Foresion are a team of consultants with extensive research expertise working in supply chains, emissions, and technology to enhance the impact of data, analytics and IT on operational efficiency, supply chain emissions profiles and strategic positioning decisions

Key Capabilities

Data Analytics

Organisations produce a wealth of data during their operations. Increasingly these data are analysed to extract insights. However, in many organisations, data gathers dust on digital shelves.


We use analytics combined with our expertise to delve into organisational data to extract patterns and insights from track and trace data (RFID, GPS, eDockets) to improve logistics efficiency and extract insights to help organisations better understand where problems arise, why and how best to address these issues.


Simulation Modeling

Modern supply chains are complex and geographically dispersed. Often, this means that supply chain visibility into the furthest links of the chain is lacking. Limited visibility increases the uncertainty around decisions for capital expeniture, equipment purchase or asset management.


Simulation modeling creates a digital twin of operations to gauge the impact of investments without the capital spend. We use simulation to model the impact of different alternatives before the decision to build, buy, sell or reposition is made to inform decision-makers of potential outcomes and consequences.

Emissions Reduction

In the contemporary business landscape, emissions tracking and reduction have emerged as imperative components of corporate responsibility and sustainability. Yet, the journey to reduce the emissions profile of operations is often fraught with complexities.


Foresion's specialised services aim to streamline emissions reporting, offering a systematic and efficient approach to monitor and assess carbon footprints. By leveraging advanced technologies and data analytics, Foresion enables businesses to gain a nuanced understanding of their emissions sources and patterns. Beyond mere reporting, we collaborate with organizations to identify tailored emission reduction measures, providing actionable insights to drive meaningful change.

Participatory Design

Managing change is rarely easy. Different collaborating organisations and staff have different business objectives, incentives and interests. When change ocurrs, these become more evident and can delay or even completely derail projects.


Foresion facilitates a collective exploration of ideas and perspectives. This participatory process ensures that different perspectives contribute to the creation of solutions, fostering a sense of ownership and commitment among employees.

Advancing Strategy

In an era of rapid advancements in technology and carbon emissions the key to sustainable business success lies in developing a comprehensive vision rooted in data-driven insights. The ability to harness and interpret relevant data is paramount in shaping a forward-thinking strategy.


Foresion approach goes beyond traditional vision statements, towards crafting  roadmaps that are not only aspirational but also grounded in the realities of the business landscape. The result is a strategic vision that but actively drives impactful business actions, positioning our clients at the forefront of innovation and resilience in their respective markets.

Tailored Tools

Measuring and reporting carbon emissions can be daunting. What are scope 3 emissions? How far into the supply chain should I look? What method is best for estimating emissions?


MET is a robust, intuitive tool that automatically processes logistics and operations data, integrating with business intelligence software to provide a detailed snapshot of supply chains emissions across Scopes 1, 2 and 3 of the GHG protocol guidance.


MET streamlines emission reporting, improves emissions tracking and identifies measures to reduce emissions, operational costs and evaluate effectiveness.

How many trucks do you need for your operation? What happens if the trucks run into congestion? How large should ships be to best use port infrastructure? Simple questions with complex answers, mainly because of the uncertainty of many interacting moving parts.


BLST is a decision-support simulation tool which incorporates the uncertainty of daily operations into medium and long term decision making.


Whether modeling truck logistics of biomass to find the best suited infrastructure for a hydrogen plant or modelling vessel arrivals to identify port investment requirements, BLST can highlight requirements, issues and costs way before these arise so you are caught prepared.

Transitioning to future fleets is a complex venture. Charging infrastructure is expensive hence sizing and placing it in the optimal location is critical for a functioning electric fleet.


EFi is a decision support simulation tool that analyses fleet telematics data and models fleet use patterns to generate charging infrastructure location and sizing recommendations.


EFi helps organisations in their transition to electric vehicles by providing fleet and charging infrastructure insights that can lower the transition cost, complexity and uncertainty.