Electronics and embedded systems
We design electronic circuits and firmware with their interdependencies in mind. We bring hardware, device logic and interfaces together around the requirements of the complete system.
Drag the slider or use arrow keys.
Engineering tomorrow.
Electronics, software and connectivity. Engineered together.
BBest24 designs and develops devices, software and communication systems. We bring together engineering disciplines where success depends on how hardware, code and signals interact. We support implementation, challenge assumptions and verify that solutions meet their requirements.
01 / Expertise
From an individual circuit to an integrated system.
Software, integration and automation
We develop applications, services and interfaces between systems. We connect software with devices, organise data flows and automate processes that span different technologies.
Communications and antenna systems
We design analogue and digital communication solutions and antenna systems. We select suitable transmission approaches and integrate the communication chain with electronics, firmware and software.
Signal processing
We develop digital signal processing (DSP) algorithms and design digital filters. We examine signal characteristics, noise and interference alongside requirements for accuracy, latency and computing resources.
Testing and security
We test software, firmware and hardware individually and as an integrated system. We address cybersecurity through design, technical reviews and testing, including how a solution behaves under fault conditions.
Technical advisory and oversight
We clarify requirements, assess feasibility and compare architecture options. We challenge assumptions, support delivery and independently review technical decisions and project outcomes.
02 / How we work
From requirements to verification.
We can deliver a defined scope of work, support your team or provide an independent technical review. You can bring us in at any stage.
- 01
Define the requirements.
We gather assumptions and clarify constraints and acceptance criteria. We identify which decisions need more evidence, an experiment or a different approach.
- 02
Test the concept.
We build a prototype or proof of concept (PoC) to assess feasibility and investigate key risks before further development.
- 03
Deliver the agreed scope.
We develop hardware, firmware and applications and integrate them into a system. For a minimum viable product (MVP), we focus on the functionality needed to evaluate the product in use.
- 04
Verify the implementation.
We test against requirements, analyse results and verify corrections. Technical oversight can also include ongoing reviews of decisions and work delivered by other contractors.
Notes
Electronics, software and engineering decisions.
Command sent. Did the device actually execute it?
How to design device control that distinguishes acceptance from motion, recovers the result after a lost response, and shows what is known after a restart.
An SBOM is only the beginning: does a vulnerable library mean a vulnerable product?
From a scanner match to a defensible firmware assessment: SBOM, vulnerability conditions, evidence, CycloneDX VEX, and changes that invalidate earlier conclusions.
The system is slow. Which part is responsible?
Locate delay between a sensor and its dashboard: three equally slow flows, clocks, traces, queues and a reproducible comparison of mean latency and p99.
03 / Contact
Tell us what you’re working on.
Have a concept, a prototype or a project already underway? Describe the goal, the current stage and the problem to solve. Together, we can identify where BBest24 can contribute most.