
As AI becomes central to security operations, one question matters more than which model you use: where it runs.
Cloud AI and on-premises AI are fundamentally different deployment models. Here's what that means in practice for security teams.
Cloud AI processes your data on external servers operated by providers like OpenAI, Google, or Microsoft Azure. It's easy to access, requires no on-site hardware, and works well for many business applications.
On-premises AI runs entirely within your own infrastructure. Data never leaves your environment, there's no internet dependency, and no third party is involved in processing.
With cloud AI, sensitive security data, incident footage, operator notes, access logs are transmitted to and processed by an external provider every time AI is used. For organisations in regulated industries or government environments, this is often a compliance issue, not just a preference.
With on-premises AI, data stays inside your environment at every step.
Cloud AI requires reliable internet access. That rules it out entirely for air-gapped networks common in defence facilities, critical infrastructure, and high-security sites. On-premises AI has no internet dependency and works in any environment, including fully isolated ones.
Cloud AI is usage-based, you pay per query or token, and costs scale with volume. At scale, that adds up quickly.
To put this in perspective, the following estimates compare running Antara Core on-premises at 80% capacity against the cost of processing equivalent requests through leading cloud AI models:
For organisations processing high volumes of security events, the cost difference between cloud AI and on-premises AI is substantial.
Antara Core can cost up to 50x less than leading cloud AI options. At current cloud API rates, that gap can represent hundreds of thousands to millions of dollars in annual savings, redirected back into your security operations rather than consumed by usage fees. And unlike cloud AI, costs stay fixed. No usage spikes, no bill surprises, and no cost increases as your camera event volume grows.
Cloud AI availability depends on your internet connection and the provider's uptime. On-premises AI runs on infrastructure you already control and monitor.
On-premises AI systems can often be more tightly integrated into existing security infrastructure, connecting directly to local camera systems, access control platforms, and security operations software without routing data through external APIs. This can simplify architecture and reduce latency in time-sensitive workflows.
Cloud AI suits organisations with reliable internet access, lower processing volumes, and no strict data residency requirements.
On-premises AI is the better fit when you operate restricted or air-gapped networks, handle sensitive data with sovereignty obligations, or need predictable costs at scale.
icetana AI's Antara Core is an on-premises AI engine built specifically for security operations. It powers icetana AI's agentic workflows, including Triage Agent, Relay Agent, Hazard Detection, and automated incident reporting, entirely within your own environment.
Antara Core is designed for organisations where cloud AI isn't suitable: restricted networks, data-sensitive environments, and operations where cost predictability matters. It delivers the same AI capabilities as leading cloud models without an internet dependency or external data transfer.
For organisations already using icetana AI's safety and security platform, Antara Core is the on-premises intelligence layer that makes agentic workflows possible in any environment.
Understanding the difference between cloud AI and on-premises AI is the first step to making the right deployment decision for your security operations. If you're evaluating your options, learn more about Antara Core or book a demo to see how it works in practice.
A note on flexibility: Antara Core can be deployed on-premises or in a private cloud. For organisations whose environment, data policies, and budget are suited to cloud AI, icetana AI can also operate using cloud models such as OpenAI. We work with customers to find the deployment model that best fits their needs.