Telecom
Zipline Launches New Autonomous Home Delivery Services

Zipline has unveiled its new platform that provides quiet, fast and precise autonomous delivery directly to homes in cities and suburbs. The company’s next generation home delivery platform is practically silent (designed to sound like wind rustling leaves), and is expected to deliver up to 7 times as fast as traditional automobile delivery, completing 10-mile deliveries in about 10 minutes.
Zipline has spent the last several years building and fine tuning its next generation technology, Platform 2 (P2), to provide an optimal customer experience at scale. Unlike other drone delivery services, Zipline’s drones (Zips) fly more than 300 feet above the ground and are nearly inaudible. When the Zip arrives at its destination, it hovers safely and quietly at that altitude, while its fully autonomous delivery droid maneuvers down a tether, steers to the correct location, and gently drops off its package to areas as small as a patio table or the front steps of a home. This is all made possible through major innovations in aircraft and propeller design.
Several businesses across the healthcare and restaurant sectors have already signed on to use Zipline’s new home delivery service. Sweetgreen is partnering with Zipline to further its mission of connecting people to real food in the U.S., while moving a step closer to its pledge to be carbon-neutral by 2027. By ordering through Zipline’s marketplace, Sweetgreen customers can get their orders using 97% less energy than traditional automotive methods.
“The future of delivery is faster, more sustainable and creates broader access, all of which provides improved value for our customers,” said Jonathan Neman, Co-Founder and CEO of Sweetgreen. “We couldn’t be more excited to work with Zipline to complement our delivery strategy. Zipline’s sustainable technology and ability to reach customers quickly, with a great delivery experience, will help us give our customers what they want, when they want it.”
Michigan Medicine will use Zipline’s new service to more than double the number of prescriptions it fills each year through its in-house pharmacy. Intermountain Health will use it to deliver prescriptions to patients’ homes in the Salt Lake City metro area.
MultiCare Health System plans to use the new platform to expedite diagnostics and deliver prescriptions and medical devices throughout MultiCare’s network of facilities, including hospitals, laboratories and doctors’ offices. And Zipline’s first customer, the Government of Rwanda, will use the company’s new home delivery service to enable urban aerial last-mile delivery to homes, hotels and health facilities in Kigali and elsewhere in the country.
Zipline’s end-to-end solution seamlessly integrates with a business’s current operations. That includes its dual-use docking and charging hardware, software that easily works with third-party inventory management and ordering systems, an intuitive app that allows order tracking down to the second, and an autonomy system that has already guided the flight paths of 40 million commercial miles. Zipline designed its docking and charging hardware to have a light footprint that can be attached to any building or set up as a freestanding structure.
A Zip can be easily loaded by a business’ employee who can send off orders in seconds, right from their location, without even having to leave the kitchen, pharmacy or doctors’ office. Businesses can offer Zipline’s home delivery service in a variety of ways, including native integrations into apps and websites, white labeled opportunities, and by joining Zipline’s marketplace. Customers can make on-demand orders, or schedule the exact time they’d like their package to arrive, down to the second.
Each P2 Zip has a 10-mile service radius while carrying a 6-8 pound payload for out-and-back deliveries from a single dock. Alternatively, it can also fly up to 24 miles one way from dock to dock, charging at each dock before picking up its next delivery. Because Zips can move from dock to dock, Zipline can dynamically respond to peak order times – ensuring there’s enough delivery capacity for an urgent prescription delivery or a busy Friday pizza night or weekday lunch rush.
“Over the last decade, global demand for instant delivery has skyrocketed, but the technology we’re using to deliver is 100 years old. We’re still using the same 3,000-pound, gas combustion vehicles, driven by humans, to make billions of deliveries that usually weigh less than 5 pounds. It’s slow, it’s expensive, and it’s terrible for the planet,” said Keller Rinaudo Cliffton, co-founder and CEO of Zipline.
“Our new service is changing that and will finally make deliveries work for you and around your schedule. We have built the closest thing to teleportation ever created – a smooth, ultrafast, convenient, and truly magical autonomous logistics system that serves all people equally, wherever they are.”
Zipline plans to conduct high-volume flight tests this year involving more than 10,000 test flights using about 100 aircraft. The first customer deployment of P2 will follow shortly after that. Zipline’s record for safety has been proven over the past seven years of operations and over more than 500,000 commercial flights. Its long-range platform, P1, has autonomously flown 40 million miles worth of commercial deliveries through all kinds of weather without a safety incident – the vast majority of which were flights flown beyond visual line of sight.
Zipline has received Part 135 certification, is authorized to complete the longest-range, on-demand commercial drone flights in America, and recently received FAA approval to enable its onboard autonomous detect and avoid system.
Zipline completed more deliveries in 2022 than in all previous years combined, and is planning to complete about 1 million deliveries by the end of 2023. By 2025, Zipline expects to operate more flights annually than most airlines.
Telecom
Tarana, Microsoft Enhance Africa’s Broadband Connectivity

Tarana, provider of next-generation fixed wireless access (ngFWA) broadband technology, is collaborating with Microsoft to expand internet access in rural and underserved communities across Africa.
Together, the companies will help service providers in rural and underserved Africa deploy government-approved telecom equipment, along with training and technical support.
This comes as access to secure; affordable telecom equipment remains a major barrier to internet connectivity in Africa. Despite progress, high infrastructure costs and limited rural coverage have allowed the digital divide to persist.
Tarana stated that in some areas, fewer than 30% of people have dependable internet connectivity.
To that end, it said its collaboration with Microsoft will help reduce the cost of ngFWA equipment for African internet service providers while also assisting with deployment logistics, enabling them to give internet access more faster and more cost-effectively.
The company went on to say overcoming two primary limitations of traditional fixed wireless access) technology, ngFWA delivers high-speed broadband service in both non-line-of-sight conditions and heavy radio interference, making it an ideal solution for hard-to-reach and underserved markets.
More than 250 operators worldwide are deploying ngFWA to deliver better broadband more efficiently, said the company.
Basil Alwan, CEO of Tarana, added: “We look forward to making significant progress on the digital divide together.”
“Access to affordable, secure broadband infrastructure is essential for unlocking economic opportunity through digital access across Africa,” said Vickie Robinson, general manager, energy, connectivity, and sustainability at Microsoft. “By working with Tarana, we’re helping local operators overcome cost and deployment barriers so they can bring high-speed connectivity to the communities that need it most.”
Telecom
Mobile Industry Emissions Down 8%, But Pace Must Double to Hit Net Zero

The mobile industry’s operational emissions fell by 8% between 2019 and 2023, even as mobile connections grew by 9% and data traffic quadrupled, according to the GSMA’s fifth annual Mobile Net Zero report released this week.
The findings show the mobile industry has successfully started to decouple emissions from data and connectivity growth – a stark contrast to global emissions, which have increased 4% since 2019. However, to continue progress and reach net zero by 2050, emissions must fall by 7.5% annually until 2030 – more than twice the average annual rate achieved to date.
Key findings from the report include:
- Preliminary 2024 data suggests a further 4.5% drop in emissions – an acceleration on previous years, but still short of the 7.5% annual reduction needed to 2030.
- 37% of electricity used by operators disclosing to CDP came from renewables in 2023, up from 13% in 2019 – avoiding 16 million tonnes of emissions.
- 81 mobile operators (covering nearly half of global connections) have set or committed to science-based targets.
- The GSMA Climate Action Taskforce now includes 77 operators, covering 80% of mobile connections worldwide.
- Europe (-56%), North America (-44%), and Latin America (-36%) lead the way in operational emissions reductions between 2019 and 2023.
- New analysis of China shows operational emissions likely fell by 4% in 2024 – the first decline after a 7% rise between 2019–2023 – alongside a more than quadrupling of renewable energy use.
Global, collaborative climate action gathers pace
The acceleration in decarbonisation is driven by operator actions to improve network energy efficiency and transition to clean energy, including solar and battery storage. Many operators are phasing out less efficient legacy networks and reducing their reliance on diesel generators.
Some markets are seeing better renewable electricity access through policy support and market reform, but the GSMA warns that the accelerated reductions needed by 2030 will require greater access across more markets.
Regional momentum is building globally, with Europe and the Americas leading emissions reductions, while Asia and Africa show increasing engagement. China, representing the world’s largest mobile market with more than one billion 5G connections, shows promising progress in 2024.
New analysis published today to frame discussions at MWC25 Shanghai indicates China’s operational emissions declined for the first time in 2024, with preliminary data showing a 4% reduction year-on-year driven by a more than quadrupling in renewable energy use by operators. As the industry’s largest single market, China’s progress is instrumental in achieving global net zero targets.
Steven Moore, Head of Climate Action at the GSMA comments: “Our findings show the mobile industry isn’t greenwashing or greenwishing – it’s green acting. Emissions are trending in the right direction, but the pace of progress must now double.
“This is a global effort, and it’s encouraging to see momentum building across every region – from Latin America to Europe and especially to China.
“But to sustain this progress, we need broader support: better access to renewables, more policy certainty, and stronger collaboration across the ecosystem. Supply chain emissions, which make up most of our industry’s footprint, must also be addressed – and climate transition plans will play an increasingly important role in navigating what comes next.”
Focus on Scope 3 and circularity sharpens
The report emphasises that Scope 3 emissions – mostly from supply chains and manufacturing – account for more than two-thirds of the industry’s total carbon footprint and require attention. While transparency is improving, Scope 3 emissions remain a blind spot compared with operational emissions (Scopes 1 and 2), making them a critical challenge for operators with science-based targets, which require reductions across full value chain emissions.
Additionally, the report points to growing momentum around circular economy initiatives. Consumer appetite for sustainable devices is rising, with around 90% of users surveyed by GSMA saying they value longevity and repairability, and nearly half considering refurbished for their next phone purchase.
Buying refurbished instead of new can save consumers money and reduce environmental impacts from manufacturing, with refurbished phones generating 80-90% fewer emissions than new ones. While new device sales have slowed in recent years, the second-hand device market is growing rapidly, and projected to be worth $150 billion by 2027.
Many leading operators are now developing climate transition plans to assess climate risks and map out credible, long-term strategies toward net zero. These plans are expected to become a key focus of the GSMA’s Climate Action Programme over the coming year.
Telecom
MTN’s Ikenna Ikeme Urges Responsible AI Use @Pan African Data Policy Conference

The use of local content in Artificial Intelligence systems is essential for delivering accurate, region-specific results, according to MTN Nigeria’s General Manager for Regulatory Affairs, Ikenna Ikeme.
He shared this perspective at the recently held Network of African Data Protection Authorities (NADPA) Conference, held in Abuja recently.
The conference convened industry leaders, policymakers, and experts to discuss the role of data and AI in shaping Africa’s future. Key discussions focused on balancing innovation with risk, safeguarding data in AI systems, promoting responsible data use, and enabling cross-border data flows.
During a panel on “Data Governance for Responsible and Beneficial Use of AI,” Ikeme highlighted data’s dual nature. “Data can be transformational by bringing efficiency to businesses, but it also presents risks, ranging from privacy to investment,” he stated. He warned against relying too much on external data.
Adewale Adene, Google’s Government Affairs and Public Policy Manager, also spoke at the session. Adene projected AI and data governance could add $30 trillion to Africa’s economy by 2030. “All relevant authorities and stakeholders must ensure Africa is positioned to capitalise on this new economy,” he urged.
Other panelists included Nonye Ujam, Government Affairs Lead at Microsoft; Ololade Shyllon, Director of Privacy Policy for Africa, the Middle East, and Turkey at Meta; Oliver Patel, Head of Enterprise AI Governance at AstraZeneca (who joined remotely); Femi Daniel, Senior Counsel, Privacy and Data Protection at Mastercard; and Adewolu Adene, Government Affairs and Public Policy Manager at Google.
The conference stressed the urgent need for African stakeholders to create strategic policies. These policies should support both growth and safety.
Participants called for collaboration, investment in local data infrastructure, and strong legal frameworks. This is to ensure AI technologies are developed and used responsibly.
The NADPA Conference served as a timely call to action. It urged governments, companies, and regulators to prioritise trust and transparency. Homegrown solutions are key in shaping Africa’s digital destiny, the conference concluded.
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