Mobility without the Side Effects

Bosch MPS's vision for an ideal world without congestion, environmental impact, or safety constraints in travel for people and goods, achieved through software, data, and AI.

They partner to build the first vertical data streaming stack for mobility and logistics, combining Bosch's industry expertise with Zeliot's (Condense) specialized streaming to overcome data silos and scale globally.

A core feature allowing business logic to be embedded directly into data streams via a unified AI Powered IDE, turning raw data into actionable intelligence (e.g., vehicle load, health, predictive maintenance) faster and with lower costs.

Generic tools lead to scaling limits and high maintenance; vertical stacks provide industry-specific norms, operational simplicity, and focus on outcomes like efficiency and safety, freeing teams from infrastructure management.

Bring Your Own Cloud deploys Condense on customer clouds for data sovereignty, essential in regulated markets like Europe, North America, and India, giving choice and ensuring privacy compliance.

By 2030, AI will solve data fragmentation and coordination challenges via partner-first platform ecosystems like Bosch MPS + Condense, enabling smarter, safer global mobility.

High maintenance costs, scaling limitations from generic stacks like Kafka, and diverted engineering focus from business outcomes to infrastructure, specialized tools like Condense address this with industry-tailored simplicity.

It enables end-to-end solutions on a single platform without managing multiple tools, allowing digital providers to scale big across diverse, regulated markets efficiently.

AI amplifies digital development to turn fragmented data into intelligence, enabling coordination across silos for safer, sustainable mobility without congestion or environmental impact.

The partnership brings together Bosch MPS’s deep mobility expertise and Condense’s data streaming capabilities to build industry-specific digital infrastructure, helping customers move from fragmented data systems to scalable, intelligence-driven mobility platforms.