Product Compliance, Risk Management and Validation Service To manage risk throughout the development cycle we use failure mode analysis, compliance reviews, product and software testing and issues lists at each stage gate. These provide the documents needed to agree to move on to subsequent design stages. Innovative product and service design for sustainable environmental and commercial outcomes Design Verification Planning (DVP) and Execution Hardware design and technology selection for cost viability and risk assessment DVP is a structured assessment tool to verify that the product meets its specification. By this stage in the development the team will have carried out functional, performance, life/reliability and stress testing and this information is captured within the DVP. When off-tool parts are available product compliance and field testing programmes can get underway. Design Failure Mode Effects Analysis (DFMEA) and Hazard Analysis Team exploration of the system requirements to determine optimal hardware architecture A blend of the design thinking process and the more structured fault tree assessment feeds into the specification as considerations for the designers and engineers.. Designs are critically assessed against these failure modes at stage gate reviews. Previous Capability Talk to Us Compliance and Certification Enabling rapid qualification of the technology approach and risk assessment Design for Compliance minimises the risk of not meeting compliance targets. Our specialist compliance team will work with you to establish the compliance definitions for certifying electronic and safety-critical products for local and international markets including RCM, CE and UL. Deliverables include a Technical Construction File and compliance reports used for Type Approvals in your target export jurisdictions.

Previous Next inFact developed a ‘world first’ system for measuring wood stiffness at the point of harvest. HITMAN PH330 has been recognized in NZ and internationally as a winner within the agri-business sector: - finalist 2015 NZ Hi-Tech Awards - finalist 2015 CDC Innovation award at the Champion Canterbury Awards - finalist in 3 categories at the 2015 NZ Innovators Awards - winner 2015 Agri-business NZ Innovation Award - winner 2016 Green Good Design Award ​ HITMAN PH330 by fibre-gen HITMAN PH330 has been recognized in NZ and internationally as a winner within the agri-business sector. Peter Carter // CEO // fibre-gen The Project The project team works side-by-side with the client to ensure product functionality, marketability and usability are resolved through proof of concept prototypes. These are tested and refined to ensure all aspects of the solution are understood, key risks are identified and project goals are achieved. THINK inFact’s experienced engineers adapted the proven ST300 technology to stand up to the extremely harsh forestry environment. Custom hydraulic cylinders were developed to meet the tight physical constraints for a range of existing processor head models. Robust industrial strength designed for the extreme harsh forestry environment. - Design of custom hydraulic cylinders to integrate with existing processor heads; - Custom hardware for data acquisition; - Extensive infield testing to validate reliability and real world environment; - Development of in-cab touch screen UI for system control and data analysis; - Algorithm optimisation. LISTEN Forest companies want to automate every operation for safety and efficiency on the harvest site. The challenge to fibre-gen was to extend the successful HITMAN hand tools technology platforms to create a processor head mounted system to measure wood stiffness at the point of harvest. This would allow forestry operator to extract increased value from their assets in a streamline process. OUTCOME Successful trials around the world including, Western Australia and Oregon, USA. The HITMAN PH330 has established itself as a proven technology and inFact are working with key stakeholders to bring this exciting technology into mass production. ​ Capabilities used on this project Product Design Prototyping App Development Talk to Us

Previous Next PiP DigiSense.™ devices installed in manholes at strategic locations in wastewater networks enable near real-time monitoring and alerting for normal flow and flood events. Monitoring of normal flows over time enables improved network management strategies and richer modelling data for long-term investment planning. Event detection to provide early warning of possible flooding means council staff can allocate their limited resources to reducing the risks in the key areas of concern. Long life, near real-time water level monitoring using low cost LPWAN IOT technology and sensors PiP DigiSense. by PiP IoT PiP DigiSense.™ devices installed in manholes at strategic locations in wastewater networks enable near real-time monitoring and alerting for normal flow and flood events. Julian Sharplin // CEO // PiP IoT Limited The Project The project team works side-by-side with the client to ensure product functionality, marketability and usability are resolved through proof of concept prototypes. These are tested and refined to ensure all aspects of the solution are understood, key risks are identified and project goals are achieved. THINK Developing smart IOT sensors required a high level of research and development of the ultrasound devices which detect water level at long range, antenna systems to get radio transmissions out of the deep manholes and for long term installations, a low power circuit that enables the device to sit idle for years while providing pre-set hourly, daily or event based measurements of level. LISTEN PiP IoT was born out of inFact’s work in the sewer networks with Christchurch City Council where the flood prone city needed an early warning system if sewerage was likely to flow into the streets. inFact developed two products for these applications as a direct requirement set out by the cities Three Waters Division. OUTCOME inFact chose to use a highly ruggedised overmoulding process to fully encapsulate the sensitive electronics and seal them against the aggressive corrosive H2S gases present in the sewer network. Designing technology for low cost manufacture and large scale deployment presented a significant challenge for the design and production teams. ​ Capabilities used on this project Product Design Cloud Services App Development Talk to Us

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Our Projects Over the past 25 years, while creating and engineering unique products that serve the needs and desires of your end customers, inFact has not only delivered many innovative world-firsts, we have also enabled our clients to make their sustainable new technology here in New Zealand. Delivering high quality. High value product and service outcomes Talk to Us

This key role requires an experienced professional who can demonstrate skills in leading electronic development projects from concept through to production and to provide team leadership for our designers and developers. An excellent salary package will be negotiated with the successful candidate, based on your skills and experience. Previous Job Next Job Full Time / Part Time Christchurch, New Zealand Expressions of Interest Apply Now Apply Previous Next Job Requirements About the Role Previous Next Softer Skills You will be required to demonstrate knowledge and experience with: Extensive experience with C and C++ embedded software design Experience with ARM-based micro-controllers including ST & Nordic Experience with embedded peripheral interfaces such as USB, SPI, I2C, UART & ADC's Experience creating successful system architecture designs Experience with run-up of new embedded hardware designs Experience with multiple communication networks and platforms such as Sigfox, LoRaWAN, NBIOT, CATM1 and 3G/LTE, and relevant satellite communications Serve as a technical authority in making engineering decisions leading to the proper selection, test and evaluation of electronics devices and components Rapid prototyping development skills including the use of development kits, prototype hardware and use of prototype languages such as Python Ability to debug software and hardware (using scopes and emulators) Ability to apply a wide range of testing tools, techniques, procedures Other desired capabilities may include: Linux development capabilities including Yocto/Buildroot, kernel configuration, device-tree and device drivers Experience with CANBUS & ethernet interfaces Experience in developing applications for standalone embedded Linux systems Understanding of full stack development with the ability to create and interface with web and networking API’s Hands on knowledge of Altium and other hardware development tools Experience with Kinetis and i.MX platforms Our purpose at InFact is to create sustainable new technologies that deliver on important climate change, environmental and socially significant outcomes. Using product design and hi-tech engineering our consultancy specialises in the development of ruggedised embedded and cloud-connected products and services. Over 23 years and 500 projects we have developed world-first products for New Zealand companies and research groups including Hamilton Jet, Zero Invasive Predators, Qualcomm, Aeroqual, Auckland and Canterbury Universities, ESR and Scion Forest Research. Previous Next About inFact Limited Softer skills that we value highly as an organisation are: Take responsibility to effectively communicate concepts and deliver solutions Passion for design excellence Native skills to resolve design and technical problems Team player attitude and preparedness to develop, learn and actively seek out opportunities Excellent written and verbal communication skills Project documentation skills Knowledge of product design processes - from concept and spec level through to production-tested product Contribute fully to a multi-disciplinary development team Balance priorities and remain flexible and outcome-focused under pressure Experience in delivery of high-value solutions to customers Talk to Us

Previous Next Precision Tracking identified that by enhancing the performance, feature set and accuracy of their On-Farm Vehicle Tracking System they could dramatically improve farm management outcomes and bring more value to farmers. By using new high precision GPS technology and real-time wireless communications and integrating these in cloud-based data analytics, farmers could achieve more accurate nutrient application, confidently report on environmental compliance and improve the sustainability of their farm practices. inFact provided the high-tech development expertise for this new generation D3 Tracking System which accurately monitors the location of farming vehicles while it interfaces with spreading computers for accurate fertiliser application tracking. It also detects rollovers and other general purpose I/O. The D3 communicates via multiple cellular networks and the real-time operating system can be over the air (OTA) updated. Real-time on-farm vehicle monitoring, control and tracking D3 Tracking System by Precision Tracking I’ve been using the Precision Tracking system for over two years and find it very easy to use. It makes the driver’s job easier which makes them more productive. Precision Tracking The Project The project team works side-by-side with the client to ensure product functionality, marketability and usability are resolved through proof of concept prototypes. These are tested and refined to ensure all aspects of the solution are understood, key risks are identified and project goals are achieved. THINK inFact used its deep knowledge and expertise in wireless comms, GPS, controls, cloud-based systems and ruggedised electronic development to create a low-cost environmentally sealed industrial grade product. The D3 is capable of precisely locating the vehicle as well as monitoring the status of other onboard computers. This allows the system to communicate with cloud servers in real-time for accurate tracking of vehicle activities and nutrient applications across the farm. LISTEN Precision Tracking identified inFact as the ideal partner to develop their new generation vehicle tracking device because of inFact’s extensive experience across all the key requirements for the product. inFact developed a requirements specification in collaboration with Precision Tracking to define the functionality of the new product version and built prototype units to enable field testing with farm contractors to prove out the design. OUTCOME inFact managed the production implementation and continues to support Precision Tracking upgrades for location tracking and communications. The design provides a platform for agriculture vehicles as well as being well suited to other tracking, control and datalogging applications. It is ultra-rugged, waterproof to IP68 and able to be built in large volumes at low cost. Precision Tracking D3 units have been released to the market and are now commercially deployed. ​ Capabilities used on this project Prototyping Branding Embedded Systems Talk to Us

Strategic Design Advice and Planning Delivering successful project outcomes is how we have built our reputation over 500 projects and 25 years. Working with our Principal Design Thinkers we help you establish and refine your key customer value propositions and develop your product vision. We use tools such as design thinking, rapid prototyping/testing, and customer validation. We identify the latest ideas and technology options, define effective product implementation pathways, and provide input to your go-to-market strategy. We help you develop your design strategy by carrying out customer insights, technology research and programme planning, and work closely with you to get your ideas to market. Our comprehensive service offerings are designed to meet your requirements and budgets, from initial feasibility and design innovation through to development and into production. Our team can work collaboratively with you or provide turnkey design services based on your brief. Working with you to take your best seller to market Services Design, Develop and Build inFact’s multi-disciplinary team has experience across a range of sectors and technologies and we use a well-proven 7 Stage process to manage the development cycle from user insights through to production. ​Project Management Our experienced project managers work with you from the start to set up realistic development objectives and detailed plans. Using our online system, we provide real-time updates on timelines, budgets and milestones. Risks are managed using our online issues tracker that allow a wider team to contribute ideas and challenges they see. What we do at inFact that our clients love Talk to Us

Previous Next The ContainerScan probe system was created by AgResearch and inFact to allow early detection of biological threats coming into New Zealand via shipping containers. As New Zealand is an isolated ecosystem, early threat detection is pivotal in maintaining our balance of flora and fauna. Award-winning product in the 2009 DINZ - BeST Awards Concept/Experimental Bronze and winner of the red dot design award. Bio-probe sniffs out contamination in sealed containers ContainerScan Probe by AgResearch The success of our design has been recognised in multiple design awards. Award winning product in the 2009 DINZ - BeST Awards Concept/Experimental Bronze and winner of the reddot design award. Nigel Sharplin // Managing Director // inFact Ltd The Project The project team works side-by-side with the client to ensure product functionality, marketability and usability are resolved through proof of concept prototypes. These are tested and refined to ensure all aspects of the solution are understood, key risks are identified and project goals are achieved. THINK inFact suggested developing a system that allowed air samples to be taken within the existing movements of containers, removing any need to add a step to the MAF clearance process or disrupt existing port operations. Our solution doesn’t require containers to be opened to be inspected, meaning a reduction in paperwork and resources required for sample collection. The team tested the concept models using ‘Day In The Life’ system trials with port workers in Lyttleton to develop a full understanding of how the technology would be applied in reality and the types of pressures these container clearing crews were under. The design team undertook detailed concept design work involving the refinement of exterior enclosures, internal mechanisms, power supply systems, sample cartridges, data collection, scanning and communication modules, PCB’s, software, harnesses and test rigs. LISTEN AgResearch scientists had invented an air sampling technology that could detect the presence of bio-organism threats from air samples, but they didn’t have a product or business proposition to wrap around the technology. OUTCOME inFact built a full working prototype and put it through a rigorous test in which twenty random spiked containers containing samples of treated timber were sent from around the world to a large destination facility. ContainerScan had a 100 per cent success rate in intercepting them, and also detected a further contaminated container that was not part of the test. With the ability to prove the technology works inFact assisted ContainerScan to build relationships with MAF and other government agencies to gain approval for roll out into port operations. ​ Capabilities used on this project Industrial Design Prototyping Embedded Systems Talk to Us

Previous Next Provenco's G5 was the first chip card-certified outdoor payment terminal in the world and created the opportunity for Provenco to sell payment solutions internationally. PETRONAS, Provenco’s premium client, required a high-end environmentally resilient payment terminal for their network of fuel outlets to meet new security laws introduced in Malaysia, January 2005. inFact developed the product's innovative security systems to meet the new standards and introduced a revolutionary new in-mould film used in automotive applications. This created a seal-less lens and screen-printable aesthetic which is protected against petro-chemicals and UV. Over 10,000 Invenco G5 OPTs are installed in pay@pump mode throughout PDB’s network. The Invenco EPS and multi-acquirer Payments Switch now process approximately 1 million fuel transactions daily. The success in the Plastic Industry Design Awards followed on from the accolade when the Provenco G5 outdoor payment terminal received a Highly Commended Award at the Design Industry of New Zealand BestDesign Awards. Award winning payment terminal G5 Payment Terminal by Invenco The aesthetics of the in-mould decoration and the design ability to integrate the lens into the single moulding are important factors in the sales success of the outdoor payment terminal to international corporate customers Nigel Sharplin // Article SCOOP Business The Project The project team works side-by-side with the client to ensure product functionality, marketability and usability are resolved through proof of concept prototypes. These are tested and refined to ensure all aspects of the solution are understood, key risks are identified and project goals are achieved. THINK inFact started working with Provenco in 1999 developing concepts to establish early market requirements for the G5 OPT. Working closely with Provenco's expert team of developers, inFact developed product technology that met build cost and reliability targets and provided a platform for the ongoing development of a range of new products.​ The many firsts for this product included tamper proof enclosures and hardware modules, pin pad security, in-mould technology for protection against toluene, scratch and UV and a modular system for customer sales. LISTEN Provenco engaged inFact in 1999 to create a new payment technology platform that would meet the growing demand for EMV compliant low total cost of ownership products. Provenco Retail Automation wanted a terminal that was both functional and capable of displaying a uniqueness in it’s design to provide a point of difference. OUTCOME inFact completed development of the G5 OPT terminal in just under a year, working in close collaboration with Provenco, Talbot Plastics and GPC. The partnership provided ongoing support and customisation of this technology for new customers. Already incumbent with the Payments Switch and Electronic Payment Systems, Invenco, (formerly Provenco), was able to offer a fully integrated tank-to-bank system meeting all of Petronas’ requirements which none of their competitors could match. Talbot Plastics won the 2004 Plastics Industry Design Awards Supreme Award for the POS Terminal Fascia. Read Article: https://www.scoop.co.nz/stories/BU0410/S00245/infact-designs-supreme-plastics-award-winner.htm ​ Capabilities used on this project Industrial Design Prototyping UX Design Talk to Us

Previous Next Harris Home Fires decided to grow its presence on the market and was looking at designing a new product for their new product range. inFact provided support by carrying out user insights and extensive market research to find a gap in the market that would make Harris Home Fires stand out from their competitors. Industrial design and clever usability improvement features were created for the new wood burner - SERENE, while Harris Home Fires was focusing on optimising burning efficiency and reduction of clearances requirements. The system has undergone several design iterations and is now being manufactured in large numbers for the NZ market. A new generation of ULEB has been achieved. A new super-efficient wood burner design for warm and stylish inner city living Woodsman SERENE by Harris Home Fires Designed with your needs in mind, the Serene is easy to light, safe and easy to clean and has built-in storage to improve safety and reduce clutter. Harris Home Fires The Project The project team works side-by-side with the client to ensure product functionality, marketability and usability are resolved through proof of concept prototypes. These are tested and refined to ensure all aspects of the solution are understood, key risks are identified and project goals are achieved. THINK inFact used its experience in user insights and market research to identify a gap in the NZ market that wasn’t addressed by any competitor. Most of the offerings in NZ were really traditional and didn’t integrate easily with modern interior designs, which other international competitors offer at a higher price point. The shift, for Harris Home Fires, was to offer its customers a burner that looks more like a modern appliance, that is easy and safe to use while being emissions efficient. Several design iterations were prototyped, reviewed, and tested. Choice of colour options and features were part of inFact’s contribution. LISTEN Harris Home Fires approached inFact to collaborate with their design and marketing team on the design and development of a new cleaner burner for the NZ market, which would require smaller clearances and lower emissions. inFact carried out user insights, amongst independent retailers and customers, to identify requirements and needs that would give Harris Home Fires market advantage. From this and global market research, inFact identified a bigger gap in the market than for burners with smaller clearances. OUTCOME The new Woodsman SERENE, wood burner, has passed the last test validation for ULEB rating with success and is now in production. The market is responding well to this new product. Harris Home Fires not only passed the planned test validation for lower clearances and low emissions but achieved a new generation of ULEB for inner-city living. ​ Capabilities used on this project Customer Insights Product Design Marketing Collateral Talk to Us

Expressions of Interest View Job Christchurch, New Zealand Full Time / Part Time Positions Available ​Our team are exceptionally talented designers and engineers who love the wide variety of technology projects we are privileged to be involved with. We have fun and ensure that every day is a rewarding and meaningful one. Interested in joining our talented team? Careers Talk to Us