Versuchen GOLD - Frei
Enhancing Mobile Robotics through Efficient Communication and Scalability
Bisinfotech
|October 2024
The standard communication middleware, DDS (Data Distribution Service), struggles to keep up with the demands of mobile robots in wireless environments, leading to connectivity issues and limited scalability.
-

One emerging protocol gaining attention is Zenoh, which addresses many challenges faced by mobile robotics. Its robust, scalable communication in dynamic environments positions it as a promising alternative to DDS, and several companies have already begun adopting it to overcome their current limitations. The discussion with Angelo Corsaro, CEO & CTO, ZettaScale covers Zenoh’s advantages over DDS in addressing connectivity, scalability, and reliability issues in mobile robotics, its integration with existing systems, technical challenges faced during its development, and future enhancements.
● The team that designed Zenoh had contributed massively to the design and standardization of DDS, and built commercial implementations for more than a decade.
● DDS was designed to address resourceful and closed distributed systems connected by reliable fixed networks, i.e., wired LAN. The target application that drove the definition of DDS was Naval Combat Management Systems. As a consequence, the design inherently assumes that the network is well dimensioned, it has extremely low packet losses and, as such, that UDP multicast operates effectively.
Can you explain how Zenoh differs from DDS in terms of addressing the connectivity challenges faced by mobile robots in wireless environments?
Zenoh was born out of the desire to solve two problems, (1) having a protocol that could run efficiently and scale from the microcontroller up to the data-center, and (2) providing a single framework to deal with data in motion (pub/sub) and data at rest (store/query). As a consequence Zenoh was designed as a protocol that can run efficiently on wired and wireless networks, without topological constraints. Additionally the dynamic discovery mechanisms built in Zenoh are completely different that those found in DDS.
Diese Geschichte stammt aus der October 2024-Ausgabe von Bisinfotech.
Abonnieren Sie Magzter GOLD, um auf Tausende kuratierter Premium-Geschichten und über 9.000 Zeitschriften und Zeitungen zuzugreifen.
Sie sind bereits Abonnent? Anmelden
WEITERE GESCHICHTEN VON Bisinfotech

Bisinfotech
Karnataka – Powering India's Tech-Defence-Energy Trinity
Karnataka has long stood at the crossroads of innovation, industry, and infrastructure. Once celebrated purely as the Silicon Valley of India, it has transformed into a multi-sector powerhouse driving national growth. Beyond its global IT reputation, the state today leads in defence manufacturing, aerospace innovation, and clean energy transition.
5 mins
September 2025

Bisinfotech
Breaking New Ground in Wire Bond Inspection with Capacitive Test Methods
Wire bonding is widely used in electronic devices, the semiconductor industry, and microelectronics.
5 mins
September 2025

Bisinfotech
Can you have it all when producing displays?
A case study examining display production that optimizes quality and throughput-and lower total cost.
11 mins
September 2025

Bisinfotech
How Al and IoT Are Reshaping Electronic System Design and Manufacturing
India’s electronic system design and manufacturing sector is in the midst of a profound transformation driven by artificial intelligence (AI) and the Internet of Things (IoT).
4 mins
September 2025

Bisinfotech
From Brownfield to Smart Factory: Retrofitting the Past for India's Manufacturing Future
India's manufacturing industry is at a turning point. Rising operational costs, energy inefficiencies, increasing customer demands, and a persistent shortage of skilled labour are forcing manufacturers to reimagine the way they work. Digitalisation and automation are fast emerging as the critical enablers to meet these challenges head-on.
3 mins
September 2025

Bisinfotech
Beyond Fabs – Building the Infrastructure Backbone of India's Chip Ecosystem
India’s semiconductor mission has surged to national prominence in recent years, bolstered by multi-billion-dollar commitments aimed at establishing wafer fabrication (fab) units, compound semiconductor facilities, and chip assembly plants. While the nation rightly celebrates these historic announcements and the construction of state-of-the-art fabs, there remains a critical yet often overlooked pillar underpinning this ambition: the infrastructure and engineering services ecosystem.
4 mins
September 2025

Bisinfotech
CDIL: The Bold Beginning of India's Chip Story
When CDIL entered semiconductor manufacturing in 1964, it marked a bold leap into India's technological future.
4 mins
September 2025

Bisinfotech
Powering India's Electronics & Semiconductor Growth
India’s electronics and semiconductor industry stands at an inflection point. Backed by rising domestic demand, ambitious production-linked incentive (PLI) schemes and global supply chains realigning towards India, the country is emerging as a key hub for manufacturing, design and innovation. At the heart of this transformation are electronica India and productronica India—platforms that connect the entire electronics value chain, from semiconductors and components to production, assembly and testing.
4 mins
September 2025

Bisinfotech
Smarter Testing with Generative Al: Transforming Verification in Industrial Automation
How Al-driven testing is solving the complexity of modern industrial systems
4 mins
September 2025
Bisinfotech
Benefits of Using Functional Safety in Space Applications
By: Michael Seidl, space products, TI & Florian Lumpe, German Center of Aerospace (DLR)
16 mins
September 2025
Listen
Translate
Change font size