Interest for Evaluators (Open Call 2 -OPEN)
The deadline is extended for Thursday 31/10/24, 17:00 Brussels time
Purpose: Resilmesh calls experts to participate as an external evaluator for the Open Call 1. Welcome to the Resilmesh call for the Expression of Interest for Evaluators! This is your opportunity to contribute as an external evaluator in our exciting project.
Expression of Interest for Evaluators
Welcome to the Resilmesh call for the Expression of Interest for Evaluators! This is your opportunity to contribute as an external evaluator in our exciting project.
The pool of evaluators will gather a set of recognized experts in the domain of Resilmesh Open Call 2 selected through an open process to ensure transparent and consistent evaluation of the applications.
Types of experts (profiles)
Applications for External Evaluators are now open!
We are looking for experts to serve as evaluators in the field of cybersecurity, modern security models, attack prediction and detection, cyber resilience capacity.
The evaluators will assume the responsibility of providing a neutral and rigorous scientific and/or business assessment of fellows’ applications, focusing on the following key aspects:
- Alignment and Excellence: Projects must demonstrate a clear set of objectives aligned with the general objectives of the project, and the challenge they are targeting. Additionally, applications must demonstrate that the proposal is innovative.
- Impact: Projects must demonstrate how they will contribute to Resilmesh impact and extend the Resilmesh training datasets (Additional datasets are optional but highly valued) and the alignment with the envisioned licensing model for Resilmesh.
- Concept & Technology: How the solution addresses the challenge proposed and how it advances the state of the art and its feasibility. The novelty and technology fit to Resilmesh scope, including the platforms/ technologies to be integrated, and technical capacity to achieve TRL 4-5.
- Implementation: Applicants must provide credible evidence that the project delivery team has the necessary skills, infrastructure and management experience to be able to deliver the project, and the work plan is realistic to deliver the proposed solution in the timeframe of the acceleration program and budget specified.
What are the benefits for the evaluators
- Contribute to Resilmesh’s goals and be recognized as an independent evaluator in an Horizon Europe project.
Note that experts cannot publicly announce that they are collaborating with the Resilmesh consortium until the end of the project (September 2026), as it is a confidential process, and all evaluators must remain anonymous. However, independent evaluators can explicitly say they are involved in an evaluation process as experts in a European Commission project.
- Be economically compensated for the work performed. Based on the European Commission rules, the work performed by independent evaluators will be reimbursed. Each evaluator will be expected to finish eight evaluations which corresponds to a total of €900 compensation.
- Be an important part of the project and related ecosystem. Get to know your peers (increase your network) and contribute to the success of the Resilmesh project.
Key information about the project
Resilmesh will help organisations achieve higher levels of security and resilience by providing them with methods and tools to better manage the complexity of their digital infrastructures and services, combat advanced persistent threats (APT’S). The project has identified three digital infrastructure domains that will act as early adopters and amplifiers of Resilmesh solutions: (i) renewable energy (ii) civic regional infrastructure and (iii) flexible manufacturing. Digital infrastructure domains include a wide range of civil and critical infrastructures that have very varying technologies, topologies, and application requirements.
Types of projects and challenges in the Open Call #2
Note: Refer to the Resilmesh Architecture[1] Description for technical information on the terms below.
Challenge 1- Extension to new domains and systems
This challenge will address extensions to Resilmesh via the collaboration mesh IRP’s.
The collaboration mesh consists of two sub-parts:
1. A connectivity mesh to describe the interconnection of the systems’ components. This term includes not only the actual network connectivity but also the end-to-end aggregation data processing pipeline. This applies primarily to the Collaboration Mesh and the Aggregation Plane – see system architecture diagram in D2.3.
For this subject area we are interested in proposals:
- That demonstrate how the connectivity mesh capability can provide secure adaptivity to improve the resilience of the Resilmesh platform by improving resilience engineering techniques such as redundancy and dynamic positioning as described in the NIST cyber resilience engineering[2] guidelines to provide a form of Moving Target Defence.
- We expect a Kubernetes-based service mesh implementation. The task shall also indicate and demonstrate how their implementation will address known security issues that could arise in the use of Kubernetes service mesh such as mTLS configuration issues, sidecar injection vulnerabilities, lack of ingress/egress controls, certificate and key management risks etc.
- The proposal should be grounded in a specific IT or OT application scenario.
2. An interworking mesh based on the use of open protocols, standards and best practices to enable ease of integration and cooperation between security applications/controls including third party tools. In this task we are looking for proposals that will extend the interoperability in the security application layers i.e. Threat Awareness, Situation Assessment and Security Operations- between Resilmesh components and other tools along the lines of the Open XDR Architecture (OXA) principles including the use of ‘Meshroom’ tool.
Proposals should address one of connectivity mesh or interworking mesh.
Challenge 2 – New Analytic Algorithms and Architectures
Zone based Anomaly detection architectures: This area is concerned with exploring the use of novel approaches to edge anomaly detection as well as alerts aggregated by zone. A security zone is a logical grouping of physical, data, and application assets sharing common security requirements. Zones have long been a central feature of Industrial Control System (IDS) networks (https://bit.ly/3yL1g0y ) . They are now also becoming mainstream in IT security solutions as a part of the Zero Trust approach i.e. secure device enclaves such as the Google Cloud Platform ‘service perimeter’ or network segment etc.
This task will therefore explore, for a particular use-case or scenario, how zone based anomaly detection may be implemented in Resilmesh. This relies on the capability to associate a number of assets as a single unit for analysis purposes and may involve extension of the ISIM asset management tool or the NSE network risk management tool as well as possible extension to Wazuh dashboards.
Novel edge AI AD architectures and algorithms: The deployment of edge-based AI opens many possibilities for experimenting with different algorithms and architectures, taking into consideration the needs of the domain and the data. Some possible approaches might be:
- Use Ensemble methods
- Distributed deep learning
- Incremental learning
- Edge Agent/ic architectures
- Edge-to-Edge Collaborative Anomaly Detection
- Multi-modal and multi-rate data sources fusion
User and Entity Behaviour Analytics: UEBA shifts the focus of detection from Indicator of Compromise (IoC) approaches to focus on higher level Indicators of Behaviour (IoB). UEBA can apply to both endpoint and network traffic behaviours. One approach here could be to extend the Resilmesh NDR functional component with network behaviour analytics such as those identified in the Network Traffic Analysis category in the Mitre D3FEND taxonomy (https://d3fend.mitre.org/). UEBA analytics for IIoT/OT infrastructure in particular are of interest.
What is expected from potential evaluators
Experts must be available during the evaluation period, which is set to run during November-December 2025, according to the following indicative timeline:
- Selection of experts and contract signature: 14/11/25
- Evaluators Conference call: 17/11/2025
- Application evaluation: until 17/11/2025 – 23/11/2025
- Consensus Meetings: 24/11/2025 [if needed]
The evaluation stage will take place remotely, using tools provided by the Resilmesh consortium.
Note: The above timeline is indicative and may change according to consortium needs.
More information
Important Notice:
Please note that this expression of interest to participate in the Resilmesh Open Call 2 evaluation as an external expert is NOT binding and does NOT constitute any commitment to the Resilmesh project.
The selection of the experts to support Resilmesh in the evaluation of the Open Call 2 will be taken at a later stage, since it depends on the number of received proposals, their origin, the domain that they target as well as the origin of the potential evaluators, their affiliations, their expertise and the balance between various criteria (e.g. gender, background, affiliation type, age, expertise etc.). Furthermore, we are obliged to frequently change experts that support in the evaluations of proposals.
Registration available here until 5/11/2025 at 5:00PM CET [Brussels time]
[1] D2.3 System Architecture v2 https://resilmesh.eu/deliverables/
[2] https://nvlpubs.nist.gov/nistpubs/SpecialPublications/NIST.SP.800-160v2r1.pdf