Under attack?
Protection for iGaming and betting

The attack is scheduled for kick-off, because that is when a minute offline costs most

Betting platforms are attacked with unusual precision: during the final minutes before a major event, when in-play volume is at its peak and every second of unavailability is quantifiable. Extortion is common, the demonstration is real, and the window in which mitigation has to work is measured in seconds.

Talk to an engineer See what we stop

A threat model shaped by the calendar

Timed to events, not to convenience

Attacks land at kick-off, at a title fight, during a race weekend. Capacity has to be available at the worst possible moment rather than on average.

Extortion with proof of capability

A short high-volume burst followed by a demand is the standard pattern, and paying buys nothing except being marked as a payer.

Mixed volumetric and application pressure

The platform is attacked at the network layer while the front end takes bot and request-rate abuse - account creation, bonus abuse, scripted odds scraping - at the same time.

Licensing carries availability obligations

Regulated markets impose uptime and reporting duties, and an outage during an event is visible to the regulator as well as to the customer.

What holds up on match day

Capacity per node, always in path

Each scrubbing location runs a cluster of ten or more Dell servers at 400 Gbps apiece, each measured filtering 100 million packets per second. Protection is always-on, so there is no activation delay at the moment the attack starts.

Sub-second enforcement

A new attack goes from first packet to enforced rule in under a second, which matters when the whole event window is ninety minutes.

Both layers, run together

Network filtering for volume and the reverse proxy for the application, with challenges escalating only for sessions that look automated - so real punters are not asked to solve a captcha at kick-off.

European, certified, auditable

EU-operated infrastructure with ISO 9001, ISO 27001 and PCI-DSS, and per-incident evidence for licensing and regulatory reporting.

Tier 2 European backbone · European DDoS protected network Built, filtered and operated inside the EU · human NOC 24/7, no AI agents
ISO 9001ISO 27001PCI-DSSGDPRNIS2

The platform around match day

The mitigation is one layer. The same network sells the layers around it - and a stack bought from one operator has nobody in it to blame somebody else.

IP transit

Capacity that is real at kick-off

No-oversubscription transit: the committed rate is reserved on every segment it crosses, with burst above it for event peaks - so the capacity you bought exists at the moment everyone uses it. The transit page →

Transport

Between platform sites and jurisdictions

EVPN circuits and wavelengths linking the primary platform, the DR site and licensed-market infrastructure - replication and settlement traffic kept off the public internet. EVPN-MPLS transport →

Consulting

A capacity review before the big fixture

Network design, equipment selection, and pre-event checks against measured peaks rather than averages - with an engineer reachable during the event itself, not a ticket queue. How an engagement runs →

How it is delivered

Protected IPs or BGP-announced ranges
WAF and automatic TLS for the customer-facing platform
Pre-event capacity review before major fixtures
24/7 human NOC with a named escalation contact

Protection for other sectors

Hosting Providers Data Centres ISPs & Carriers Government & Institutions Game Servers & Studios E-commerce & Retail Financial Services VoIP & Telecom SaaS & Critical Apps