AI-Powered Network Intelligence
Smart networks
Smarter compliance
Superior visibility
Network intelligence, end to end
Dynamic Network Intelligence (DNI) is an end-to-end network intelligence company, working with regulators, enterprises, internet service providers and law enforcement agencies worldwide.
Our platform identifies and analyses every data flow on a network, across the expanding range of encrypted protocols and applications, classifying thousands of applications in real time. It turns raw traffic into decisions operators can act on: better service quality, stronger network and national security, and regulatory compliance that can be evidenced.
The platform is built and run by a team of more than 80 professionals drawn from a dozen countries.
Three things, on one platform.
The platform sits where your traffic concentrates and reads it once. Everything below comes from that single read.
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01
Measure
A continuous quality-of-service score at session, connection, device, element and whole-network level. Calculated from real traffic rather than probes or sampled averages, and it works across encrypted traffic without decrypting anything.
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02
Pinpoint
When quality falls, thousands of degraded sessions converge on one place. We name that place across thousands of nodes in seconds: which element, which segment, since when, how many users, which services.
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03
Control
Where the cause is congestion rather than failure, the same platform enforces priority on the contended link, to 1 kbps per subscriber, with fail-open protection and a full change log.
We do not repair the fault. We delete the hours before the repair starts.
Deep Packet Intelligence for Critical Networks
AI-powered network visibility, analytics and quality of service for telecom operators, enterprises, public institutions, regulatory authorities and law enforcement agencies.
- 1000s
- Applications classified by what the traffic is, not by the port it uses.
- 40+
- Threat types detected on the enforcement path itself, not a copy of it.
- 300 Gbps
- Throughput from a single 2RU server on commodity x86 hardware.
- 1 kbps
- Policy granularity, applied per subscriber rather than per cell.
AI-Powered Analytics
Machine learning algorithms for intelligent threat detection and network optimisation
5G & Edge Ready
Advanced solutions for 5G networks, edge computing, and network slicing
Real-time Processing
High-speed packet analysis with minimal latency for live network monitoring
Cyber Threat Management
Proactive security measures with ML-based threat neutralisation
Subscriber Intelligence
Deep insights into subscriber behaviour and quality of experience
Regulatory Compliance
Comprehensive solutions for lawful intercept and data retention
Three things no gateway, appliance or monitoring tool can say.
Every DNI function runs on one data plane, independent of the equipment it measures. That is why it needs less hardware, and why its answer holds up when the equipment itself is the problem.
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1
It measures the service, not the equipment
Your firewall decides what is allowed. Your SD-WAN decides the path. Probes see deeply where you placed them and thinly everywhere else, and flow records on port 443 identify almost nothing. We measure the quality actually delivered to every connection, from the traffic itself.
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2
It does the work of several systems on one
We do not sell hardware, so we cannot discount it. What we can do is cut how much of it you need. The packet broker layer, the standalone CGNAT cluster and the separate Gi firewall all come out of the architecture.
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3
One answer, whoever built the network
Intelligence inside a gateway reports on the gateway’s terms. A measurement layer independent of the equipment reports on yours: one service quality figure per subscriber connection, whichever vendor’s box the traffic crossed.
Measure, retain, protect
Every component runs on one data plane. The traffic is read once, and all of them work from that read.
Prisma
The data plane. Inspects every packet at wire speed and acts on it in the same pass.
Nexus
The control plane. Knows who each session belongs to, so policy applies at line rate.
Lens
The console. One interface for a whole cluster of Prisma engines.
Flux
The transport. Moves metadata from the probes to storage as fast as it is produced.
Quanta
The store. Flow, call and upload records at national volume, queried directly.
Spectra
The workspace. Where analysts correlate what Quanta holds and follow a lead.
Everything on one data plane
Traffic management, measurement, subscriber protection and charging control for communications service providers — on commodity servers, with no separate CGNAT cluster and no second copy of your traffic.
Advanced Traffic Management
Shaping, prioritisation and rate limiting to 1 kbps per subscriber, on what the traffic is.
Service Quality Analytics and Reporting
Real-time monitoring and regulatory-grade reporting from the layer that enforces policy.
Quality Scoring and Automation
Quality measured per subscriber from real traffic, with alarms before the call centre.
Intelligent Stateful Filtering
Subscriber-aware IPv4 and IPv6 session control at the Gi interface.
CGNAT
Carrier-grade address translation on the same data plane, with port block logging.
Quota Management and Charging Control
Quota awareness on the enforcement path, with no parallel policy system.
RAN Congestion Management
Closed-loop congestion control driven by measured experience, not cell counters.
Fault Localisation Assistant
Degraded sessions traced to the node, card or interface in seconds.
Three budget lines, not one.
Better service quality is the outcome. These are the numbers that pay for it.
Hardware you do not buy
Three estates come out of the architecture, and the two that remain get smaller.
- No packet broker or aggregation layer. Asymmetric traffic is handled natively
- No standalone CGNAT cluster
- No separate Gi firewall for IPv6 subscriber protection
- 300 Gbps per 2RU server with every function active
- Any x86 vendor, your refresh cycle, no appliance lock
Capacity you do not buy yet
Utilisation counters say a link is busy. They do not say whether anybody is suffering.
- Node splits and sector upgrades triggered by measured experience, not by percentage full
- Peak hour carried on existing capacity through per-subscriber traffic policy
- RAN congestion resolved by acting on the traffic causing it
- Transit and peering spend shaped by what the traffic actually is
Revenue you do not lose
Most degradations are never reported. They are absorbed, worked around, and then remembered at renewal.
- Faults resolved before they reach the contact centre
- Independent, timestamped evidence for every SLA conversation
- Regulatory reporting from the same data layer, without a second system
- Service tiers you can enforce per subscriber and prove
Talk to us
Ask a single technical question, model your footprint, or book forty-five minutes with the engineering team. We answer within one business day.