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Latitudo40 Corporate Video

Customer’s request

Latitudo40, an Italian company based in Naples (where the name comes from, as the latitude of Naples, in Italy is 40.853294) developed an Urban Environmental Operating System to create cognitive, resilient, and sustainable cities through the integrated use of satellite remote sensing and innovative artificial intelligence algorithms. ReMedia was asked to create a corporate video describing the developed system and communicating the company’s work.

Our solution

The most important aspect of Latitude resides in its highly innovative technique and approach the company uses: artificial intelligence can detect structural, chemical and thermal differences by analyzing color variations. After gathering Latitudo40’s input and deeply understanding their mission as well as the organisational culture, we discovered that the company’s activity falls under the umbrella of sustainable development 

To enhance Latitudo40 beliefs and values, a series of environmental, social and corporate governance issues are highlighted, with keywords and visuals describing soil sealing, scarce vegetation, low biodiversity, fine dust, and coastal erosion among others. Then, the core business elements are described: using satellite remote sensing and AI at the service of urban environmental operating systems, with the scope to support a cognitive, resilient and sustainable cities planning. With the scope of giving a more tangible idea of the tools used, a series of maps are briefly showcased. A short video that describes in less than one minute the value of a growing and promising company, totally made in Italy.

ALTIUS Videogame

Customer’s request

ALTIUS (Atmospheric Limb Tracker for Investigation of the Upcoming Stratosphere) mission, foreseen to be launched in 2025, will monitor the distribution and evolution of stratospheric ozone in the Earth’s atmosphere. ALTIUS will provide support to services such as weather forecasting and monitor long-term trends in atmospheric ozone. To this purpose, the client (ESA) asked ReMedia to translate this information in an engaging web-based experience (a videogame).

The audience includes STEM students and young professionals interested in the specific sectors (engineers, physicians mathematics etc) and the scope of the project is to tap into the inherent human desire for achievement, competition, and enjoyment while learning while transferring scientific information related to satellite, data and Earth Observation. However, the game should also be suitable for engineers, scientists, and researchers who need to perform numerical computations and analyze data in the field of space engineering and science.

Our solution

The challenge for ReMedia was to transfer ALTIUS mission core activity into an interactive game. Gamification is the process of integrating game elements and principles into non-game contexts to enhance engagement, motivation, and participation. ReMedia introduced several elements to turn the learning process into a more enjoyable and compelling activity by incorporating elements commonly found in games:

  • Points and Rewards: users earn points or rewards for completing tasks or achieving goals.
  • Levels and Progression: users advance through levels as they accomplish more, creating a sense of progression.
  • Competition: introducing competitive elements to encourage users to compete, fostering a sense of rivalry and motivation. In this sense, the user can see other users’ score and their nationalities.

The game focuses on learning the stellar occultation and satellite transmission according on the different altitude (from 380.0 nanometers wavelength up to 600.o nm). User can select the wavelength he or she wants to play with, and he/she consolidate the knowledge regarding the stellar occultation measurement. He or she can also select the star to play with by choosing among Sirius, Canopus, Arcturus, Rigel Kent or Vega.

Stellar occultation measurement works like this: a star’s light is measured above the atmosphere to create a reference spectrum. Then, the light is measured as it passes through the atmosphere to calculate horizontal transmission spectra. These spectra help begin the process of geophysical retrieval.

ALTIUS videogame input has been given from ESA in MATLAB (MATrix LABoratory), a high-performance programming language and environment specifically designed for numerical computing, data analysis, and visualization. Despite the MATLAB environment also supports the creation of graphical user interfaces (GUIs) for interactive applications, the game has been programmed by ReMedia team in Javascript, and UX UI designers has delivered a graphically easy to use platform to ensure the final user’s involvement, interest and high performance during the game, ensuring a strong and rewarding learning process.

CEOS EO Handbook 2023

Customer’s request

CEOS was established in September, 1984 in response to a recommendation from a Panel of Experts on Remote Sensing from Space and set up under the aegis of the G7 Economic Summit of Industrial Nations Working Group on Growth, Technology, and Employment. The original function of CEOS was to coordinate and harmonise Earth Observations to make it easier for the user community to access and use data. Over the past three decades, CEOS has significantly contributed to the advancement of space-based Earth Observation community efforts. CEOS Agencies communicate, collaborate, and exchange information on Earth Observation activities, spurring useful partnerships such as the Integrated Global Observing Strategy (IGOS).

This particular edition of the Earth Observation Handbook is timed to coincide with the major event of the first global stocktake of the Paris Agreement. The global stocktake (GST) enables countries and other stakeholders to see where they are collectively progressing toward meeting the Paris Agreement’s goals. The Global Stocktake is a data-driven process, seeking to use facts on key planetary indicators and our collective efforts to reduce greenhouse gas emissions to inform an improved and increasingly ambitious approach to our attempts to mitigate and adapt to climate change.

For the 2023 edition of the EO Handbook, the client requested an immersive and eye-catching experience to engage end users in learning and discovering more about specific topics crucial for many aspects of human beings’ future.

Our solution

Remedia has envisioned not creating a simple interactive brochure, as in previous editions, but has instead crafted a dynamic scrolly-telling web app with one clear objective: creating an experience that calls users to action. The result is a fully immersive web app demonstrating how vital satellite observations are to our ability to measure, manage, and adapt to climate change and support the success of the Global Stocktake (GST) process of the Paris Agreement.

To facilitate the end user orientation among this amount of information, three main areas of the web app are identified: Intro, space data and case studies.

The intro is a clear explanation of the context, as well as the common goal. 

Space data provides a brief and straightforward summary of the Paris Agreement and its key processes. It also provides context for the rest of our explanation of why EO satellite data is crucial for implementing the Paris Agreement and, ahead of the 28th Conference of the Parties (COP 28) of the United Nations Convention on Climate Change (UNFCCC), as to how satellite-based EO will play a vital role in the GST process. The Case Studies section provides a series of real examples, already implemented in different countries. For example, the SilvaCarbon program – a multi-federal agency program supported by the US Agency for International Development (USAID) and the US Department of State, implemented by the US Geological Survey (USGS) and the US Forest Service (USFS) – is committed to assist countries using Earth observation (EO) data to monitor deforestation and forest degradation and its associated carbon emissions. 

GSTP 30th anniversary

Customer’s request

Inaugurated on 13 May 1993, the GSTP (General Support Technology Programme) was originally an integral part of ESA’s long-term plan to make sure the Agency kept ahead of technologies it might need. GSTP goal is to work with Industry, Academia, and Participating States to predict what those technologies might be, or to see if current innovative technologies used on Earth can be adapted for use in Space.

Together with the Polish Space Agency, users were invited to join a two-day event full of presentations, lectures and discussions about GSTP’s past and future. The event took place at the Sheraton Sopot Hotel in Gdansk, Poland. The event’s key visual was requested, as well as venue decorations and graphic support for the event (rollup, ice breaker video), merchandising products and a digital programme.

Our solution

ReMedia worked on designing a solution to make the GSTP brand stand out, focusing on eye-catching visuals and engaging declinations, as well as designing the venue decoration – to immerge participants into the world of GSTP – and facilitating user interaction by offering unique giveaways.

The key visual for the General Support Technology Programme’s (GSTP) 30th anniversary has been crafted in accordance with ESA guidelines, concerning the selection of fonts, colors, and style. Drawing on two decades of collaboration with ESA, and thanks to a profound understanding of ESA activities, the respective color scheme suggested for the ESA GSTP’s anniversary aligns with ESA pillars: red for “Science & Exploration,” green for “Applications,” blue for “Space Safety and Security,” and yellow for “Enabling and Support.”

Given that GSTP falls under the Technology, Engineering, and Quality (TEC) Directorate, a strategic choice was made to incorporate “enlight yellow” into the logo, symbolising ESA’s “Enabling and Support” pillar. The design, featuring ESA colors and a radiant golden line encircling the Earth, is not merely aesthetic but carries a symbolic narrative. It emphasizes the pivotal role of GSTP in advancing proven innovations through various engineering stages, delivering fully-tested hardware ready for integration into future missions (graphically represented with a satellite),

The imagery evokes the program’s commitment to continuous research, exploration, testing, and iterations since May 13, 1993. The sparkling “golden” line serves as a visual metaphor, accentuating GSTP’s significance in boosting innovative solutions to maturity and making them available for adoption in upcoming space endeavors.

Regarding the Sheraton Sopot Hotel’s decoration, ReMedia designed rollups, flags, an ice-breaker video and kept as a main goal to professionally bring coherence and impression to the event. First, the conference room has been considered: Gdansk’s Sheraton Sopot Hotel has a lot of brown elements (walls with wood panels and creamy curtains) and the rooms’ furniture consists of dark tables and deep blue chairs. The graphic support has been designed accordingly, and in full coherence with the key visual. For the participants, a digital 20 pages programme, including the agenda, the word from the director, useful information and around 70 speakers’ photos and bio.

As an icebreaker, a captivating and emotional video was produced to impress the event’s participants and immerse them in the mood. This video was made available in two slightly different versions – with and without the final GSTP 30th event logo/info – so that it was used for promotional purposes outside the specific anniversary event.

Referring to the gadgets, and in accordance with the event brand identity, a bloc notes with a pen and opening folder has been offered to each participant as well as a metal, rounded suit lapel pin and a credit card holder made of recycled material.
The final result is a constellation of elements strategically designed to build lasting connections between organisers, speakers, participants, and suppliers.

InnEO Space PhD

Customer’s request

As WP leader, ReMedia was asked develop and deliver the the following tasks:

  • Docimological research work on best practices in structuring a SPOC course;
  • User’s orientation: support and assist end users on SPOC’s specific content
  • SPOCs design: develop SPOCs content from the early stage information gathering to the updating and reporting of the course content.
  • User’s guidelines: provide PDF guidelines for three different audiences (students, beta testers, teachers), to be shared at the course’s introduction.
  • Extra academic content development: two scorms (Sharable Content Object Reference Model) tests for soft skills (such as a career toolkit provided by another consortium contractor)
  • Feedback gathering development and test implementation

Our solution

Three Small Online Private Courses (SPOCs) were established, focusing on entrepreneurship, Machine Learning, and Soft Skills in communication and teamwork. The content comes from university partners at an early stage of the project.  These SPOCs’ outcome was developed and integrated into the Summer Schools’ second editions, conducted online through our Space Academy platform. Each SPOC includes an introductory trailer outlining its content, the associated skills of European ESCO classification, and a concise version of the instructor’s CVs.

Delivery methods encompassed both fully online content (Summer School) and mixed-mode sessions (Startech), targeting an audience similar to that of Startech and Summer School. These SPOCs comprise diverse modules, including different formats: videos (maximum duration of 15 minutes), PDF graphic materials , and intermediate assessments to facilitate optimal learning experiences. Moreover, the SPOCs modular structure allowed the creation of additional SPOCs within the platform, already used by partner universities involved in the project.

The following features have been added to the platform:

  • User guidelines available to three different audiences (participants, beta testers, instructors).
  • A daily News section, including various RSS feeds related to the aerospace sector.
  • Automatic scoring for almost all tests, and an automatic certification system for all SPOCs.
  • Access job advertisement platforms to create resumes, test Soft Skills relevant to the job market, assess Digital skills, and seek sector-specific advice.
  • 28 recorded hours of recorded Summer School course.

Interactive elements within the platform encompass internal messaging (inbox), cross-sectional and course-specific forums, and user profiles, allowing individuals to share brief information related to their field and links to professional accounts. The platform’s Dashboard provides staff and instructors with a comprehensive overview of the entire course and individual participants, facilitating the identification of immediate bottlenecks and offering the option to download results.

Both the platform and courses were tested by 40 beta testers with course demos. During the ‘Crash courses to prepare a hackathon’ event, nearly 150 users utilized various tools and contents created by ReMedia within a few hours. Feedback from beta testers, initial users, participants, and instructors were positive, emphasizing the user-friendly interface, clarity and relevance of the content.

Throughout the project, ReMedia showcased it at various industry conferences, including:

  • The 11th EASN International Conference on “Innovation in Aviation & Space to the Satisfaction of the European Citizens,” where we presented the paper ‘InnEO’Space PhD: Preparing Young Researchers for a successful career on Earth Observation applications’.
  • The IGARSS IEEE-International Geoscience and Remote Sensing Symposium in 2023 in Pasadena, USA, where we presented the poster ‘Education and Research Projects for Preparing Young Researchers for a Future Career in Earth Observation’.

As of now, the platform for this project boasts over 500 users, featuring three original SPOCs and an additional five SPOCs created using modules from the initial courses.

Promenade H2020

Customer’s request

Horizon2020 was the EU’s main research and innovation programme from 2014 to 2020. Its objective was to promote collaboration and funds in different areas (health, energy, ICT) to address societal challenges. Open to universities, research institutes, companies, NGOs and public authorities, Horizon2020 funding was based on competitive assessments, emphasizing excellence, innovation and impact. The programme objective was focused on promoting innovation, economic growth and global competitiveness through collaborative research. The European Commission has published a call for “Secure societies Protecting freedom and security of Europe and its citizens” on the Funding & Tenders portal. ReMedia applied with the consortium led by MMAIP and managed by KEMEA as a partner to manage the communication and dissemination work package of the project. Once the consortium was formed and won the call for tender, we were assigned responsibility for the outreach and dissemination work package.

Our solution

Once needs and goals were identified, the orientation phase started (involving competitive landscape, target audience, market research, design research). This first orientating research phase aimed to prepare a solid strategy to provide information architecture, pagination maps and wireframe of the overall communication strategies and activities to be implemented throughout the project. Exploration phase took place, with preliminary ideas and design of  key visuals to support the project awareness and user engagement.

Inspired by the project name, ‘ImPROved Maritime awarENess by means of AI and BD mEthods’, ReMEdia created a visual identity to communicate the innovative advances in maritime awareness.

Besides the graphic support, the website was developed and maintained, serving as a showcase for project updates, resources and achievements. ReMedia ensured all relevant content to be posted on the project’s social media channels, sharing insights into the project’s progress and results, as well as the consortium’s actions throughout the period and publishing news. 6 

Within the 18 months, and in line with our commitment to comprehensive dissemination, we produced six newsletters that summarised  project developments in accessible and engaging formats. These newsletters acted as a bridge between the intricate progress of the project and the community at large, simplifying the technical language and conveying the significance of the achievements.

In addition, ReMedia assisted in organising and creating content for events, webinars and workshops, producing impactful and informative content to ensure resonance with stakeholders and facilitate meaningful interactions and knowledge sharing.

Through a harmonized approach encompassing strategic communication planning, visually compelling branding, a strong web presence, regular social media updates, informative newsletters and event coordination, ReMedia led the outreach and dissemination efforts of the PROMENADE H2020 project.

With the objective to engage the audience and activate an active involvement of the target group, ReMedia realised teasers, in preparation of relevant activities (meetings, webinars, trial executions). The content of trials videos has been provided by the end users, and ReMedia edited the content to underline Promenade mission and achievement, with the goal to showcase the developed Promenade services toolkit(a software to ensure border security) and a simulation of the outcomes of using that specific software. During the final review in Athens, relevant key personnels were interviewed by the ReMedia team, and the outcome was included in the final project video. The scope was to highlight the project’s objectives, the overall outcomes and practical examples on how technology supported and improved the border security activities.

Promenade also joined the BES cluster initiative, a partnership between projects, and ReMedia, responsible for outreach and communication of the project. The BES Cluster consists of projects collaborating in order to support each other, identify solutions to upcoming challenges, secure effective dissemination and valuable exploitation potentials and at the same time generate knowledge that along with the developed solutions will change the current state in the areas and fields that the projects are working upon.

UrbAlytics video

Customer’s request

Our client is an international landscape consulting company focusing on landscape strategies and sustainability to implement forward-looking projects. LAND requests a video to present the UrbAlytics project, an experimental sub-project of the h2020-funded project AI4Copernicus, whose goal is to promote remote sensing tools for urban heat island assessment and climate change adaptation through nature-based solutions. 

The other joint venture company is Latitudo40, based in Naples, which developed a Data Analytics Platform based on satellite remote sensing and a series of artificial intelligence algorithms (Sentinel-2 super-resolution, risk map and automatic damage map, high-res land consumption/classification).

The client requests a video explaining the UrbAlytics project, the current city’s situation with available AI tools, and a definition of future scenarios.

Our solution

Being already involved in the Horizon2020 programme as prime contractor for Promenade outreach and dissemination activities, ReMedia is strongly aware of the importance of delivering a clear message to the involved audiences, with the final goal to illustrate the UrbAlytics objectives and support city planners and decision-makers. Particularly in line with ReMedia’s vision, the result is expected to be catchy and aesthetically attractive.

The main goal is to clarify the aim of UrbaAlytics: an experimental sub-project of AI4Copernicus that aims to bring artificial intelligence with Earth Observation.  

The first part of the video describes problems and challenges caused by climate change to cities, then current projects are explained and represented, for example, explaining how the use of Sentinel 2 satellite images allowed the creation of continuously updated data, with a resolution of 10 meters. Such data were extracted using AI-applied Earth Observation,  a fully automated service globally.

The second part of the video focuses on the respective research project on the effect of UHIs to evaluate the impacts on the urban environment, specifically concerning the cities of Naples and Milan. On this concern, a series of maps and examples concerning the cities of Milan and Naples are visualised to describe the project in detail and show the potential of data gathering. The last part illustrates possible future scenarios including Ai in the EO data gathering related to being incorporated into building design activities, landscaping, architecture, and all other architectural features of an urban center.

The video has also been designed to provide support for the programme presentations.

Aresys

Customer’s request

ARESYS, Advanced REmote-sensing SYStems, is an Italian SME providing technology and know-how to the Remote Sensing market with a special focus on Space Earth Observation. Established in 2003 as a spin-off of the Politecnico di Milano, Aresys supports its customers in designing and implementing innovative solutions in the field of Satellite Earth Observation with a focus on Radar, SAR and Optical systems. Together with its internal growth, Aresys is gaining more competencies while penetrating a new market overcoming national boundaries to take part in the global competitor asset. This requires a certain attention in communicating the company’s identity, using the most efficient tools and support to reach the objective in line with the company’s business objectives.

Our solution

It is unsurprising that after two decades, companies’ CEOs request a restyling of the current brand identity. For us, companies are just like people, and we treat brands just as we would treat human beings. Brands have got their own story. This unique story is what makes brands unique. For a creative agency, the challenge is to reflect the company’s authenticity in trustworthy and reliable brand identities and the tools to tell their own stories and core competencies to the relevant markets.
Our clients are successful not because we are good at supporting their storytelling, but because we really believe they have a good story to tell and good competencies.
Aresys is one of these stories. People who do what they do because they love it.

The company logo has been kept closely aligned with the original design to maintain consistency with the existing visual identity. Per the client’s request, the updated logo has been incorporated into presentation layouts, business cards, and other company products.

On the other hand, the new website has been totally redesigned and programmed, with the scope to highlight the company’s 5 business units and allow potential clients to quickely understand the core business of the company.
Also, with the scope of strengthening the recruitment process (one of the main company’s objectives) the career section has been implemented within the website, and the contact form also allows the user to select one of the five business units of Aresys.
Being Aresys, a fast growing company, we replaced the “case story” section with “success stories”. The company’s website is entirely dynamic, enabling Aresys’ communication team to publish and share content related to the five business units: concept and engineering, simulation, instrumental and EGSES, operational EO data processor and valued added services.
An engaging corporate video has been delivered in parallel with the described communication efforts and with the scope to boost the customer’s engagement and reinforce the current clients’ partnerships.
To do this, our production team had the opportunity to visit the Milan headquarters, shoot, and use real materials to express the company’s assets.
Finally, a communication plan has been prepared as a pillar tool for future communication actions (newsletter, social media marketing, recruitment publications), in line with the company’s main growth and resource retention objectives. The communication plan’s primary purpose is to facilitate the flow of information, promote understanding and manage expectations among different stakeholders; it has been delivered to give directions on the future milestones of the fast-growing company.


Space Business Management, Executive Master

Customer’s request

The Luiss Business School’s Executive Education seeks to enable participants to maximize their business impact, supporting their personal and professional growth, through an ultra-personalized learning path and an innovative teaching methodology. The programmes are designed to speed up careers, consolidate strengths and act on areas for improvement, but they are also aimed at those who wish to reinvent themselves (i.e., change role, industry or function by developing the necessary skills and network) or take back the reins of their professional advancement by acquiring the skills and tools to reboot their career. In 2022, the Luiss Business School decided to launch a new Executive Master, at the Hub in Amsterdam, focusing on Space Management in cooperation with ReMedia group.

Our solution

The Master, designed by Luiss Business School and ReMedia Group, aims on developing managerial skills and providing theoretical and practical business dimensions competences to those pursuing a managerial or entrepreneurial career in the industry. To reach that goal, ReMedia covered different key roles :

  • Coordination of the scientific committee
  • Strategic advisor on the space content
  • Identifying, and inviting international key actors to join the Scientific Committee
  • Creating a coordination committee to promote the Master
  • Identifying, and implementing, strategic partnership including space agencies, institutions, industries, consultancy companies
  • Proposing keynote speeches and lectures by space professionals
  • Disseminating the Master Course content via social platform and within space related academic events.
  • Communication activities, including the graphic support for Master communication products (presentation support, brochures)