Senior people on watch, around the clock.
A managed security operations team monitors your platform day and night, triages every alert and escalates only what matters. Humans for the calls machines shouldn’t make.
SOC, incident response, fractional CISO and audit readiness, led by an ISO 27001 Lead Auditor. Not another tool to staff.
Real-time bets, player wallets, provider integrations, settlement engines, bonus mechanics and gaming floors each bring their own attack surface. Seven areas we test, monitor and defend.
The most financially sensitive surface: where betting APIs, player wallets and settlement meet. We have found IDOR and authorisation flaws that could let an attacker change bet values.
Multi-provider casinos run on trust between operator, aggregator, game provider and wallet. We test every link.
Fast-moving odds, live markets and delayed feeds create timing gaps attackers exploit.
Bonus engines touch wallets, wagering rules and game eligibility, which makes them a prime target.
We have investigated ransomware on VMware ESXi estates running physical casino operations, including vendor-managed gaming servers.
Cloud-native platforms run authentication, betting APIs, wallets and provider integrations on AWS.
Slot, CMS and gaming vendors often hold persistent, privileged remote access to production.
A flaw in a wallet API means unauthorised payouts. A weak provider callback breaks transaction integrity. A compromised settlement flow creates reconciliation gaps. Ransomware on gaming infrastructure stops revenue on the spot.
For operators processing millions of euros a day, vulnerabilities are not technical findings. They are direct exposure to GGR, uptime, financial integrity and player trust.
Gaming floors, payment terminals and industrial systems run legacy switches, uncommon protocols and one-way links. Our SOC sees all of it without touching production traffic.
Deployment by Purdue level
| Scenario | Sensors & telemetry | Network visibility |
|---|---|---|
| Agentless sensors allowed in Levels 3 & 2 | Sensors off core switches in Levels 3 and 2; OT syslog straight to sensors. | TAPs optional, depending on media type and speed. |
| Sensors not allowed in Levels 3 & 2 | Sensors in Level 4 off a packet broker; OT syslog relayed to Level 4. | Packet broker in Level 3; aggregator TAPs in Level 2; optional data diode. |
| Unidirectional link between Levels 4 & 3 | Sensors in Level 3 and below updated manually. | Data diode between Level 3 and Level 4. |
| Legacy or unmanaged switches | Sensors off network TAPs, or fed through a packet broker. | Network TAPs mirror switch traffic to sensors. |
| DMZ hosts allow agents | Agent sensors on DMZ hosts for telemetry. | No change to the network architecture. |
A governed AI layer over your documents, data and processes. It understands the question, searches only what the user is allowed to see, and returns an answer with sources and a next step. Not a chatbot: a standard for answers that hold up to management, compliance and audit.
Experimenting with AI is not the same as using AI in the business. Without a standard, every team builds its own, IT loses control and the risk of wrong decisions grows.