Green Custard, Your AWS & Raspberry Pi Design Partner
As an official Raspberry Pi Design Partner and AWS IoT Specialist, Green Custard has helped many customers build connected IoT solutions and products using Raspberry Pi devices.
Green Custard is a Raspberry Pi Design Partner and also the UK’s leading AWS IoT Partner and, one of the select few globally recognised with AWS’s prestigious IoT Competency. Through software consultancy we have helped start-ups and global brands bring their connected product aspirations to life.
Our experienced team has skills across embedded software, connectivity, AWS services, and mobile, web, & cloud software. A consistently high NPS score of 9+ is evidence of our proven history of success and stellar customer satisfaction rating.
”With time and development resources always being at a premium, choosing to partner with Green Custard and their team of Raspberry Pi, AWS and IoT experts made both technical and financial sense, and through their support, we’re delivering to our customers a secure yet seamless “plug in and go” solution for installing and connecting their fleet of Gardin sensors to our platform.” - Connor Goddard, Tech Lead, Gardin
"They have been pivotal in supporting the development of a new AWS driven platform/proposition" - Scott Mackenzie, Carlsberg Britvic
Tailored Innovation
We customize our approach to fit each client’s unique needs, ensuring the best possible outcomes.
- Resource Optimisation: Our support allows you to focus on product development and market differentiation while we manage the complexities.
- IoT Expertise: We handle the intricacies of IoT architecture, including security, provisioning, data analytics, and product personalisation.
- Comprehensive Support: Whether you need full-service assistance or targeted help with edge, mobile, IoT backend, or web solutions, we’ve got you covered.
Proven Expertise In The Field
We bring real-world experience in managing our customers’ IoT device fleets in the field. We provide expert guidance on fleet lifecycle management, security, IoT operations, and support best practices. Additionally, we help customers harness data to gain insights into product usage and personalise end-user experiences.
The real excitement begins when your products ship, but being prepared both before and after launch is critical for long-term success. We’re here to ensure you’re ready for every step of the journey.
Customer Stories
RASPBERRY PI POWERS SUSTAINABILITY
Green Custard partnered with Britvic’s Beyond the Bottle team to build the Aqua Libra Flavour Tap, an IoT-connected dispenser that enables chilled, sparkling or lightly-flavoured still water. One unit eliminates 10,000 single-use plastic bottles; hundreds are now rolling out across UK workplaces.
REAL-TIME RESPONSE AGRICULTURE WITH GARDIN
By combining cutting-edge optical remote sensing technology, machine vision and analytics, Gardin’s technology allows producers to measure plant physiology and proactively adjust parameters for optimised operations. Gardin calls this Real-Time Response Agriculture, continually changing the
environment to meet the needs of the plants.
Gardin selected the Raspberry Pi Compute Module 4 for their product because it provides a balance of computing power to cost.
PIRATE STUDIOS REDUCES COSTS BY 90% WITH AWS
Pirate needed a solution to manage power to studio equipment, ensuring reliable performance for customers during bookings and reliable shut-downs at the end of the booked period. Pirate Studios installed Raspberry Pi based kill switches in 770+ studios that allow them to shut off all power to the equipment if clients overstay their booking or break any of the house rules.
RASPBERRY PI PICO HARDWARE-IN-THE-LOOP TESTING
Neil Bryan, Principal Consultant at Green Custard, used the Raspberry Pi Pico to run hardware-in-the-loop testing for Aqua Libra’s dispensing control board.
Reproducing an intermittent bug seen in the field can be very difficult, since unless the bug can be observed, it may be marked as ‘unable to reproduce’ and ignored.
Find out how Neil used the Raspberry Pi Pico to simulate external signals to test both embedded hardware and software using a technique called Hardware-In-The-Loop testing.