IoT Security
Introducing our tailored IoT Security Solutions for EU Compliance
Stritzinger offers comprehensive audits and hardening services for IoT infrastructure. Our solutions align with EU standards, including the Cyber Resilience Act, ensuring secure, scalable, and compliant IoT systems.
GRiSP
A Base to Build On
An Erlang virtual machine on a bare-metal board
Develop Internet of Things designs with ease—without the need for soldering or dropping down to C. GRiSP-Base boots directly into an Erlang VM running on real bare metal, with on-board wireless networking (802.11b/g/n WLAN) and connectors for standard PMod sensor and actuator modules.
GRiSP.io
Expand Your IoT Possibilities
GRiSP.io is a platform designed to simplify device-to-cloud integration. It provides tools for efficient monitoring, management, and scaling of your IoT projects, allowing you to focus on innovation while we support your infrastructure needs.
Research Projects
Pioneering Solutions Through Global Collaboration
We are deeply committed to innovation and technological advancement. Our active participation in cutting-edge research projects allows us to contribute to shaping the future of edge computing, automation, and network technologies. Collaborating with international partners, we tackle real-world challenges and develop practical solutions that enhance efficiency, scalability, and reliability. Here are some of the latest research projects where we’ve made significant contributions:
Revolutionized Enhanced Supply Chain Automation with Limited Threats Exposure (RESCALE) is transforming supply chain automation by systematically analyzing, securing, and optimizing hardware and software layers across complex computing systems. The project enhances supply chain security with advanced tools for vulnerability detection, secure device management, and reliable network orchestration.
Our Contribution
GRiSP.io Integration: Providing secure and scalable device management tools for embedded systems, ensuring reliability and control.
Braid Orchestrator: Offering secure frameworks for network orchestration, enabling efficient communication and task coordination.
SSCG and TBOM Integration: Contributing to the SSCG generation process to ensure secure and efficient integration into the Trusted Bill of Materials (TBOM).
Formal Verification Support: Collaborating on formal verification methods, including the use of DetectEr, to strengthen software security.
Erlang Tool Integration: Enhancing the Erlang ecosystem through tool integration, such as RefactorErl, for improved analysis and refactoring capabilities.
Funded by Horizon Europe (Grant No. 101120962)
A Phase 3 5GPPP Horizon 2020 project focused on developing a next-generation SDN controller (TeraFlow OS) for beyond 5G networks. TeraFlow OS integrates with NFV and MEC frameworks, offering revolutionary features for flow management, network integration, ML-based security, and forensic evidence for multi-tenancy.
Our Contribution
Leveraging our expertise in Erlang and OTP, we contribute to developing a scalable and reliable version of TeraFlow OS. Specifically, we focus on:
Adding support for Traffic Engineering (TE)
Implementing a distributed Path Computation Element (PCE)
Supporting relevant protocols like PCEP
Funded by Horizon 2020 (5GPPP Phase 3)
PICCOLO is a CELTIC-NEXT project funded by BMWi in Germany and Innovate-UK in the UK. It focuses on addressing deficiencies in edge/fog computing by developing a distributed platform that leverages diverse infrastructure. The project also explores in-network computing, enabling computation within complex networks without centralized management.
Our Contribution
Smart Factory Use Case
In the context of Industrie 4.0, we worked on automation for Smart Factory setups, handling dynamic production environments governed by complex distributed systems. Our contributions include the following applying concepts derived from PICCOLO form the backbone of our solutions for Smart Factory challenges:
Adaptive decentralized configuration with IEC-61499
Transparency and throughput optimization with digital twins
Advanced failover handling
Funded by BMWi (Germany) and Innovate-UK (UK)
LightKone is an EU Horizon 2020 research and innovation project (Grant Agreement No. 732505) aimed at developing a scientifically sound and industrially validated model for general-purpose computation on edge networks. These networks consist of heterogeneous, loosely coupled nodes at the logical edge, like community networks, IoT networks, and Mobile Edge Computing.
Our Contribution
NoStop RFID Use Case
We developed an industrial transport system that operates without stopping, enabling reliable updates to RFID tags on moving parts. This was achieved through a distributed cache of RFID contents integrated into embedded systems along the transport system. Additionally, our GRiSP embedded programming platform was used for edge computing by four project partners.
Funded by the European Union’s Horizon 2020 (Grant No. 732505)
Let’s Build Together!
At Peer Stritzinger GmbH, we work with developers and industries to create reliable, scalable, and secure systems. Get in touch to see how we can contribute to your next project or explore the solutions we offer.