Jabalpur Engineers Develop Smart Safety Jacket Delivering Electric Shock to Deter Attackers Two engineers in Jabalpur have created a 2,700-rupee smart protection jacket that delivers a 3-amp shock to offenders while dispatching live location alerts to five trusted contacts. In an effort to bolster personal safety for women traveling alone, two young engineers in Jabalpur have developed an innovative protective garment. Designed to look identical to ordinary outerwear, the specialized jacket functions as an active self-defense mechanism during attempted assaults or harassment. If an offender attempts inappropriate physical contact, the wearable device delivers an electric shock designed to immediately incapacitate the attacker. Developed during its prototype phase, the initial version was assembled at a production cost of 2,700 rupees. Incubation and Development of the Prototype The garment was conceived and constructed by Aditi and Riya, two young engineers running an early-stage startup registered with the Jabalpur Incubation Centre. While the initial prototype cost 2,700 rupees to assemble, the creators noted that the final consumer price is expected to decline significantly once commercial manufacturing begins. The garment integrates specialized hardware circuitry with dedicated software systems. It is primarily targeted at women who commute independently, particularly those returning from work during late-night hours or navigating unlit public spaces. Hardware Mechanism and Shock Activation Officially designated as the Women Safety and Security Jacket, the wearable device pairs physical defense with immediate communication protocols. The garment is lined with an internal circuit network connected to a compact device situated inside the pocket, which resembles a portable power bank. This module incorporates a discreet panic switch, ensuring the wearer retains total manual control over the mechanism. When the wearer toggles the panic switch, current begins circulating through the jacket surface. Any individual attempting to touch or grab the jacket while active receives a sharp 3-amp electric shock, deterring the aggressor on contact. Internet Connectivity and Emergency SOS Alerts Beyond the electric deterrent, the system incorporates wireless connectivity through an internet connection and a dedicated mobile application. When the protective system engages upon contact, it automatically transmits distress signals to programmed emergency numbers. The digital alert delivers the exact real-time geographical coordinates of the user directly to recipients. Up to five emergency contacts, including parents, guardians, or close acquaintances, can be registered within the system, ensuring family members receive immediate notice alongside the precise travel location. Travel Experience That Sparked the Invention The concept originated directly from the personal travel experiences of both engineers. While journeying between Jammu and Jabalpur, Aditi and Riya frequently experienced discomfort regarding personal safety on transit routes. Motivated to address that vulnerability through engineering, they began designing a wearable defensive solution. The inventors continue to refine and update the jacket design iteratively. They are currently engaging with manufacturing firms to explore bulk production arrangements, which would streamline distribution and bring the safety garment to the market at an accessible price point for everyday commuters. What this means for you This wearable innovation provides a cost-effective personal defense and automated tracking system for women commuting independently. • Across India: Solo female commuters and late-shift workers gain an accessible deterrent against harassment that integrates seamlessly into daily clothing. Once commercial mass manufacturing begins, buyers will have access to discrete wearable security technology nationwide. • In Jabalpur: The local startup ecosystem gains validation through an indigenous invention developed inside the municipal incubation center. Local commuters and college students may become the initial user base once pilot testing concludes. • Retail Cost Impact: Initial fabrication cost stands at 2,700 rupees and is expected to drop further under industrial manufacturing scale. Everyday consumers will be able to acquire active defense hardware without paying luxury electronics premiums. • Emergency Response Utility: Up to five family members or trusted contacts receive immediate automated alerts alongside real-time location telemetry. This ensures relatives can dispatch local authorities or assistance to the exact scene without communication delays. Why this happened The innovation was prompted by personal safety concerns experienced during interstate travel and the absence of immediate physical deterrence against harassment. • Discomfort During Long Commutes: Regular journeys between Jammu and Jabalpur made the inventors keenly aware of the vulnerability women face on long-distance transit. Experiencing this unease prompted them to devise a wearable device capable of intervening during physical threats. • Need for Active Physical Deterrence: Passive sirens or pepper spray often require manual retrieval that can be difficult under sudden attack. Integrating an activated 3-amp surface current provides an immediate physical barrier that repels offenders upon physical contact. • Automated Distress Notification: Victims facing immediate distress cannot always operate a smartphone keypad manually. Connecting the garment to an app-backed cloud link ensures that physical contact triggers automated coordinates to five trusted recipients. • Incubation Support and Scale: Formal registration at the Jabalpur Incubation Centre provided the necessary platform to iterate the prototype. The team is now holding discussions with manufacturing partners to transition from lab assembly to bulk commercial runs. Questions & Answers 1. Who designed this safety jacket? The jacket was developed by young engineers Aditi and Riya through their startup registered at the Jabalpur Incubation Centre. 2. What level of electric shock does the jacket deliver? When the panic switch is activated, touching the jacket delivers a 3-amp electric shock to the offender. 3. What is the manufacturing cost of the prototype jacket? The prototype was assembled at an initial production cost of 2,700 rupees, which is expected to drop further in mass production. 4. How does the jacket notify emergency contacts? The jacket connects to the internet via an app and automatically sends alert messages with real-time location data to five emergency contacts upon contact. 5. What inspired the engineers to create this device? The concept emerged after the inventors felt unsafe and uncomfortable while commuting between Jammu and Jabalpur. Inspiration & Lessons This engineering project demonstrates how technical knowledge and enterprise can turn everyday safety concerns into tangible social solutions. • Turning Personal Vulnerability Into Practical Innovation: Rather than accepting travel anxiety as unavoidable, the inventors leveraged their engineering background to build a real defense mechanism. • Frugal Hardware Engineering: Assembling a connected shock-delivery prototype for just 2,700 rupees proves that impactful safety hardware can be built on a tight development budget. • Persistence Toward Commercial Reach: Even after fabricating the initial version, the founders continue to iterate and pursue industrial partnerships to ensure the garment reaches everyday commuters. https://trendkia.com/en/startups/jabalpur-ki-do-injiniyaron-ne-banai-anokhi-suraksha-jaiketa-chherakhani-ki-koshisha-para-lagega-bijali-ka-jhataka-44292 TrendKia — Har trend, sabse pehle.