Afleveringen

  • Broadband testing isn’t as simple as checking upload and download speeds. In this episode, I speak with Michael McCallen, CEO of Cheetah Networks, about the biggest challenges in broadband performance testing, why traditional methods often fall short and how they solve the problem with a home-grown Canadian solution.

    We uncover key obstacles, including:

    🔹 Inconsistent Testing Methods – Why results can vary wildly depending on how and when tests are run.

    🔹 Lack of Real-World Performance Metrics – Speed tests don’t tell the full story of your actual experience.

    🔹 Privacy Concerns – Who really owns your broadband performance data?

    🔹 Community Blind Spots – How lack of local engagement leads to bad policy and poor service.

    🔹 Government Standards – The gap between regulations and real-world broadband issues.

    With the growing demands for connectivity, accurate broadband testing is more critical than ever. Listen in to learn what’s broken—and what needs to change.

    00:00 Introduction to Performance Testing in Broadband

    01:51 Cheeta Networks' Journey in Telecom

    04:56 Challenges with Current Broadband Testing Methods

    07:47 Cheetah Networks' Innovative Solutions

    10:20 Understanding Quality of Experience

    13:09 Use Cases for Performance Data

    15:51 Community Engagement and Data Utilization

    18:36 Privacy and Data Ownership

    20:58 Business Models and Flexibility in Service Delivery

    22:57 Understanding Stakeholders in Broadband Services

    25:47 Government Procurement and Community Engagement

    28:26 Broadband Nutrition Labels

    32:15 Customer Acquisition Strategies and Market Expansion

    35:10 Community Empowerment and Data Utilization

    Visit Cheetah Networks to learn more. You can contact Michael McCallen on LinkedIn or by email - [email protected]

    Make sure to check out Jason's Industry Insights, the weekly newsletter with curated Telco, Broadband, Space and AI Market Intelligence and Insights.

    Sharing is caring! If you enjoy this Podcast, please share it with others - and don't forget to hit the subscribe button on your player of choice!

    #BroadbandTesting #TelecomChallenges #InternetSpeeds #QualityOfExperience #CheetahNetworks #Connectivity

  • In this episode, I sit down with Philip Johnston, co-founder and CEO of StarCloud, a pioneering company at the forefront of orbital data centers. Philip makes a bold prediction: within 10 years, all data processing will be in space—and he’s on a mission to make that happen.

    We dive into the game-changing advantages of space-based data centers, including unlimited solar power, passive cooling, and scalability—all of which could make terrestrial data centers obsolete. Philip breaks down the economic and engineering realities of launching massive compute infrastructure into orbit, tackling key challenges like thermal management, radiation shielding, and space debris.

    He also shares insights into:

    🚀 The role of optical communications and its potential to overcome bandwidth limitations.

    🌍 The environmental impact, explaining why space-based computing is actually more sustainable than Earth-based data centers.

    🛰️ The first steps—StarCloud’s upcoming launch and how their modular approach will scale computing in space.

    🤖 The future of robotic maintenance and how humanoid robots could soon service infrastructure in space.

    🧠 And yes, we even get into Dyson Spheres and Matryoshka Brains—the ultimate endgame of intelligent civilizations.

    This conversation is a fascinating deep dive into the future of computing, energy, and space infrastructure. If you think the cloud is the future—think bigger.

    Chapters

    00:00 Introduction to StarCloud and Orbital Data Centers

    01:55 The Vision for Space-Based Data Centers

    03:19 Use Cases and Applications of Orbital Data Centers

    04:51 Technical Challenges in Space Data Centers

    08:36 Engineering Solutions for Thermal Management

    09:56 Radiation and Space Environment Considerations

    11:09 Collision Avoidance and Space Junk Management

    13:41 Customer Engagement and Market Positioning

    14:57 Future of Data Centers in Space and Company Evolution

    17:35 Exploring Space-Based Solar Energy

    19:31 The Future of Power Demand

    21:13 Industry Reactions and Perceptions

    22:55 Challenges and Misconceptions

    24:50 Environmental Impact and Sustainability

    26:25 Business Model and Market Engagement

    28:16 Technical Challenges and Team Building

    30:06 Vision for the Future: Dyson Spheres and Beyond

    --

    Visit Starcloud to learn more. You can contact Philip Johnston on LinkedIn

    Make sure to check out Jason's Industry Insights, the newsletter

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  • In this episode, I chat with Tim Belfall from WestEnd WiFi in Stevenage, England. Tim is an expert in satellite broadband, and an authorized installer (integrator) fort Starlink.

    We discuss Tim's background in telecommunications, his real-world experiences with Starlink, how its performance has changed over time, and the upcoming pricing changes that will impact customers.

    We touch on the competitive landscape with emerging players like Kuiper and Thousand Sails. The conversation also touches on the future of satellite internet, mobility solutions, and Tim's thoughts on orbital data centres.

    Chapters

    00:00 Introduction to Satellite Broadband and Tim's Background

    03:49 Starlink's Performance and Pricing Structure

    06:57 Starlink's Market Position and Future Changes

    11:12 Competition in Satellite Internet: Kuiper and Others

    15:31 Mobility and Connectivity Solutions

    20:02 Future of Satellite Internet and Data Centers

    Visit WestEnd WiFi to learn more. You can contact Tim on LinkedIn

    Make sure to check out Jason's Industry Insights, the newsletter

    Follow, Like and Share. Please!

  • In this episode, Alex Qi, CEO of Pontosense, joins me to chat about the innovative technology behind their human sensing solutions.

    PontoSense focuses on using millimeter radar technology combined with AI to monitor human activity without the need for wearables, and without compromising personal privacy.

    The discussion covers the origins of the company, its applications in automotive safety and assisted living, or "AgeTech" solutions that saves lives.

    Alex emphasizes the importance of human data and suggests that "If we can get data about people, we can save lives."

    The conversation concludes with insights into future applications and market strategies for PontoSense's technology.

    Chapters

    00:00 Introducing PontoSense: The Human Sensing Company

    01:19 The Origin Story: From Wireless Technology to Human Sensing

    04:15 Innovative Technology: Radar Solutions for Safety

    09:54 Expanding Applications: From Cars to Assisted Living

    15:41 Peace of Mind and Safety

    17:07 Data Privacy and Trust

    18:05 Unique Applications and Solutions

    19:10 Wi-Fi Sensing and Its Limitations

    19:59 Granularity in Health Monitoring

    21:43 Healthcare Integration and Future Prospects

    22:45 Market Approach and Accessibility

    24:03 Technology Specifications and Usability

    26:14 Emergency Response Features

    27:01 Geographic Deployment and Expansion

    Visit Pontosense to learn more. You can contact Alex on LinkedIn

    Make sure to check out Jason's Industry Insights, the newsletter

    Follow, Like and Share. Please!

  • In this episode I speak with Carlos Placido, a well known and respected independent consultant in satellite communications, about the evolving landscape of space-based communications.

    We discuss the significance of tools like NCAT (Non Geo Constellation Analysis ToolKit) for analyzing satellite constellations, the opportunities presented by direct-to-device communication, and the role of IoT in enhancing connectivity.

    Carlos discusses the importance of multi-orbit broadband solutions, the future of satellite constellations, the impact of AI on the space sector, the need for standards in satellite communications and the key players to watch in the industry, including Amazon and SpaceX.

    We wrap it up with predictions for the future of the space sector in 2025.

    Chapters

    00:00 The Evolution of Satellite Communications

    01:56 Understanding NCAT and Its Applications

    04:42 Direct-to-Device Opportunities

    07:18 Challenges in Direct-to-Device Technology

    10:15 The Future of IoT and Satellite Communications

    13:30 Exploring Multi-Orbit Solutions for Broadband

    15:49 Understanding Satellite Shells and Their Importance

    17:27 The Need for Resiliency and Redundancy in Satellite Networks

    20:08 The Future of Satellite Constellations and Competition

    21:50 The Role of Data Centers in Space

    23:56 AI's Impact on the Space Sector

    25:31 Advancements in Satellite Terminals and Standards

    28:40 Predictions for the Future of Space Technology

    Glossary for this issue:

    Ku-band: Portion of the electromagnetic spectrum from 12-18 GHz used for satellite communications and broadcasting

    Ka-band: Frequency range from 26.5-40 GHz used for high-bandwidth satellite communications and internet services

    L-Band: Frequency range from 1-2 GHz used for satellite navigation, mobile communications, and reliable long-distance transmissions

    S-Band: Frequency range from 2-4 GHz commonly used for weather radar, satellite communications, and spacecraft telemetry

    Orbital Shell: Specific altitude band around Earth where satellites and other objects are placed in orbit

    Inclination: Angle between a satellite's orbital plane and the Earth's equatorial plane

    Carlos can be found on LinkedIn

    Make sure to check out Jason's Industry Insights, the newsletter

    Follow, Like and Share. Please!

  • Welcome to the first episode of Jason's Industry Insights!

    Be kind. It's a learning curve, especially with sound quality and editing.

    In this episode, I speak with John Capobianco from Selector.ai, exploring the innovative applications of AI in network management. We discuss how Selector.AI enhances root cause analysis, predictive capabilities, and the integration of AI into existing systems.

    John shares insights on real-world applications, customer success stories, and the future of autonomous networks, emphasizing the importance of data management and the measurable ROI of AI solutions.

    00:00 Introduction to Selector.ai and Its Mission

    04:39 The Role of AI in Network Management

    09:53 Expanding Beyond Service Providers

    15:02 Streamlining Root Cause Analysis

    19:46 The Future of Autonomous Networks

    25:33 Engaging with the Community and Learning from Users