Cybersecurity Risks in Connected Electric Scooters
Protecting Your 2W and 3W EV from Digital Threats in India’s Smart Mobility Era
Cybersecurity Risks in Connected Electric Scooters
India's electric two-wheeler (2W) and three-wheeler (3W) market is growing at an unprecedented pace. With over 1.5 million EVs sold in 2025 alone, more than 80% are 2Ws and 3Ws equipped with IoT-based telematics, GPS tracking, and remote diagnostics. But as our scooters and autos get smarter, they also become vulnerable to cyberattacks. Hackers can steal battery data, disable vehicles remotely, or even take control of the motor controller. This blog breaks down the real cybersecurity risks facing Indian connected EVs and offers actionable solutions for owners, fleet operators, and manufacturers.
Why Connected EVs Are Vulnerable
Modern electric scooters and three-wheelers rely on multiple wireless communication channels: Bluetooth for keyless access, 4G/5G for telematics, GPS for tracking, and sometimes Wi-Fi for updates. Each channel is a potential entry point for attackers. Many budget-focused Indian EV brands prioritize cost over security, using unencrypted controller area network (CAN) buses and default passwords on IoT modules. The result? A single compromised cloud server can expose thousands of vehicles.
Top Cybersecurity Risks in Indian 2W & 3W EVs
- Remote hijacking via unauthenticated telematics commands
- Battery management system (BMS) spoofing to cause overcharge or fire
- GPS spoofing leading to theft or wrong fleet routing
- Data theft of rider location, charging patterns, and personal info
- Firmware downgrade attacks that re-enable known vulnerabilities
- Charger communication injection via public charging stations
Real-World Attack Scenarios
In 2024, security researchers demonstrated they could remotely unlock and start a popular Indian electric scooter model by replaying Bluetooth signals captured from 10 meters away. The manufacturer had used no rolling codes or encryption.
Another case involved a fleet of 200 electric three-wheelers in Delhi. An attacker exploited a vulnerable API in the fleet management dashboard, disabling all vehicles for 6 hours. The fleet owner lost over ₹5 lakh in revenue that day, not counting the reputational damage.
Impact on Fleet Owners and Individual Buyers
| Stakeholder | Primary Risk | Financial Impact |
|---|---|---|
| Individual 2W Owner | Theft / Privacy loss | ₹30,000 – ₹1,00,000 |
| 3W Fleet Operator | Fleet-wide immobilization | ₹50,000 – ₹5,00,000 per incident |
| EV Manufacturer | Brand damage & recall | ₹10L – ₹1Cr+ |
| Charging Network | Payment data breach | Varies by scale |
Government Policies and Standards in India
The Ministry of Road Transport and Highways (MoRTH) and Ministry of Electronics & IT (MeitY) are gradually introducing cybersecurity requirements for EVs. The Automotive Industry Standard (AIS) 156 and AIS 159 include guidelines for functional safety but still lack explicit mandatory cyber-resilience requirements for 2Ws and 3Ws. However, the upcoming Bharat NCAP for EVs and the proposed IoT Security Labelling Scheme will likely force compliance. Until then, buyers must advocate for security transparency.
Practical Security Measures for EV Owners
You don't need to be a cybersecurity expert to protect your electric scooter or auto. Follow these practical steps:
- Update your EV's firmware as soon as the manufacturer releases a patch.
- Change default passwords on any companion mobile app or fleet dashboard.
- Disable Bluetooth or Wi-Fi on the scooter when not needed.
- Avoid charging at unknown public stations that request excessive app permissions.
- Use a physical lock in addition to app-based immobilizers.
- Ask your dealer for a written statement on CAN bus encryption and secure boot.
How Manufacturers Should Respond
OEMs serving the Indian 2W and 3W market must integrate security by design. This means hardware-secure elements for keys, encrypted firmware updates over the air (FOTA), and regular third-party penetration testing. They should also publish a responsible disclosure policy and respond to ethical hackers reporting bugs. Some progressive brands like Ola Electric and Bajaj have started investing in SOC (Security Operations Center) for their connected fleets. Others need to catch up before a major incident erodes consumer trust.
In India’s price-sensitive EV market, cybersecurity is often seen as a cost rather than a feature. That mindset is a ticking bomb. One mass hack of 2W EVs could paralyze daily commutes, delivery logistics, and last-mile connectivity across multiple cities. Security is not optional—it's foundational.
Conclusion
Connected electric scooters and three-wheelers are the backbone of India's green mobility revolution. But without robust cybersecurity, that revolution stands on fragile ground. As an EV buyer or fleet owner, you must demand secure products. As an industry professional, you must prioritize security from the first line of code to the last mile of driving. EVXpertz is committed to bringing you practical, technical insights to navigate this landscape safely. Stay informed, stay updated, and ride secure.
