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Pricing to be confirmed
DeepSeek models are designed to support advanced reasoning, coding and analytical workloads, enabling AI systems to operate across complex problem spaces and multi-step tasks.
They provide strong performance in technical domains, particularly where structured logic, code generation and iterative problem solving are required. This makes them well suited to environments where AI must not only generate responses, but analyse, plan and execute tasks across systems and data.
DeepSeek supports:
Advanced Reasoning – handling complex analytical and multi-step problem-solving tasks
Code Generation – generating, debugging and optimising code across languages
Technical Analysis – processing structured and unstructured data in technical domains
Workflow Support – enabling multi-step operations and decision sequences
By enabling deeper reasoning and structured execution, DeepSeek supports development environments where accuracy, logic and repeatability are critical.
DeepSeek models are initially provided through a hosted environment to support development, testing and early-stage deployment.
This allows organisations to begin building and validating AI-driven workflows without delay, supporting rapid iteration and integration across systems. The hosted model is intended for development purposes, enabling teams to explore capability and define operational requirements.
As requirements mature, deployments transition to UK-based infrastructure, including dedicated client environments and clustered systems. This enables organisations to progressively establish control over performance, behaviour and outputs within the jurisdiction.
DeepSeek is currently delivered through SambaNova-hosted infrastructure located in California, providing immediate access for development use.
Production deployment within the UK is aligned to infrastructure expansion, with environments provisioned on the next import cycle of SN40L systems. This enables transition from development access to fully sovereign operation, with control of execution, performance and outputs established within the UK jurisdiction.
Pricing to be confirmed
DeepSeek models are designed to support advanced reasoning, coding and analytical workloads, enabling AI systems to operate across complex problem spaces and multi-step tasks.
They provide strong performance in technical domains, particularly where structured logic, code generation and iterative problem solving are required. This makes them well suited to environments where AI must not only generate responses, but analyse, plan and execute tasks across systems and data.
DeepSeek supports:
Advanced Reasoning – handling complex analytical and multi-step problem-solving tasks
Code Generation – generating, debugging and optimising code across languages
Technical Analysis – processing structured and unstructured data in technical domains
Workflow Support – enabling multi-step operations and decision sequences
By enabling deeper reasoning and structured execution, DeepSeek supports development environments where accuracy, logic and repeatability are critical.
DeepSeek models are initially provided through a hosted environment to support development, testing and early-stage deployment.
This allows organisations to begin building and validating AI-driven workflows without delay, supporting rapid iteration and integration across systems. The hosted model is intended for development purposes, enabling teams to explore capability and define operational requirements.
As requirements mature, deployments transition to UK-based infrastructure, including dedicated client environments and clustered systems. This enables organisations to progressively establish control over performance, behaviour and outputs within the jurisdiction.
DeepSeek is currently delivered through SambaNova-hosted infrastructure located in California, providing immediate access for development use.
Production deployment within the UK is aligned to infrastructure expansion, with environments provisioned on the next import cycle of SN40L systems. This enables transition from development access to fully sovereign operation, with control of execution, performance and outputs established within the UK jurisdiction.