{
  "type": "article",
  "title": "From a Rural Hamlet to Bharat Mandapam, Engineer Saksham Ghoslya Showcases Indigenous 5G Tech to PM Modi",
  "summary": "Saksham Ghoslya, a young engineer hailing from Sudarshanpura village in Jaipur rural, presented home-grown 5G base stations and direct satellite chips to Prime Minister Narendra Modi at ESTIC 2026.",
  "content": "Saksham Ghoslya, a young engineer from the modest village of Sudarshanpura in the Jalsu tehsil of Jaipur rural, has brought national prominence to his hometown through engineering excellence. At the Emerging Science, Technology and Innovation Conclave (ESTIC 2026) hosted at Bharat Mandapam in New Delhi, Saksham successfully demonstrated India's indigenous 5G communications infrastructure. Facing Prime Minister Narendra Modi, the young engineer walked the country's leadership through domestically designed telecommunication hardware, showcasing the rapid strides Indian engineers are making toward technological self-reliance.\n\nOrganised with the participation of 13 ministries from October 27 to 29, the prestigious conclave brought together the country's foremost innovators. Following the formal inauguration of the event at Bharat Mandapam, Prime Minister Narendra Modi toured the tech pavilion and visited the demonstration stall set up by Hyderabad-based deep-tech enterprise WiSig Networks. Serving as the company's Principal Engineer, Saksham walked the Prime Minister through the architecture of the indigenously built 5G base station, hardware integrated directly with satellites, and ongoing exploratory research directed toward future 6G telecommunication standards.\n\nExpanding Rural Connectivity with Indigenous Base Stations and the Koala Chip\nDuring the interaction, Saksham detailed how domestic 5G base station technology could transform connectivity access across remote corners of the country. He explained that establishing high-speed internet across rural and isolated outposts has historically remained a significant hurdle, which this indigenously engineered equipment directly solves. Built for domestic operating conditions, the system offers an efficient pathway to deliver stable data infrastructure without relying entirely on legacy foreign gear.\n\nSaksham also demonstrated the capabilities of the company's proprietary 'Koala NB-IoT' chip. The specialised silicon is engineered to maintain data connectivity even in geographic pockets where conventional cellular tower footprints are either weak or completely absent. By enabling direct link-ups in challenging terrain, the hardware provides resilient communication coverage critical for remote sensing, tracking, and critical data transmission across previously unserved territories.\n\nThe Academic Trajectory from Sudarshanpura to IIT Mandi and IIT Hyderabad\nSaksham's technical accomplishments trace back to an upbringing defined by persistence. Born to Balkishan Choudhary and Raju Devi in Sudarshanpura, his early schooling took place in the village's local government and community schools. His dedication earned him admission to the Indian Institute of Technology (IIT) Mandi, where he completed his B.Tech in Electrical Engineering in 2016. During his undergraduate tenure, he also served as a co-founder of the institute's electronics club, demonstrating early technical leadership.\n\nFollowing graduation, he moved to IIT Hyderabad as a research assistant. When the telecom startup WiSig Networks was founded at the institute in 2017, Saksham became one of its earliest technical team members. Balancing industrial development with advanced academia, he went on to earn his M.Tech degree in Communication and Signal Processing from IIT Hyderabad in 2021, deepening his mastery over advanced signal transmission protocols.\n\nRepresenting Domestic Technology Across Global and National Arenas\nThe Bharat Mandapam demonstration marks the continuation of Saksham's role in showcasing home-grown Indian telecommunications hardware across high-profile summits. In September 2026, during the BRICS Summit exhibition in New Delhi, Saksham presented the enterprise's telecommunication portfolio to Union Minister Pralhad Joshi. His presentations have also reached international forums, including the 'Bharat Innovates' event hosted in Nice, France, where he showcased Indian communication systems. His prominent presentation at ESTIC 2026 has prompted widespread pride and celebrations across Sudarshanpura and the broader Jaipur district.\n\nWhat this means for you\nThe successful deployment and demonstration of indigenous telecom hardware accelerates connectivity across isolated Indian regions while inspiring technical talent in rural hubs.\n\n• Across India: The adoption of locally designed 5G base stations and NB-IoT silicon diminishes reliance on imported communications infrastructure. This framework enables cost-effective delivery of reliable high-speed data to historically underserved rural and border outposts.\n• In Jaipur rural: Saksham's national milestone from the small village of Sudarshanpura offers immediate inspiration to rural school students aspiring for technical careers. It reinforces local confidence in national competitive exams and institutions like the IITs.\n• For the telecom industry: Home-grown research spanning 5G hardware and preliminary 6G networks positions Indian deep-tech ventures competitively in international markets. This expansion opens high-value engineering avenues in hardware fabrication, RF engineering, and signal processing.\n• For consumers: Satellite-interfacing chips like the Koala NB-IoT unlock data pathways in blind spots lacking standard mobile cellular reception. This capability ensures enhanced emergency safety alerts, field tracking, and basic connectivity during regional network disruptions.\n\nWhy this happened\nThe demonstration occurred as part of a high-level national technology conclave designed to assess and elevate domestically engineered deep-tech innovations.\n\n• Direct cause: The Emerging Science, Technology and Innovation Conclave (ESTIC 2026) was held at Bharat Mandapam in New Delhi with the involvement of 13 ministries between October 27 and 29. Prime Minister Narendra Modi personally inspected the technical exhibits to review domestic deep-tech hardware.\n• Organizational research background: Incubation at IIT Hyderabad enabled WiSig Networks to engineer domestic 5G base stations and specialized connectivity chips beginning in 2017. As Principal Engineer, Saksham Ghoslya was tasked with presenting the technical architecture directly to national leaders.\n• Prior milestones: The team had previously briefed Union Minister Pralhad Joshi during the BRICS Summit in September 2026 and showcased their portfolio in Nice, France. These verified milestones established the foundation for their headline presentation before the Prime Minister at ESTIC 2026.\n\nQuestions & Answers\n\n1. Who is Saksham Ghoslya and where is he from?\nSaksham Ghoslya is a Principal Engineer at WiSig Networks and hails from Sudarshanpura village in the Jalsu tehsil of Jaipur rural.\n\n2. What technology did Saksham demonstrate to Prime Minister Narendra Modi?\nHe showcased an indigenous 5G base station, the satellite-linking Koala NB-IoT chip, and ongoing 6G research at ESTIC 2026 at Bharat Mandapam.\n\n3. What is the key capability of the Koala NB-IoT chip?\nThe chip maintains connectivity in remote and hard-to-reach areas where standard mobile cellular tower signals fail to penetrate.\n\n4. What are Saksham Ghoslya's academic credentials?\nHe completed his B.Tech in Electrical Engineering from IIT Mandi in 2016 and earned his M.Tech in Communication and Signal Processing from IIT Hyderabad in 2021.\n\n5. Which startup is Saksham associated with and when was it established?\nHe works with WiSig Networks, a deep-tech enterprise founded at IIT Hyderabad in 2017.\n\n6. At which other major forums has Saksham presented domestic tech?\nHe briefed Union Minister Pralhad Joshi at the BRICS Summit in September 2026 and showcased systems at the 'Bharat Innovates' event in Nice, France.\n\nInspiration & Lessons\nSaksham Ghoslya's rise from a rural community school to presenting flagship hardware before the Prime Minister illustrates the transformative power of rigorous technical dedication.\n\n• Overcoming resource constraints: Modest schooling in a village presents no barrier to national excellence when paired with consistent study habits and ambition. Focused preparation can successfully secure entry into premier institutions like the IITs.\n• Committing to indigenous deep tech: Prioritising foundational research and startup engineering over conventional career tracks enables innovators to build critical domestic infrastructure. Choosing specialized telecom engineering yielded breakthroughs directly serving the nation.\n• Pursuing continuous learning: Continuing with advanced postgraduate research while simultaneously building production-grade hardware demonstrates the value of ongoing academic mastery. Sustained study keeps professionals aligned with rapidly evolving technologies.\n• Global confidence from grassroots roots: Progressing from a small local community to addressing international forums in France and BRICS summits shows that technical mastery transcends geographic and economic origins.",
  "url": "https://trendkia.com/en/success-stories/rajasthan-ke-ganva-se-nikalakara-bharat-mandapam-taka-engineer-saksham-ghoslya-ne-pm-modi-ko-dikhaya-svadeshi-5g-ka-dama-56821",
  "category": "Success Stories",
  "publishedAt": "2026-11-05",
  "tags": [
    "Saksham Ghoslya",
    "Indigenous 5G",
    "Narendra Modi",
    "ESTIC 2026",
    "Bharat Mandapam",
    "Sudarshanpura",
    "IIT Mandi",
    "WiSig Networks"
  ],
  "language": "en",
  "site": "TrendKia",
  "whatItMeansForYou": "The successful deployment and demonstration of indigenous telecom hardware accelerates connectivity across isolated Indian regions while inspiring technical talent in rural hubs.\n\n• Across India: The adoption of locally designed 5G base stations and NB-IoT silicon diminishes reliance on imported communications infrastructure. This framework enables cost-effective delivery of reliable high-speed data to historically underserved rural and border outposts.\n• In Jaipur rural: Saksham's national milestone from the small village of Sudarshanpura offers immediate inspiration to rural school students aspiring for technical careers. It reinforces local confidence in national competitive exams and institutions like the IITs.\n• For the telecom industry: Home-grown research spanning 5G hardware and preliminary 6G networks positions Indian deep-tech ventures competitively in international markets. This expansion opens high-value engineering avenues in hardware fabrication, RF engineering, and signal processing.\n• For consumers: Satellite-interfacing chips like the Koala NB-IoT unlock data pathways in blind spots lacking standard mobile cellular reception. This capability ensures enhanced emergency safety alerts, field tracking, and basic connectivity during regional network disruptions.",
  "whyItHappened": "The demonstration occurred as part of a high-level national technology conclave designed to assess and elevate domestically engineered deep-tech innovations.\n\n• Direct cause: The Emerging Science, Technology and Innovation Conclave (ESTIC 2026) was held at Bharat Mandapam in New Delhi with the involvement of 13 ministries between October 27 and 29. Prime Minister Narendra Modi personally inspected the technical exhibits to review domestic deep-tech hardware.\n• Organizational research background: Incubation at IIT Hyderabad enabled WiSig Networks to engineer domestic 5G base stations and specialized connectivity chips beginning in 2017. As Principal Engineer, Saksham Ghoslya was tasked with presenting the technical architecture directly to national leaders.\n• Prior milestones: The team had previously briefed Union Minister Pralhad Joshi during the BRICS Summit in September 2026 and showcased their portfolio in Nice, France. These verified milestones established the foundation for their headline presentation before the Prime Minister at ESTIC 2026.",
  "questionsAndAnswers": [
    {
      "question": "Who is Saksham Ghoslya and where is he from?",
      "answer": "Saksham Ghoslya is a Principal Engineer at WiSig Networks and hails from Sudarshanpura village in the Jalsu tehsil of Jaipur rural."
    },
    {
      "question": "What technology did Saksham demonstrate to Prime Minister Narendra Modi?",
      "answer": "He showcased an indigenous 5G base station, the satellite-linking Koala NB-IoT chip, and ongoing 6G research at ESTIC 2026 at Bharat Mandapam."
    },
    {
      "question": "What is the key capability of the Koala NB-IoT chip?",
      "answer": "The chip maintains connectivity in remote and hard-to-reach areas where standard mobile cellular tower signals fail to penetrate."
    },
    {
      "question": "What are Saksham Ghoslya's academic credentials?",
      "answer": "He completed his B.Tech in Electrical Engineering from IIT Mandi in 2016 and earned his M.Tech in Communication and Signal Processing from IIT Hyderabad in 2021."
    },
    {
      "question": "Which startup is Saksham associated with and when was it established?",
      "answer": "He works with WiSig Networks, a deep-tech enterprise founded at IIT Hyderabad in 2017."
    },
    {
      "question": "At which other major forums has Saksham presented domestic tech?",
      "answer": "He briefed Union Minister Pralhad Joshi at the BRICS Summit in September 2026 and showcased systems at the 'Bharat Innovates' event in Nice, France."
    }
  ],
  "inspiration": "Saksham Ghoslya's rise from a rural community school to presenting flagship hardware before the Prime Minister illustrates the transformative power of rigorous technical dedication.\n\n• Overcoming resource constraints: Modest schooling in a village presents no barrier to national excellence when paired with consistent study habits and ambition. Focused preparation can successfully secure entry into premier institutions like the IITs.\n• Committing to indigenous deep tech: Prioritising foundational research and startup engineering over conventional career tracks enables innovators to build critical domestic infrastructure. Choosing specialized telecom engineering yielded breakthroughs directly serving the nation.\n• Pursuing continuous learning: Continuing with advanced postgraduate research while simultaneously building production-grade hardware demonstrates the value of ongoing academic mastery. Sustained study keeps professionals aligned with rapidly evolving technologies.\n• Global confidence from grassroots roots: Progressing from a small local community to addressing international forums in France and BRICS summits shows that technical mastery transcends geographic and economic origins."
}