Check Point has launched Maestro Hyperscale Orchestrator 200 (MHO 200), an orchestrator that groups several firewalls into a single system and raises threat-prevention capacity per system to 4.5 Tbps, four times more than its predecessor, the MHO 175. The company announced it on October 29, 2026, in Redwood City, California, with a clear target: neoclouds, sovereign AI projects, and data centers moving AI traffic at scale.
The new Maestro Hyperscale Orchestrator 200 in 20 seconds
- Total fabric capacity rises from 3.2 to 12.8 Tbps, and threat prevention from 1.1 to 4.5 Tbps.
- It has 400GbE ports in a single rack unit.
- It supports up to eight independent security groups per system.
- It’s already available in all regions; there’s no public pricing.
According to Check Point’s press release, the problem it wants to solve is the one facing networks that carry AI workloads: traffic volume is growing so fast that many organizations end up leaving part of it uninspected so as not to slow it down. Nataly Kremer, the company’s Chief Product Officer, puts it this way: “too many organizations are still forced to choose between performance and prevention,” adding that “AI is changing the scale at which networks need to be protected.”
What Changes With the MHO 200
Maestro is Check Point’s technology for joining multiple firewalls and splitting traffic between them as if they were one. The MHO 200 quadruples fabric capacity, from 3.2 to 12.8 Tbps, and threat-prevention capacity per system, from 1.1 to 4.5 Tbps, with 400GbE ports in a one-rack-unit form factor. It also lets you combine firewalls of different models and generations, which is useful for anyone looking to expand without retiring older hardware.
Each system supports up to eight independent security groups, each with its own rules, managed as a single object. Check Point promises hot security updates with no reboots or downtime, sessions that stay active through failures, and automatic failover between two sites to reach 99.999% availability. These figures come from the company itself.
Neoclouds, Sovereign AI, and Carriers
The company points to neoclouds and GPU-as-a-service providers, public bodies building sovereign AI infrastructure, businesses modernizing their data centers, colocation operators, and carriers protecting their backbone networks as its target customers. For private and sovereign AI projects, the product integrates with NVIDIA BlueField data processing units (DPUs) through AI Factory Firewall, part of the two companies’ collaboration on security for AI data centers. It’s a similar approach to the one other vendors are taking, as CloudNews reported when CrowdStrike and NVIDIA took AI agent security down to the silicon.
From the firewall itself, Check Point says it can discover and protect AI applications, language models, agents, and MCP (Model Context Protocol, the protocol that connects agents to tools and data) servers. Its Agentic Network Security Orchestration layer automates policy tuning, health monitoring, and regulatory compliance.
What Analysts Say, and What’s Missing
Pete Finalle, research director for Security and Trust at IDC, backs the approach in the press release: “organizations shouldn’t have to choose between inspecting that traffic and keeping it moving.” Check Point also notes it topped the Miercom 2026 Hybrid Mesh Network Security Benchmark for the fourth year running, with 99.8% security effectiveness.
The MHO 200 is already in the company’s catalog for all regions, but the press release gives no pricing and doesn’t say how many firewalls are needed to reach the 4.5 Tbps prevention figure, which will depend on which models are grouped together. The context helps explain the interest: ENISA has just named public administration the most-attacked sector in the EU in 2025, exactly one of the profiles Check Point is targeting with its sovereign AI pitch.
Frequently Asked Questions
What is Check Point Maestro Hyperscale Orchestrator 200?
An orchestrator that joins multiple Check Point firewalls into a single system, with 12.8 Tbps of total capacity and up to 4.5 Tbps of threat prevention.
What does it improve over the MHO 175?
It quadruples fabric capacity, from 3.2 to 12.8 Tbps, and threat prevention, from 1.1 to 4.5 Tbps per system, with 400GbE ports.
Who is the MHO 200 aimed at?
Neoclouds and GPU-as-a-service providers, sovereign AI projects, businesses with their own data centers, colocation operators, and carriers.
When is it available and how much does it cost?
It’s already in the catalog for all regions. Check Point hasn’t published pricing.
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