Telecom
Ericsson Targets Indoor Space for LTE Software Upgrades with New Suite
Over the last few years a major shift in connectivity has been gaining speed; especially the shift from a mainly laptop era and into a fully mobile era.
The new era is driven by connectivity with friends, family, and colleagues through multiple devices – growing to 4.3 devices per user by 2020, according to Ericsson study and where business transactions are often made over the cellular network.
The resulting influx of devices, users, and applications trying to access the network can result in poor indoor coverage and performance.
And with the coming growth in the Internet of Things contributing to 26 billion connected devices in 2020, providing the right coverage to indoor spaces will become a greater challenge.
To support these changes in connectivity, Ericsson, long recognized for high-performance, innovative hardware, is pushing performance further by adding capacity and functionality with software-only upgrades.
On Tuesday, Ericsson announced its next major software release, Ericsson Networks Software 16A, which will feature a new suite of LTE software upgrades targeting the indoor space.
Among the hundreds of new and enhanced software feature options in Network Software 16A, the new suite features advances in uplink and downlink performance – boosting network uplink speeds by up to 200 percent, downlink speeds by up to 30 percent and adding LTE Unlicensed (LTE-U), the first commercial step in Licensed Assisted Access – as well as features to support greater energy efficiency of small cells.
To achieve these gains, Ericsson has been working with leading customers on lab tests and trial activities.
According to Mike Sapien, principal Analyst Enterprise Services, Ovum, “While operators have understood that they need to design mobile networks for increasing amounts of data now, Wi-Fi networks have traditionally been the solution of choice for indoor connectivity for enterprise customers. However, Wi-Fi cannot service the need for reliable and mobile voice services or text messaging, much less handle the business-critical applications that require the app coverage, voice services, and full mobility provided by cellular. Now, as we move toward 5G, both cellular and Wi-Fi will need to work together to offer differentiated and seamless service.”
Increases in video and media uploads by businesses and consumers via apps like Instagram and Facebook call for better uplink speeds.
Ericsson Networks Software 16A includes two uplink enhancements that will enable mobile operators to utilize 64 Quadrature Amplitude Modulation (QAM) on uplink to provide 50-percent better peak speeds of 75 Mbps.
In addition, it enables uplink carrier aggregation, which can double uplink data speeds.
Combined, these improvements provide peak uplink data rates up to 150 Mbps, which is a 200 percent improvement.
Further enhancements focused on the indoor space boost download speeds by 30 percent using 256 QAM encoding.
Earlier this year, in a live demonstration with Ericsson, Telstra achieved the world’s first download peak rates of 600 Mbps using this new feature.
Devices that support these advances become available this year, in line with commercial availability of the Ericsson Networks Software 16A.
Networks Software 16A also includes LTE-U, to drive higher performance. LTE-U enables operators to combine the reliability of licensed spectrum with indoor data speed boosts provided by unlicensed spectrum.
Arun Bansal, senior vice president and head of Business Unit Radio, Ericsson, commented thus: “To keep pace with mobile broadband demand from both consumers and industry, operators need solutions that deliver both high performance and efficiency.
“Ericsson’s indoor software innovations deliver both. And, these new features combined with Ericsson’s end-to-end solutions, flexible go-to-market and business models and proactive relationships with key device ecosystem partners, ensure that our leading operators not only keep pace, but set the pace.”
Ericsson Networks Software 16A builds on energy-efficiency capabilities in previous releases and now includes Cell Sleep mode.
This feature enables individual carriers to automatically switch off during periods of low traffic demand, ensuring greater energy efficiency of small cells.
Indoor is the new hub of mobile activity and operators will need strategic models and services to cover this huge footprint.
To complement operator efforts, Ericsson is expanding its use of channel partners, such as Anixter and working with leading real estate developers and property managers, including Skanska, helping to create new business opportunities.
Through Ericsson’s flexible service and business models, mobile operators can choose their level of involvement.
For operators who wish to deploy and manage indoor networks themselves, Ericsson offers easy-to-deploy hardware and installation tools.
Ericsson Global Services offers a comprehensive range of small cell services, from strategic network analysis through design, integration, optimization and monitoring, right up to a fully managed Small Cells as a Service (SCaaS) offering.
With SCaaS, complete ownership of the hardware and deployment is handled through Ericsson Global Services, allowing for a simple and easy go-to-market model for indoor opportunities.
Ericsson also offers enterprise solutions for operators to bring to their customers, ranging from Mobile Unified Communications and Video Communications to Managed Enterprise Cloud.
Telecom
TikTok, Instagram Blamed in US Youth Suicide Lawsuit

Major social media giants Meta Platforms, TikTok and Alphabet’s YouTube will face a landmark jury trial this week in Los Angeles County Superior Court over allegations that their addictive designs have fuelled a youth mental health crisis, marking the first such case to reach this stage.

Social Media
The pivotal personal injury lawsuit centres on a 19-year-old Californian woman identified as K.G.M., who claims her childhood immersion in Instagram, Facebook, YouTube and TikTok—engineered with endless scrolls, autoplay videos, notifications and algorithms—sparked severe anxiety, depression and suicidal thoughts.
Dozens of similar suits have surged since 2022 from families, schools and states, accusing the firms of burying internal research on teen harms while prioritising ad revenue through youth-targeted engagement hooks, despite Section 230 protections for user content.
Plaintiffs seek damages and design overhauls, arguing platforms bypassed parents and preyed on vulnerable kids; defendants counter there’s no clinical “social media addiction” diagnosis, no proven causation—kids with issues often use less—and they’ve added safeguards like parental controls and time limits.
Echoing Australia’s under-16 bans, the trial will scrutinise thousands of internal documents, expert testimonies and K.G.M.’s story, potentially expanding tech liability amid debates where studies show complex links, not direct causation, between screen time and disorders like eating issues or self-harm.
A win could mandate warning labels, age gates or algorithm tweaks, reshaping global platforms as U.S. Surgeon General advisories and global scrutiny intensify pressure on Big Tech to prioritise child safety over profits.
Telecom
Meta Tests Paid Subscriptions Across Instagram, Facebook, WhatsApp

Meta is gearing up to trial paid subscription services on Instagram, Facebook, and WhatsApp, aiming to diversify revenue streams beyond advertising while maintaining free core access for all users.

Meta
The subscriptions will offer enhanced tools tailored for everyday users, creators, and businesses, including advanced content creation, sharing, and workflow features distinct from the existing Meta Verified verification program. Unlike a uniform rollout, Meta plans varied testing formats per app to match diverse audiences, experimenting with feature bundles based on user feedback to refine the model.
A key element involves integrating Manus, the autonomous agent firm Meta acquired for $2 billion in December, into these apps alongside its enterprise sales. Manus enables complex task automation with minimal input, with early signs like Instagram shortcuts already spotted by reverse engineer Alessandro Paluzzi.
Video tools feature prominently: Meta’s Vibes short-form video generator in the Meta AI app shifts to freemium, where paid tiers unlock higher monthly creation limits beyond the free baseline. On Instagram, subscriptions could enable unlimited audience lists, non-follower tracking, and anonymous Story views, though specifics for Facebook and WhatsApp remain under wraps.
Drawing from Meta Verified’s 2023 launch—which provides badges, support, and protection mainly for creators—these broader plans target wider appeal amid industry shifts. Ad growth slows against TikTok competition, while Snapchat+ boasts 16 million subscribers at $3.99 monthly, proving demand for value-driven paid perks despite subscription fatigue risks from streaming and storage fees.
Meta will phase tests gradually, prioritizing feedback to shape long-term viability without alienating free users.
Telecom
New Investment Fund Targets Acceleration of Emerging Technology in Nigeria

The International Rescue Committee (IRC) has announced the formation of Airbel Ventures, a new humanitarian impact investing fund aimed at accelerating the introduction and scaling of breakthrough technologies in crisis-affected communities.

The fund will invest in companies whose ideas have the potential to change humanitarian response, including digital infrastructure for frontline health systems and climate-resilient agriculture.
The launch of Airbel Ventures follows a period of rapid innovation at the IRC, despite the humanitarian sector facing record funding cuts.
In the past year, the IRC’s Airbel Impact Lab has advanced more than twenty Artificial Intelligence (AI) and technology initiatives—from anticipatory action tools powered by climate and vulnerability data, to frontline service delivery using safe, orchestrated AI systems, to breakthrough diagnostic tools for emerging diseases.
Airbel Ventures’ first impact investment is in Signalytic, a company delivering solar-powered computing devices that ensure reliable electricity and connectivity for remote health facilities.
Following the investment, the IRC will pilot Signalytic’s technology with its Nigeria Health team, demonstrating the viability of next-generation digital infrastructure in humanitarian settings.
“We know breakthrough solutions already exist—what’s missing is the path to scale in humanitarian contexts,” said Dr. Jeannie Annan, Senior Vice President for Research & Innovation at the IRC and head of the Airbel Impact Lab.
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