Cyberspatial Solutions for the Public Sector

Teleseer Private Cloud Instance offers dedicated cloud hosting for the software, with 10TB of data storage allocated specifically for analysis purposes.

The Teleseer Private Cloud Data License is structured on a per-terabyte basis, providing access to the software for analysis purposes within a private cloud environment.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 256 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 128 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 64 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 32 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 24 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 16 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise Virtual Machine (VM) deployment of Teleseer includes the installation of the software on a 8 core virtual machine environment, with 10 user seats provided as part of the package.

On-Premise deployment of Teleseer on SCOUT hardware entails installing the software directly onto SCOUT hardware, with an annual license capable of capturing and processing from 1 to 10 Gbps.

The fully optimized On-Premise laptop serves as a deployable kit allowing for edge data processing at speeds ranging from 1 to 10 Gbps.

On-Premise deployment of Teleseer on SPARK hardware entails installing the software directly onto SPARK hardware, with an annual license providing 48 cores of processing power, and Role Based Access (RBAC) with 10 user seats included for immediate utilization.

The fully optimized On-Premise mid-weight dual server is engineered as a persistent sensor, for capturing and processing data at speeds ranging from 10 to 40 Gbps.

On-Premise deployment of Teleseer on PRIME hardware entails installing the software directly onto PRIME hardware, with an annual license providing 128 cores of processing power, and Role Based Access (RBAC) with 10 user seats included for immediate utilization.

The fully optimized On-Premise heavyweight server is purpose-built for volume processing, data orchestration, and deep analysis, with the capability to capture and process data at speeds of up to 100 Gbps.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

High-performance, modular storage designed for large datasets. With ultra-fast transfer speeds, scalability, and multi-user collaboration features, it enhances productivity by enabling rapid access and efficient management of critical data in demanding workflows.

End-to-end NVMe, adaptable storage for block, file, virtual volumes (vVols) and container workloadsl PowerStore is more suited to managing structured workloads that require high transactional speeds, seamless integration across hybrid environments

End-to-end NVMe, adaptable storage for block, file, virtual volumes (vVols) and container workloadsl PowerStore is more suited to managing structured workloads that require high transactional speeds, seamless integration across hybrid environments

Highly efficient and resilient active archive storage or long-term data retention for large-scale data archives. PowerScale's architecture is built for high throughput, making it well-suited for environments that require fast, reliable access to unstructured data.

Highly efficient and resilient active archive storage or long-term data retention for large-scale data archives. PowerScale's architecture is built for high throughput, making it well-suited for environments that require fast, reliable access to unstructured data.

Highly efficient and resilient active archive storage or long-term data retention for large-scale data archives. PowerScale's architecture is built for high throughput, making it well-suited for environments that require fast, reliable access to unstructured data.

Additional user seats are available for purchase beyond those included in the core license, allowing for scalability and accommodating increased user demand within the Teleseer software environment.

Our Protocol & Parsing service offers reverse engineering and custom protocol/parser development for non-standard or unique protocols not covered in our current DPI catalogue. Due to the varying complexity of protocols, pricing structure is: 1 credit for simple protocols, 2 credits for moderately complex protocols, 4 credits for complex protocols, and 8 credits for full reverse engineering.

Custom engineering involves tailoring software solutions to meet specific client needs through the design, development, and implementation of specialized features or modifications. Engineering services pre-purchased in bulk in advance.

Software support guarantees a response time of no more than 24 hours for resolving critical issues and prioritizes continuous availability and performance optimization. Includes up to 120 hours of customer success and engineering support. Additional engineering hours purchased separately.

MSE Support provides an on-site engineer for installation, maintenance, troubleshooting, and training.