detected, the nearest camera is cued to the exact location and the operator sees both at once.
How are nuisance alarms handled?
Each detection is classified by AI models trained on the acoustic signatures of footsteps, vehicles, excavation, leaks and tampering, and is given a confidence score. Sensitivity is adjustable per zone, so a road crossing or a pump station can be tuned differently from a remote trench.
Which systems can it integrate with?
CCTV/VMS, SCADA, NMS and command-and-control platforms, plus remote access for operators and support engineers. Integrations are part of the commissioning scope, not an afterthought.
What support and warranty is included?
Every WolfSense deployment ships with a 3-year warranty and a post-commissioning SLA covering remote support, health monitoring of the interrogator and software updates.
Contact
Let's put a meeting in the pipeline.
Tell us about the asset and we will come back with a scoped proposal: fiber requirements, interrogator count and placement, integrations, and a commissioning plan.
- +92 51 2120777
2nd Floor, EOBI House, G-10,
Mauve Area, Islamabad, Pakistan- wolfiz.com
What happens next
- 1An engineer reviews your route, sector and existing fiber.
- 2A discovery call to confirm threats, zones and integrations.
- 3A scoped proposal with interrogator placement and a site-survey date.
Request a demo
We typically respond within one business day.