Aerospace Military and Defence Product of the Year
Company Name: Solid State Disks Ltd
Product Name: SCSIFlash
Supporting Statement:
Solid State Disks Ltd deserves to win the Aerospace, Military & Defence Product of the Year award for its innovative application of reverse engineering to deliver highly reliable solid-state storage solutions for mission-critical defence platforms.
Aerospace and defence systems are designed for long operational lifecycles, often remaining in service for decades. These platforms are deeply integrated, highly validated, and subject to strict certification requirements, making redesign or replacement both costly and high risk. Despite this, many continue to rely on legacy storage technologies—such as hard disk drives, floppy disks, and magneto-optical media—that are now obsolete and increasingly unreliable.
The failure of these components presents a critical vulnerability. In defence environments, storage failure can directly impact mission readiness, system availability, and operational continuity. Replacement with modern alternatives is not straightforward, as these systems depend on highly specific and often undocumented behaviours.
Solid State Disks addresses this challenge through advanced solid-state emulation. Rather than replacing entire systems, our technology replicates legacy storage devices at both the hardware and firmware level, delivering a true form-fit-function replacement that integrates seamlessly into existing platforms without requiring any modification to the host system.
This capability has been proven in defence applications. Solid State Disks has been awarded a NATO contract to supply solid-state storage solutions for AWACS removable media assemblies. These airborne systems require exceptional levels of reliability, deterministic performance, and long-term support. Our solution enables continued operation of critical platforms despite the obsolescence of original storage media, demonstrating compliance with stringent defence requirements.
The engineering complexity involved is significant. Legacy defence systems often rely on precise timing characteristics, unique command sequences, and tightly controlled interfaces. Through reverse engineering, these behaviours are analysed and accurately recreated within modern solid-state architectures. This ensures full compatibility while eliminating the failure modes associated with ageing electromechanical devices.
The impact is both measurable and operationally critical:
Extension of platform lifecycle by 15–20+ years
Reduction in storage-related failures by up to 70%
Elimination of reliance on non-procurable legacy media
Avoidance of costly requalification and system redesign programmes
In addition, solid-state technology improves reliability under harsh environmental conditions, reduces maintenance burden, and enhances overall system stability.
These solutions have been deployed in real-world environments where system failure carries significant operational and financial risk. By enabling continued operation without redesign, Solid State Disks provides a low-risk pathway for lifecycle management in defence systems that must remain operational for extended periods.
What distinguishes Solid State Disks is its ability to deliver system-specific, validated solutions tailored to highly regulated environments. This is not a generic storage upgrade, but a deeply engineered solution designed for mission-critical deployment where failure is not an option. Lower-cost alternatives lack the deterministic behaviour, validation, and long-term support required for defence applications.
This submission represents a practical and impactful application of reverse engineering, delivering measurable benefits in reliability, lifecycle extension, and operational continuity. For these reasons, Solid State Disks Ltd is a strong candidate for Aerospace, Military & Defence Product of the Year.
Entry ID: 7437
Supporting Documents
Whitepaper-Solid-State-Replacements-for-Electromechanical-Drives-Final.pdf