Imagine that a malicious hacker is taking over the heating, ventilation and air
conditioning system of a hospital, changing the temperature in such a way that
diseases can easily spread in a place where people are actually supposed to be
healed. A bit of a scary scenario, but with all of the equipment and facilities becoming
more and more connected in order to make the systems smart and save a lot of
energy, this has become a serious threat that needs to be taken into account. Should
we be afraid to go to hospital now? Luckily not, as cyber security is also becoming
increasingly successful in addressing these issues. And one of these success stories
can be found in the FUSE-IT project, project, which was led by Airbus CyberSecurity and ran
from October 2014 until December 2017. This ITEA project gathered 20 strong partners
from France, Belgium, Portugal and Turkey. Airbus CyberSecurity acted as the project
coordinator and pilot site for France while Gazi Technopark in Turkey, Imec’s HomeLab
in Belgium and Centro Hospitalar São João in Portugal acted as pilot users for
demonstrations performed in an operational environment in 2017.
FUSE-IT addressed the need for sustainable,
reliable, user-friendly, efficient, safe and secure
Building Management Systems in the context
of Smart Critical Sites. From a site management
perspective, it solves the dilemma of efficiency
and security in intelligent buildings. At the user
level, a smart unified building management
interface enables the daily monitoring and
control of a building, while a full security
management interface enables the supervision
of both physical and logical security throughout
the premises. And at the end-user level, this can
save both energy and lives.
Smart Secured Building System
To achieve this, the project developed a Smart
Secured Building System resulting from crossdomain
innovation between energy and security
activities that are traditionally very segmented.
The system can be deployed as standalone
components, as a fully-integrated system or
as a service. The innovation proposal of FUSEIT
resides in five key capacities which were
demonstrated with striking progress beyond
the State-of-the-Art of the application areas of
energy, facility, ICT and security.
- Secure shared sensors, effectors and devices: smart interoperable sensors, easily
legacy building infrastructures, enabling the measurement of efficiency and security-related indicators
in real time for improved management in enhanced security conditions.
- Trusted, federated energy and information networks: enabling the conveyance of these
under time-sensitive constraints through unified network infrastructures while ensuring end-to-end data
- Core building data processing and analysis: a scalable data processing capacity,
enabling the extraction
of real-time performance and security indicators from vast amounts of heterogeneous building data.
- Smart unified building management interface: a user-friendly building management
live indicators and alerts on highly realistic 3D building models as well as historical data and
statistics for improved facility management and energy optimisation.
- Full security management interface: an integrated security supervision Human-Machine
enabling the management of blended cyber and physical threats and decision support to responders in
charge of building and network protection.
A pioneer project with impressive results
On the back of the project results, Airbus has successfully filed a patent on a method for securing and
authenticating telecommunication. Overall, the project has led to the acceptance of four patents. Notable
results of the FUSE-IT project have been brought to standards within the following groups: buildingSMART,
CoAP, LWM2M, IPSO, oneM2M, Zigbee, Z-wave, Wirepas, Enocean, Alljoyn, semantic BIM and IFC data formats.
Airbus CyberSecurity has also been awarded a €740,000 contract to fulfil risk assessment surveys on 14 sites
of Airbus Defence and Space in Spain, France, the UK and Germany and a contract worth €500,000 to secure a
data centre organisation against cyber and physical threats. In addition, Airbus CyberSecurity has been
awarded a multimillion-euro contract with an important gas transportation company, an integration contract
for the protection of a large data centre’s infrastructure and several contracts with large energy
production utilities and distribution system operators in the UK, France and Germany.
In Q2 2018, the French SME VTREEM launched a new SaaS product named ‘BIMValue’ to enhance, control and manage
sensitive data using semantic BIM (Building Information Modelling). Thanks to this development, VTREEM was
acquired by Catenda in 2019. This Norwegian software editor is specialised in BIM. One of the project
participants is now involved in developing innovative integrations with SaaS and mobile applications for BIM
at Catenda, while another joined Railenium (the French Research Institute for Railways) in October 2020 to
develop open BIM standards for sustainable infrastructures.
The Turkish consortium members have acquired a contract for monitoring buildings as well as for the remote
monitoring of several solar plants. Contract negotiations are ongoing, with a hospital and pilot
installations being tested for several government organisations.
For the Belgian consortium, Niko has created the next-generation Niko Home Control platform NHC 2.0
, which now has more open API interfaces
. Additionally, all of their new wireless
products will be based on the open standard Zigbee instead of only proprietary protocols. All of these
changes will make Niko Home Control more open and available for fast and smooth integration by third
parties. The FUSE-IT project has helped Niko to create a new architecture and move to said open standards,
allowing them to grow faster and to become more attractive to other companies. The team is still growing and
has had double-digit growth during the last five years.
- A new (and misunderstood) topic when the project idea was first introduced back in 2013 was the
protection of smart infrastructures against combined cyber and physical threats. This now appears in
the top three areas of investment by public and private actors. From this perspective, FUSE-IT has
been a pioneer project, enabling the consortium members to take a strategic lead.
- Since 2017, about €48 million in revenue has been reported in direct relation to the project
- The project has led to the acceptance of four patents
- Airbus CyberSecurity has been awarded a €740,000 contract to fulfil risk assessment surveys on 14
sites of Airbus Defence and Space in Spain, France, the UK and Germany and a contract worth €500,000
to secure a data centre organisation against cyber and physical threats. In addition, Airbus
CyberSecurity has been awarded a multimillion-euro contract with an important gas transportation
company, an integration contract for the protection of a large data centre’s infrastructure and
several contracts with large energy production utilities and distribution system operators in the
UK, France and Germany.
The FUSE-IT Portuguese consortium (GREEDi) built a prototype for a hospital, which is a critical form of
infrastructure providing care to the population, especially during the COVID-19 pandemic. The prototype
allowed the demonstration of demand-response participation in critical buildings, ensuring cyber and
physical security. The Portuguese consortium will continue in a national project with exploitation projected
to come at a later stage. Using the knowledge and developments of FUSE-IT, the Portuguese consortium was
able to create a new solution for intelligent building management focused on a semantic-based approach to
fault detection in cyber-physical environments. The C2C (Click to Control) solution is now entering TRL 8
after having been demonstrated in an operational environment. Moreover, the alarm and warning mechanisms
developed in FUSE-IT were integrated in a commercial product by IPBRICK targeting critical buildings. EVOLEO
developed a middleware solution that allowed it to interface with the legacy control systems of the
building, including HVAC, oxygen and room pressure, thanks to up-to-date IT systems to implement new
functionalities and optimisations. These developments are of great important for EVOLEO as several legacy
systems can be turned into smart systems without the need for replacements or very demanding customisations
In summary, about €48 million in revenue has been reported in direct relation to the project results since
2017. The most striking commercial successes include:
- a total of 17 system integration/managed operation contracts in the field of smart building management
- a total of 25 contracts won in the field of critical infrastructure protection against cyber and
physical threats for external customers from the aeronautic industry, oil & gas, electricity production,
electricity distribution, healthcare, air transportation, rail transportation and maritime
- the successful market introduction of three smart building sensor network solutions, one sensor
authentication and lightweight encryption solution, one identity and access management solution, one
piece of sensor placement optimisation software, two forms of interactive smart building management, one
form of building lifecycle management and two pieces of security supervision software;
- the successful market introduction of a start-up company delivering SaaS platform services for enhanced
control and management of sensitive building information; and
- the deployment of a permanent full building micro-grid supporting sustained academic, industrial or
research collaboration on matters of security and efficiency in smart buildings
A new (and misunderstood) topic when the project idea was first introduced back in 2013 was the protection of
smart infrastructures against combined cyber and physical threats. This now appears in the top three areas
of investment by public and private actors. From this perspective, FUSE-IT has been a pioneer project,
enabling the consortium members to take a strategic lead.