OEM portfolio
Depth of work, within confidentiality.
DBRF has operated as an OEM scientific and engineering resource — contributing research, architecture, algorithms, software, prototypes, documentation, validation methods and IP development for third-party technology programmes.

Confidentiality and ownership
Projects developed for our clients always remain confidential. When by confidentiality agreement we cannot disclose the organisation, we describe only the problem, the work completed by the DBRF and the expertise involved.
We name a product or technology only when that information is already public and we have permission to use it.
Showing a project on this website does not mean that DBRF owns it. Each product, technology and related intellectual property belongs to their legal owners.
Structural Information Architecture and Useful-Density Optimisation
Formalising structure and hierarchy in information to reduce burden while preserving task-relevant value.
Outputs: Methods and architectures, Algorithms, Prototype components
View recordInformation-Efficiency Architecture for AI Workloads
Testing whether structural information representation can reduce AI workload burden within an agreed quality tolerance.
Outputs: Methods and architectures, Prototype components, Validation criteria
View recordAI-Assisted Translation of Foundational IP into Workload-Specific Solutions
A repeatable operating method to apply foundational IP to specific enterprise pipelines and constraints.
Outputs: Methods and architectures, Software / platform, Validation criteria
View recordAI Infrastructure Information-Efficiency Research and Pilot Framework
A disciplined route from information-efficiency theory to a customer-controlled infrastructure pilot.
Outputs: White paper, Pilot framework, Technical specifications
View recordAcoustic Intelligence for Connected Media and Machine Perception
Preserving useful structure, timing, recognition, identity and continuity as sound moves across systems.
Outputs: Methods and architectures, Algorithms, Prototype components
View recordStructure-Based High-Efficiency Audio Representation
Representing sound more efficiently for constrained environments while preserving task-required information.
Outputs: Algorithms, Prototype components, Technical specifications
View recordIntrinsic Audio Recognition and Fingerprinting
Recognising audio and sound objects through intrinsic structural characteristics, not external metadata.
Outputs: Algorithms, Methods and architectures, Prototype components
View recordCross-Device Media Synchronisation and Continuity
Maintaining timing and contextual continuity as experiences move across devices and networks.
Outputs: Methods and architectures, Software / platform, Prototype components
View recordMedia Identity, Provenance and Embedded Trust
Associating media with identity, provenance and integrity while it is distributed and transformed.
Outputs: Methods and architectures, Technical specifications, Prototype components
View recordDistributed Processing and Delivery Infrastructure for Structured Media
Processing and delivering structurally represented media across cloud and edge while maintaining continuity.
Outputs: Software / platform, Methods and architectures, Technical specifications
View recordRewarded Music Discovery and Engagement Platform
Turning structured audio recognition and synchronised media into a rewarded discovery platform.
Outputs: Software / platform, Methods and architectures, Technical specifications
View recordProgrammable Connected-Media Experiences
Translating structural sound, synchronisation and identity into multi-screen, creator-facing experiences.
Outputs: Software / platform, Methods and architectures, Prototype components
View recordHuman-Centred Information-Value Measurement Pilot
Exploring whether AI outputs can be evaluated for clarity, cognitive load, agency and safety.
Outputs: Methods and architectures, Prototype components, Validation criteria
View recordHuman-Impact Intelligence Layer for AI Interaction
Making the cognitive and emotional effects of AI-generated communication more understandable to the user.
Outputs: Software / platform, Methods and architectures, Prototype components
View record