Servers, workstations, storage and industrial platforms for non-classified operational IT and secure-support workloads — built for reliability, lifecycle continuity, traceability and compliance alignment.
Non-classified — Operational IT & secure support
ISO 9001 / 27001 / 14001 — Process alignment
EMI/EMC tested — Sensitive environments
Multi-cycle supply — Stable configurations
Spares in India — Lifecycle planned
Built for mission-critical IT Consistent and repeatable configurations across deployments, with predictable performance under sustained operational loads. Alignment with documentation, standards and approval needs, and spare availability and lifecycle planning designed for long-term use rather than a single purchase cycle.
Designed around how strategic projects are run Strategic and government projects carry strict requirements on process, traceability and documentation. Hardware is only part of what has to be delivered. We work with your technical, security and procurement teams to align on the documents required and the formats they have to arrive in.
Deployment suitability
Non-classified operational IT and secure-support workloads
NetBytes hardware is suitable for non-classified operational IT and secure-support workloads, including:
Command and control support systems
Video surveillance and monitoring backends
Forensic and mission data archival platforms
Simulation, modelling and technical computing environments
Edge deployments for bases, units or remote environments
Secure analytics and infrastructure workloads
The portfolio
Hardware portfolio for defence
Configurations can be aligned to deployment phases, repeatable supply and controlled lifecycle management.
Rack servers — Compute, virtualisation and applications — databases, directory services and middleware.
GPU servers — Analytics, simulation and AI/ML workloads, including video analytics and research computing.
Storage platforms — Archival, logging, retention and forensics, and VMS backends.
Industrial and embedded PCs — Remote, rugged and tactical deployments — outposts, plant and trackside locations.
Workstations — Engineering, GIS, simulation and analysis environments.
Thin clients — Secure terminal access in offices, control rooms and kiosks.
Standards and documentation
Documentation is part of the deliverable
Systems are designed and built with alignment to the frameworks and practices strategic procurement references, and the project documentation is prepared alongside the hardware rather than chased afterwards.
Products are designed to meet FCC Class A/B and RoHS requirements, on EMI/EMC tested platforms suitable for sensitive environments.
Manufacturing process guided by ISO 9001, ISO 27001 and ISO 14001
Compliance statements and technical annexures for RFP/RFQ responses
Technical datasheets and specification detail per configuration
Configuration and component traceability information for each deployment
Declarations or letters as required by programme or procurement rules
tested platforms
hazardous substances
Class A/B
where applicable
Where it fits
Strategic and public sector environments
Government and PSUs — Departmental IT, state data centres, e-governance and citizen services.
Defence and paramilitary — Analytics, secure applications, surveillance backends and support systems.
Railways and metro — Operations systems, control rooms, signalling support IT and passenger-facing services.
Aviation and aero — Airport operations IT, engineering systems, ground support and back-office applications.
Smart city and command centres — Video walls, VMS/NVR infrastructure, analytics and storage backends.
Research and technical institutes — HPC, simulation, modelling and lab infrastructure.
Engagement
How a strategic project runs with us
Our typical engagement process for strategic and public sector projects.
Requirement study — Workloads, criticality, redundancy targets and physical constraints, before any configuration is drawn.
Solution design — Reference architecture, configuration and sizing, then a bill of material and compliance matrix mapped to the tender or internal requirement.
Implementation and support — Coordination with system integrators and internal teams, then post-deployment SLAs aligned to criticality and geography.
Lifecycle and sustainment
Built to be supported for as long as it is deployed
Stable configurations are available over multiple supply cycles, with component continuity for long-term operations and documented firmware and BIOS versioning. A unit supplied in one phase can be matched in the next.
Standardised hardware configurations can be replicated across multiple locations or units, with a focus on serviceability — access to components, clear labelling and structured cabling.
Upgrade and expansion paths extend lifecycle rather than replacing entire systems, and spares and parts availability is planned within India for faster turnaround.
Engagement and delivery
How we supply, and who we supply through
Direct supply where procurement conditions allow, and OEM support for system integrators and defence contractors delivering strategic projects.
Direct supply — Where applicable based on procurement conditions and the route the programme uses.
OEM for integrators — Supporting system integrators and defence contractors as the hardware partner behind the bid.
Consistent BoM and pricing — Aligned to rollout scope, so a multi-phase programme prices predictably.
Clarification and evaluation support — Technical support through the clarification and evaluation phases of a tender.
Approved build configurations — A build signed off once and repeated, for long-term rollout programmes supplied in phases.
Documentation for approval — The technical review and approval pack a programme needs before a configuration is cleared.
What the framing means
Clear about scope, deliberately
operational IT
workloads
traceability per unit
spares and sustainment
Start a discussion
Planning a secure deployment?
If you are part of a defence organisation, a secure government team, or a system integrator delivering strategic projects, we can support with planning, documentation and hardware supply.
Requirements can be discussed at the level of workload and constraint rather than part number — criticality, redundancy targets, physical and environmental limits, supply phasing and the documentation the programme requires.