Real-World Use Cases
Driving value and innovation for telecommunications operators, regulators, and law enforcement agencies
Cyber Threat Analysis
Advanced threat detection and management for network protection with real-time mitigation capabilities
- Enhanced Protection
- Advanced Threat Detection
- Proactive Mitigation
Subscriber Service Analysis
Comprehensive insights into subscriber QoE and service optimization for improved customer satisfaction
- Proactive Issue Resolution
- Churn Prevention
- Revenue Growth
Digital Footprint Analysis
Advanced digital forensics for law enforcement and regulatory compliance with AI correlation
- Accelerated Investigations
- Enhanced Intelligence
- Privacy-Centric
Capacity Planning
Smart investment decisions using advanced traffic analytics and predictive modeling
- Cost Efficiency
- Proactive Planning
- Optimized Utilization
Performance Monitoring
Real-time network performance analysis with AI-powered QoE insights and trend analysis
- Application-Centric QoE
- 5G Service Assurance
- Long-term Trends
VoIP Intelligence
Encrypted OTT VoIP analysis for criminal investigations with ML-powered classification
- Encrypted Analysis
- Communication Networks
- Location Tracking
Industry Applications
Our advanced solutions serve diverse sectors with specialized requirements
Your intelligence lives in your core, and your core was built to forward packets.
You pay for intelligence with forwarding capacity
Every classification and policy function on the gateway burns cycles you bought for packets, your most expensive capacity, taxed harder with each feature and subscriber. We run the same functions on commodity x86 at 300 Gbps per 2RU and hand that capacity back.
Your intelligence roadmap belongs to your core vendor
Signature and capability updates arrive on your vendor’s schedule, through your riskiest maintenance windows. A new application class can wait a quarter. Ours ship weekly, with no core release cycle and no core upgrade.
The equipment being measured should not do the measuring
Gateway-embedded analytics will never blame the gateway. Independent per-session measurement gives you evidence that holds up with a vendor, and with a regulator.
Two core vendors produce two truths
Each vendor’s gateway classifies the same application differently, and RAN probes see signalling rather than user-plane quality. One classification layer across every vendor and access type gives one quality figure per subscriber, and one answer when the board asks what happened.
5G standalone distributes the tax
Every edge UPF carrying embedded intelligence is a smaller, costlier place to pay it, multiplied across sites. A centralised layer on commodity servers scales at a fraction of the cost.
Congestion managed on counters discards revenue
Cell-level averages cannot see which sessions cause congestion. A quality-driven closed loop acts on that traffic and leaves the rest alone.
Your architecture was built when traffic was symmetric, unencrypted and IPv4.
Asymmetric routing is your normal
Redundant gateways and equal-cost paths split a session across nodes. Every other platform needs a packet broker layer to reassemble it. We do not, which removes an entire hardware estate.
The IPv6 transition is one purchase, not three
Address translation, subscriber protection and traffic management on one data plane. No separate CGNAT cluster, no separate Gi firewall.
Household quality, before the truck roll
Which households are degraded, on which devices, at what concurrency, and whether the cause is inside the home or upstream. That is a call avoided, or a visit sent to the right place.
Node splits are your most expensive capacity decision
Utilisation says a node is busy. Measured delivery says whether anyone is actually getting a worse service. Split the nodes that need it, defer the rest.
You sell a fibre-like promise over shared radio.
Contention is your product risk
Measuring delivery per subscriber connection is the only way to know the promise is being kept, sector by sector, before the churn report tells you it was not.
Fairness at 1 kbps granularity
Applied on the sector that is actually congested, not as a blanket policy across the estate.
Sector capacity decisions from measured experience
Throughput counters say a sector is full. Measured delivery says whether that matters yet.
Every bit crosses the most expensive capacity in the industry, on inherently asymmetric paths.
Put scarce capacity where experience depends on it
Classification-driven prioritisation on the link where every megabit has a price.
Forward and return are different paths by design
Different gateways, different teleports. Native asymmetric handling with no aggregation layer is not a feature here, it is the prerequisite.
High latency hides quality from counters
Direct-to-device and maritime services can look healthy on throughput and be unusable in practice. Per-session delay measurement shows what was actually delivered.
Dozens of tenants, thousands of devices you will never manage, and operational systems that cannot fail.
Tenant service assurance with evidence
Which tenant’s service degraded, where, when, and whether the cause was your network or theirs. The dispute ends before it starts.
One passenger, one gate, one pier
Localised to the access point, switch or uplink, with no agent on any device.
Operational systems protected on contended links
Baggage, boarding and communications take priority over passenger video when capacity is tight.
A branch is never down. It is degraded, and your tools say green.
Degraded is not down
Availability monitoring reports the branch up while the counter fails transactions. Measuring delivery per connection and application shows the difference, before the customer feels it.
Every rented circuit carries its own evidence into renewal
Independent, timestamped, per-application. The provider blame cycle ends.
Nothing leaves the bank
No decryption, no keys, no content, no cloud. Built to sit inside your regulatory posture, not to negotiate with it.
A geographically vast estate, rugged devices that cannot take agents, and a regulator that wants evidence.
Field traffic measured without touching the device
Across private wireless, rented circuits and the public network.
Send the engineer to the right site
Across substations and depots, a misdirected visit costs a day. The alarm names the element.
Evidence for the carrier and the regulator
From the same measurement, without a second system.
A slow system is a clinical delay, and it never trips an outage alarm.
Imaging, records and telehealth degrade silently
Per-application measurement flags the slow transfer before the clinician notices, and before the appointment is lost.
Localised across the hospital, clinics and rented links
With no agent on medical devices that cannot carry one.
Data stays on the premises
No content, no decryption, no export. Measurement that fits inside patient data obligations rather than around them.
Shared capacity, and one day a year when it all matters at once.
Fairness across shared capacity
One residence or lab crowding another is invisible to utilisation and obvious in measured delivery. Policy on that traffic fixes it.
Exam day
Which schools are degraded, how many students, since when, and whether the cause is the school, the region or the provider, before the ministry’s phone rings.
Equitable access across a national network
With evidence of where it is not.
Hundreds of sites, several providers, and citizen-facing services that degrade long before they fail.
Which provider, which site, which service, since when
One alarm across the whole estate, regardless of who supplies the circuit.
Citizen services measured by experience, not uptime
A tax portal that is up and unusable is down for the citizen.
Coverage everywhere is affordable
Commodity servers make measuring every site a software decision rather than an appliance budget.
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