Innovation and Technology
Space-Age Mobile

Bridging the Digital Divide: The Promise of Space-Based Connectivity
The evolution of mobile telephony has been a remarkable journey, marked by significant leaps in technology and a profound impact on our lives. Just a few years ago, in-flight Wi-Fi was a high-priced novelty, limited to certain corridors and offering basic email access. Now, as a T-Mobile customer on United Airlines, I can use messaging apps like WhatsApp and iMessage, and go online for free, albeit at a slower speed than on the ground. This rapid advancement exemplifies the accelerating pace of technological change and the transformative potential of satellite-based connectivity across multiple sectors.
Bridging the Digital Divide: The Promise of Space-Based Connectivity
Satellite phones have existed for years, but their high cost and limited functionality restricted their use to niche markets. However, the advent of Low Earth Orbit satellite constellations has dramatically altered the landscape. By deploying large numbers of smaller, more affordable satellites, companies like SpaceX have significantly reduced the cost of satellite communication. This shift towards LEO technology, coupled with advancements in miniaturization and software, is making satellite connectivity more accessible and affordable for the masses, offering enormous potential to connect the planet. A significant portion of the global population, estimated to be around 2.6 billion people, still lacks access to the internet. This "digital divide" hinders economic development, limits access to education and healthcare, and exacerbates social inequalities.
The Rise of LEO Satellites: Democratizing Access to Space
LEO satellite constellations, like SpaceX’s Starlink, along with emerging technologies like Google X Project Taara’s laser-based point-to-point Wi-Fi systems, offer the potential to bridge this digital divide on the ground and from above. These technologies can provide high-speed internet access to remote and underserved areas, driving community and economic development. My recent visit to the Galapagos underscored the transformative impact of satellite internet connectivity, witnessing firsthand the rapid advancements in entrepreneurship and education within a matter of months. By making connectivity more accessible and affordable, these technologies can unlock the transformative power of the internet for billions of people around the world.
Direct-to-Cell Technology: The Future of Connectivity
Direct-to-cell technology, pioneered by companies like SpaceX and T-Mobile, is poised to quickly close the gap. It’s not hard to imagine a world where your phone never loses signal, regardless of your location. This global connectivity will unlock a plethora of new applications and services, from connecting remote communities and improving disaster response to enabling innovative location-based services and personalized experiences.
The Convergence of AI and Satellite Technology: Business Opportunities
For businesses, this space-aged AI-enabled transition presents unprecedented opportunities, especially for those with in remote locations or with global ambitions:
- New Markets: Expanding into previously unreachable markets across the planet now becomes more feasible, opening doors to new customer bases and revenue streams that were previously not viable.
- Enhanced Operational Efficiency: Reliable, high-speed connectivity, coupled with real-time transparency and access to customer inventory data regardless of location, can significantly streamline remote operations, logistics, and supply chains.
- Innovation Catalyst: Ubiquitous connectivity, much like the initial widespread access to the internet, empowers entrepreneurs in previously remote areas to develop and launch new products, services, and business models, fostering economic growth and diversifying local economies.
Conclusion
The convergence of satellite telecommunications and AI marks a pivotal moment in human history, with the potential to transform industries, bridge divides, and unlock unprecedented levels of innovation. From connecting the unconnected and empowering remote communities to revolutionizing sectors like agriculture, healthcare, and transportation, the impact of this technological convergence will be profound and far-reaching. By embracing AI, investing in robust data sets and digital infrastructure, and developing a skilled workforce, businesses can harness the power of space-based connectivity to create new products, services, and business models that were previously unimaginable.
FAQs
- What is the purpose of LEO satellite constellations?
- LEO satellite constellations aim to provide global internet connectivity by deploying large numbers of smaller, more affordable satellites in Low Earth Orbit.
- How will direct-to-cell technology improve connectivity?
- Direct-to-cell technology will enable seamless connectivity, even in remote areas, by providing a direct link between the phone and the satellite.
- What are the potential applications of AI in satellite technology?
- AI will be used to analyze data from satellites, improving the accuracy of weather forecasting, crop monitoring, and other applications. It will also enable autonomous vehicles and drones to function more efficiently.
- How will businesses benefit from the convergence of AI and satellite technology?
- Businesses will benefit from increased operational efficiency, new markets, and innovation, as well as the ability to connect with customers and suppliers worldwide.
Innovation and Technology
“Godfather Of AI” Launches Nonprofit For Safer Systems

Introduction to LawZero
Computer scientist Yoshua Bengio, often referred to as the “godfather” of AI, has launched a nonprofit aimed at creating AI systems that prioritize safety over business interests. The organization, called LawZero, “was founded in response to evidence that today’s frontier AI models are developing dangerous capabilities and behaviors, including deception, self-preservation and goal misalignment,” reads a statement posted to its website. “LawZero’s work will help to unlock the immense potential of AI in ways that reduce the likelihood of a range of known dangers associated with today’s systems, including algorithmic bias, intentional misuse and loss of human control.”
Background on Yoshua Bengio
Bengio is a worldwide leader in AI and a co-recipient of the 2018 Turing Award, the Association for Computing Machinery’s prestigious annual prize that’s sometimes called the Nobel Prize of Computing. He won the award alongside two other deep-learning pioneers — Geoffrey Hinton, another “godfather of AI” who worked at Google, and Yann LeCun — for conceptual and engineering breakthroughs, made over decades, that have positioned deep neural networks as a critical component of computing. Bengio also serves as scientific director at Mila (Montreal Institute for Learning Algorithms), an AI research institute. Now, he’ll add LawZero president and scientific director to his resume.
What Are The Main AI Safety Concerns?
While artificial intelligence has sparked considerable excitement across industries — and Bengio recognizes its potential as a driver of significant innovation — it’s also led to mounting concerns about possible pitfalls. Generative AI tools are capable of producing text, images and video that spread almost instantly over social media and can be difficult to distinguish from the real thing. Bengio has called for slowing the development of AI systems to better understand and regulate them. “There is no guarantee that someone in the foreseeable future won’t develop dangerous autonomous AI systems with behaviors that deviate from human goals and values,” the University of Montreal professor wrote in a blog post announcing why he’d signed a 2023 open letter calling for a slowdown in the development of some AI tools.
Structure and Funding of LawZero
LawZero is structured as a nonprofit “to ensure it is insulated from market and government pressures, which risk compromising AI safety,” the statement says. LawZero started with $30 million in funding and says it’s assembling a team of world-class AI researchers. Together, the scientists are working on a system called Scientist AI, which LawZero calls a safer, more secure alternative to many of the commercial AI systems being developed and released today.
What Could A Safer AI System Look Like?
Scientist AI is non-agentic, meaning it doesn’t have agency or work autonomously, but instead behaves in response to human input and goals. “Such AI systems could be used to provide oversight for agentic AI systems, accelerate scientific discovery and advance the understanding of AI risks and how to avoid them,” LawZero says. “LawZero believes that AI should be cultivated as a global public good—developed and used safely towards human flourishing.”
Conclusion
The launch of LawZero marks an important step towards prioritizing safety in AI development. With its focus on creating non-agentic AI systems and its commitment to transparency and accountability, LawZero has the potential to make a significant impact in the field of AI research. As the use of AI continues to grow and expand into new areas, it is essential that we prioritize safety and responsibility in its development.
FAQs
- What is LawZero?: LawZero is a nonprofit organization aimed at creating AI systems that prioritize safety over business interests.
- Who founded LawZero?: LawZero was founded by Yoshua Bengio, a computer scientist and co-recipient of the 2018 Turing Award.
- What is Scientist AI?: Scientist AI is a non-agentic AI system being developed by LawZero, which behaves in response to human input and goals.
- Why is AI safety important?: AI safety is important because AI systems have the potential to develop dangerous capabilities and behaviors, including deception, self-preservation, and goal misalignment.
- How is LawZero funded?: LawZero started with $30 million in funding and is assembling a team of world-class AI researchers.
Innovation and Technology
From DEIA to BEAM: The Evolution of Inclusive Practices in the Workplace

With the rise of software and platforms for DEIA (Diversity, Equity, Inclusion, and Accessibility), companies are now more equipped than ever to foster inclusive environments. In this article, we’ll explore the evolution of inclusive practices in the workplace, from DEIA to BEAM (Belonging, Equity, Access, and Membership). Let’s dive in and discover how companies can create a more inclusive and diverse work environment.
Understanding DEIA
DEIA is a framework used to promote diversity, equity, inclusion, and accessibility in the workplace. It’s essential to understand each component of DEIA to create a comprehensive strategy for inclusivity. Diversity refers to the presence of different groups or individuals with unique characteristics, while equity ensures that everyone has equal opportunities and resources. Inclusion creates a sense of belonging among employees, and accessibility removes barriers for people with disabilities.
Benefits of DEIA
Implementing DEIA practices in the workplace has numerous benefits, including improved employee satisfaction, increased innovation, and enhanced reputation. When employees feel included and valued, they’re more likely to be engaged and productive, leading to better business outcomes. Additionally, companies that prioritize DEIA are more attractive to top talent and customers who value diversity and inclusion.
Challenges of DEIA
Despite the benefits, implementing DEIA practices can be challenging. One of the primary obstacles is resistance to change, as some employees may feel uncomfortable with new initiatives or policies. Moreover, DEIA efforts can be time-consuming and require significant resources, making it difficult for small or medium-sized businesses to prioritize.
Introducing BEAM
BEAM is an evolution of the DEIA framework, focusing on belonging, equity, access, and membership. This new approach recognizes that inclusion is not a one-time achievement, but rather an ongoing process that requires continuous effort and commitment. BEAM emphasizes the importance of creating a sense of belonging among employees, ensuring that everyone has equal access to opportunities and resources, and fostering a culture of membership and community.
Key Components of BEAM
The BEAM framework consists of four key components: belonging, equity, access, and membership. Belonging refers to the feeling of being part of a community or group, while equity ensures that everyone has equal opportunities and resources. Access removes barriers and provides equal opportunities for all employees, and membership creates a sense of responsibility and ownership among employees.
Benefits of BEAM
The BEAM framework offers several benefits, including improved employee engagement, increased retention, and enhanced innovation. When employees feel a sense of belonging and membership, they’re more likely to be invested in the company’s success and contribute to its growth. Additionally, BEAM helps companies to identify and address systemic barriers, creating a more equitable and inclusive work environment.
Implementing BEAM in the Workplace
Implementing BEAM in the workplace requires a comprehensive approach that involves all employees and stakeholders. Companies can start by conducting a thorough assessment of their current DEIA practices and identifying areas for improvement. This can involve surveys, focus groups, and one-on-one interviews to gather feedback and insights from employees.
Strategies for Implementing BEAM
Several strategies can help companies implement BEAM in the workplace, including training and development programs, mentorship initiatives, and employee resource groups. These strategies can help to create a sense of belonging and membership among employees, while also ensuring that everyone has equal access to opportunities and resources.
Overcoming Challenges
Implementing BEAM can be challenging, especially for companies with limited resources or resistance to change. To overcome these challenges, companies can start small, focusing on one or two initiatives at a time. They can also engage with external partners and experts to provide guidance and support, and communicate regularly with employees to ensure that everyone is informed and invested in the process.
Case Studies and Examples
Several companies have successfully implemented BEAM in the workplace, achieving significant benefits and improvements. For example, a leading tech company implemented a mentorship program that paired employees from underrepresented groups with senior leaders, resulting in improved retention and career advancement. Another company created an employee resource group for employees with disabilities, providing a platform for feedback and advocacy.
Lessons Learned
These case studies and examples offer valuable lessons for companies looking to implement BEAM in the workplace. One key takeaway is the importance of continuous communication and feedback, ensuring that employees are informed and invested in the process. Another lesson is the need for ongoing assessment and evaluation, identifying areas for improvement and making adjustments as needed.
Conclusion
In conclusion, the evolution of inclusive practices in the workplace from DEIA to BEAM offers a new approach to creating a more diverse, equitable, and inclusive work environment. By understanding the key components of BEAM and implementing strategies to promote belonging, equity, access, and membership, companies can improve employee engagement, retention, and innovation. While challenges may arise, companies can overcome them by starting small, engaging with external partners, and communicating regularly with employees.
Frequently Asked Questions
What is DEIA, and how does it differ from BEAM?
DEIA is a framework used to promote diversity, equity, inclusion, and accessibility in the workplace, while BEAM is an evolution of this framework, focusing on belonging, equity, access, and membership.
How can companies implement BEAM in the workplace?
Companies can implement BEAM by conducting a thorough assessment of their current DEIA practices, identifying areas for improvement, and implementing strategies such as training and development programs, mentorship initiatives, and employee resource groups.
What are the benefits of implementing BEAM in the workplace?
The benefits of implementing BEAM include improved employee engagement, increased retention, and enhanced innovation, as well as a more equitable and inclusive work environment.
How can companies overcome challenges when implementing BEAM?
Companies can overcome challenges by starting small, engaging with external partners, and communicating regularly with employees, as well as continuously assessing and evaluating their BEAM initiatives to identify areas for improvement.
What role do employees play in implementing BEAM in the workplace?
Employees play a critical role in implementing BEAM, providing feedback and insights to inform the process, and participating in initiatives and programs to promote belonging, equity, access, and membership.
Innovation and Technology
FBI Warns of Skyrocketing Cyberattacks

Introduction to the Play Ransomware Threat
The Federal Bureau of Investigation has issued a joint cybersecurity advisory in conjunction with the U.S. Cybersecurity and Infrastructure Security Agency, as the number of confirmed observed victims of Play ransomware attacks skyrocketed in May. The threat actors have, the FBI warned, impacted victims covering a broad spectrum of organisations, including businesses as well as critical infrastructure providers, in both North and South America, as well as across Europe.
FBI And CISA Say Act Now As Play Ransomware Actors Accelerate Attacks
As part of a joint effort between the FBI, CISA and the Australian Cyber Security Centre, the latest update to the Play ransomware cybersecurity advisory comes as result of new investigations this year that have uncovered an evolution of the cybercriminal group’s tactics, techniques and procedures. In May, the FBI confirmed that it had become aware of 900 organizations that had been exploited by the crime gang and had fallen victim to the Play ransomware attacks. To put that in some perspective, it is three times the number when the FBI last released such information.
The joint critical cybersecurity advisory, which forms part of the ongoing Stop Ransomware campaign, aims to help organizations best defend themselves against attacks by keeping them informed of changes to the aforementioned tactics, techniques, and procedures, as well as new indicators of compromise that can be useful in attack detection efforts.
Advisory AA23-352A warned that Play is thought to be what is known as a closed ransomware group actor, acting alone to “guarantee the secrecy of deals” when it comes to the exfiltrated data that is held to ransom. The ransom notes that are left with the victim do not, the advisory stated, “include an initial ransom demand or payment instructions; rather, victims are instructed to contact the threat actors via email.” Those emails have one of two German email domains, but the actual email address is unique in every case. “A portion of victims are contacted via telephone,” the FBI said, “and are threatened with the release of the stolen data and encouraged to pay the ransom.” These tactics are designed to lead the victim straight onto a negotiation footing where the attacker has the upper hand.
Inside The Play Ransomware Threat — The FBI Confirms Technical Details Of Attacks
Thought to be linked to a North Korean state-sponsored attack group, one that is known to be part of the Democratic People’s Republic of Korea’s “Reconnaissance General Bureau,” known as Andariel, Play ransomware is thought to be distributed by threat groups including Balloonfly. Researchers have expressed the opinion that Play forms an “integral part” of the Andariel cyberattack arsenal.
Using a malware backdoor to infect Windows systems, Balloonfly has been linked to multiple incidents involving the deployment of Play ransomware, according to Symantec Threat Hunter researchers, mostly against businesses across the U.S. and Europe.
The Microsoft Threat Intelligence Center and Microsoft Security Response Center previously found Play ransomware being deployed after threat actors used a zero-day security vulnerability in the Windows Common Log File System. That vulnerability, CVE-2025-29824, was mitigated by the April Patch Tuesday release. Other vulnerabilities, that have been known to have been exploited by the Play ransomware attackers, have included CVE-2022-41040 and CVE-2022-41082, which affected Microsoft Exchange Server, and CVE-2020-12812 and CVE-2018-13379 impacting Fortinet’s FortiOS. All of which have been patched, but it bears repeating that if you haven’t patched these yet, you need to do so as a matter of some critical urgency.
The FBI security advisory also confirmed that Play ransomware attackers are gaining initial access by exploiting “external-facing services such as Remote Desktop Protocol and Virtual Private Networks.” Once inside a network, Play ransomware actors move laterally by employing well-known command and control applications such as Cobalt Strike and SystemBC, alongside tools including PsExec. “Once established on a network, the ransomware actors search for unsecured credentials and use the Mimikatz credential dumper to gain domain administrator access,” The FBI warned.
FBI Says You Must Act Now To Mitigate These Attacks
The Play ransomware campaign shows no sign of slowing down. For that to happen, organizations need to up their game and get their defenses in order. Erecting mitigation barricades is the only answer to such determined ransomware actors.
The FBI has recommended the following mitigating actions to be taken as a matter of some urgency:
- A recovery plan that includes the retention of multiple copies of data and servers in segregated and separate secure locations.
- Secure password management policies, with passwords of at least 15 characters in length and stored in a hashed and salted format.
- No password reuse.
- No password hints.
- Multiple password failure lockdowns.
- Multi-factor authentication for all accounts.
- Admin credentials should be required to install software.
- Patching and firmware updates must be applied in a timely manner.
- Network segmentation can prevent the spread of ransomware, so apply it.
- Disable all unused ports.
- Disable links in all incoming emails.
- Disable command-line and scripting activities and permissions.
Conclusion
The threat posed by Play ransomware is very real and organizations must take immediate action to protect themselves. By following the mitigating actions recommended by the FBI, organizations can significantly reduce the risk of falling victim to these attacks. It is essential to stay vigilant and keep up to date with the latest information and guidance on this evolving threat.
FAQs
Q: What is Play ransomware?
A: Play ransomware is a type of malware that is used to extort money from organizations by encrypting their data and demanding a ransom in exchange for the decryption key.
Q: How does Play ransomware spread?
A: Play ransomware is thought to be distributed by threat groups including Balloonfly, and is often spread through the exploitation of vulnerabilities in external-facing services such as Remote Desktop Protocol and Virtual Private Networks.
Q: What can organizations do to protect themselves from Play ransomware?
A: Organizations can protect themselves by following the mitigating actions recommended by the FBI, including implementing a recovery plan, secure password management policies, and multi-factor authentication, as well as keeping software and systems up to date with the latest patches and firmware updates.
Q: What is the impact of Play ransomware on organizations?
A: The impact of Play ransomware on organizations can be severe, resulting in the loss of sensitive data, disruption to business operations, and significant financial costs.
Q: Is Play ransomware linked to any specific threat actors?
A: Yes, Play ransomware is thought to be linked to a North Korean state-sponsored attack group, known as Andariel.
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