Hala Mobility is a cutting-edge mobility solutions provider focused on promoting sustainable and efficient urban transportation. By leveraging advanced technology and a robust network, Hala Mobility offers a range of services, including electric vehicle rentals, shared mobility solutions, and charging infrastructure. Their mission is to reduce carbon emissions and traffic congestion while enhancing the convenience and affordability of urban travel. Through partnerships with key stakeholders and continuous innovation, Hala Mobility aims to drive the future of urban mobility towards a cleaner, greener, and more connected ecosystem.
In a recent interview, Abdullah interacted with Srikanth Reddy Founder, CEO, Hala Mobility in which he discuss about the functioning of software in electric vehicle, use of software to maximise energy efficiency, vehicle performance, and battery management, cyber security in EV, connection features, developments in EV software to improve vehicle-to-infrastructure connectivity and autonomous driving capabilities.
What part does software play in how electric cars (EVs) run and function?
Software is the backbone of EV’s, governing a multitude of functions from battery management to in-car entertainment. Advanced software systems are crucial for optimizing energy consumption, ensuring the efficient operation of EV powertrains, and enhancing overall vehicle performance.
For instance, our Gen AI-enabled predictive analytics platform, cercleOS, tackles a major pain point in the EV ecosystem by enabling OEMs and BaaS providers to effortlessly manage the entire battery and EV lifecycle, ensuring streamlined operations and increased fleet uptime.
How do EV makers use software to maximise energy efficiency, vehicle performance, and battery management?
An advanced software platform with the ability to capture essential performance and health metrics related to vehicles and batteries gives EV manufacturers a competitive edge. It allows them to comprehensively understand key performance attributes and optimize asset service and maintenance. For example, dynamic energy management systems adjust power distribution based on real-time driving conditions to maximize range and efficiency.
cercleOS, for instance, through its Battery Management System, continuously monitors cell health, usage patterns, and charging cycles to ensure optimal performance. It also features a unique Vehicle Diagnostics Hub that provides real-time insights and predictive analytics, allowing manufacturers to preemptively address potential issues, optimize maintenance schedules, and ensure peak vehicle performance. This enhances the driving experience and extends the EV’s overall lifespan.
What cyber security safeguards are in place in EV software to guard against any dangers and guarantee privacy of data?
Cybersecurity is paramount in the EV industry to protect against potential threats and ensure user data privacy. EV software incorporates robust encryption protocols, secure boot mechanisms, and real-time threat detection systems. At cercleOS, we’ve instituted multi-layered security protocols, including periodic OTA software updates and rigorous testing, to fortify our platforms against cyber threats and uphold compliance with global data privacy regulations.
How are connection features like smart charging, navigation, and remote car monitoring made possible by EV software platforms?
Connectivity features are integral to the modern EV experience, facilitated by advanced software platforms. Smart charging systems optimize charging schedules to reduce costs and enhance grid stability.
Our platform’s navigation systems provide real-time route optimization and charging station locations, for the end user.
The remote monitoring feature enables users to track vehicle status, battery health, and performance metrics from their smartphones, all in a comprehensive and user-friendly application. From a business perspective, cercleOS offers a comprehensive dashboard equipped with a battery wellness suite, vehicle diagnostics hub, and asset monitoring control room, complemented by predictive analytics. This empowers fleet operators to efficiently manage their EVs.
What developments are there in EV software to improve vehicle-to-infrastructure connectivity and autonomous driving capabilities?
In addition to notable advancements, EV software is increasingly merging with smart city infrastructure to bolster traffic management, alleviate congestion, and enhance safety. Autonomous driving capabilities are being enhanced through ML algorithms and sensor fusion technologies.
cercleOS is at the forefront of these developments, offering predictive maintenance and real-time analytics that support the current connected vehicle ecosystem. We are also constantly learning and developing to make the system more robust for autonomous vehicle capabilities.
Could you talk about how software developers and EV manufacturers work together to achieve smooth compatibility and integration?
Our approach to achieving smooth compatibility and integration between software developers and EV manufacturers is deeply rooted in constant collaboration with the EV ecosystem. Through our GEN-AI enabled predictive analytics platform, cercleOS, we engage in ongoing partnerships across the industry, this includes collaboration with OEMs such as Hero, Gemopai, Quantum, Amo, as well as BaaS/CPOs like Race Energy, Log 9, Battery Pool, and Sieger. Additionally, we work closely with Financers/Insurers such as OTO, Vidyut, Ohm Mobility, and Iffco-Tokio.
By fostering these partnerships, we ensure that our software solutions are tailored to meet the specific needs of EV hardware, thereby optimizing performance and user experience. Our close collaboration with multiple manufacturers allows us to seamlessly integrate predictive analytics and battery management solutions, ensuring compatibility and enhancing the overall functionality of EVs.
In what ways can open-source software support creativity and adaptability in the design and customization of EVs?
Open-source software fosters innovation by allowing developers to build upon existing frameworks and share improvements. This collaborative approach accelerates the development of new features and enhances the adaptability of EV software.
For example, cercleOS can be customized to meet specific requirements of different EV models. This level of customization leads to more personalized and efficient solutions, driving creativity and enabling rapid iteration in our software development processes.
What obstacles or restrictions are present when implementing EV software, and how are industry stakeholders addressing them?
Implementing EV software comes with challenges such as ensuring compatibility across diverse hardware platforms, mitigating cybersecurity threats, and managing the complexity of integrating multiple systems. Industry stakeholders are addressing these challenges through standardization efforts, robust cybersecurity protocols, enabling omnichannel communication and through strategic collaboration and partnerships
cercleOS, for instance, uses a modular architecture to ensure compatibility and scalability, allowing us to address diverse needs and rapidly adapt to technological advancements.
Which EV software development themes do you see emerging in the near future, and how will they affect how electric mobility develops?
Key themes in EV software development include enhanced cybersecurity, deeper integration with smart city infrastructure, and advancements in autonomous driving technologies.
Moreover, there’s a rising emphasis on AI-powered predictive maintenance and battery optimization. These shifts will drive the evolution of electric mobility by improving vehicle reliability, extending battery life, and enabling seamless connectivity between vehicles and infrastructure. cercleOS is poised to spearhead these innovations by offering cutting edge and tailored solutions that will define the future of sustainable transportation.