Adnan Al-Jaziri

Writer,

icn.live

Adnan Al-Jaziri brings nearly a decade of reporting on the economy sector in the Gulf, contributing features to Arab News MENA and The Gulf Today in Business. His background in communication has shaped a career focused on explaining finance’s role in economic transformation. He studied Media and Communication at University in Dubai.

Microsoft – OpenAI Amended Agreement Reshapes Cloud and AI Power Balance

Microsoft – OpenAI amended agreement signals a sharp turn in one of tech’s most-watched corporate partnerships. Microsoft confirmed the new terms on Monday, days before its quarterly earnings report. Under the prior deal, Microsoft held exclusive rights to OpenAI’s models until the company reached artificial general intelligence. The new contract removes that trigger and replaces it with a fixed 2032 license expiration date.

Sam Altman and Satya Nadella reportedly negotiated the changes themselves over recent weeks. Their goal was to bring clarity to a relationship that grew tangled as OpenAI courted Microsoft’s rivals. Microsoft OpenAI exclusivity ends with this restructuring, opening the door for AWS, Google Cloud, and Oracle. From my standpoint, this shift reflects OpenAI’s growing leverage and its push for multi-cloud freedom.

What the new deal changes for cloud rivals

Microsoft – OpenAI partnership restructured terms now allow OpenAI to serve products on competing cloud platforms. Azure remains the primary cloud partner, and OpenAI products still ship there first under most conditions. Yet OpenAI can offer its full catalog through any provider it chooses going forward. Amazon CEO Andy Jassy welcomed the news, confirming OpenAI models will reach AWS Bedrock within weeks.

You should note that Microsoft shares fell roughly 3% after the announcement on Monday. Amazon and Alphabet stock posted small gains as investors priced in a fresh competitive opportunity. The shift comes after OpenAI signed a $38 billion AWS deal last November. OpenAI later expanded that commitment by another $100 billion across eight years.

Microsoft – OpenAI amended agreement rewrites the money flow

The financial structure also changed in important ways for both sides of the table. Microsoft will no longer pay OpenAI a revenue share on AI model sales through Azure. OpenAI continues paying Microsoft a 20% revenue share, capped and ending in 2030. Microsoft loses OpenAI’s exclusive access in trade for cleaner terms and reduced legal risk.

Microsoft keeps its 27% stake in OpenAI, valued at roughly $135 billion last October. The OpenAI – Microsoft revenue-sharing deal now runs on a fixed schedule rather than open-ended triggers. Both companies framed the update around flexibility, certainty, and broader AI adoption across markets. As I see it, the deal trades short-term advantage for long-term predictability and cleaner governance.

Why investors are watching closely

The Microsoft OpenAI amended agreement also removes the controversial AGI clause from the contract. The original provision gave OpenAI’s board power to declare AGI and shift the partnership terms. Investors viewed this as a structural risk hanging over Microsoft’s $13 billion cumulative investment. Removing it brings predictability to a contract once tied to a vague technical milestone.

Enterprise buyers benefit most from this change because they gain real choice across clouds and models. Microsoft now competes for OpenAI workloads rather than owning them by default. The Microsoft – OpenAI amended agreement reshapes the cloud market for the next six years.

By Adnan Al-Jaziri
3 min read

Men’s Health Habits After 40: Science-Backed Rules Every Man Needs

Men’s health habits after 40 shape your energy, hormones, and mindset for decades ahead. Your testosterone starts declining around age 30, and the drop speeds up later. Lifting weights, sleeping well, and eating clean slow this natural decline. Small daily choices compound into stronger hormones, sharper focus, and better mood outcomes.

Gut health controls your mood, focus, and energy more than your brain does. Around 90 percent of your serotonin is produced inside your gut lining. Poor diet means poor mood, and it rarely stays inside your head alone. Fiber feeds your gut bacteria, yet most men eat only 10 grams daily. You need 30 grams, and that gap costs you focus and recovery.

Why testosterone decline speeds up without the right routine

Chronic stress destroys testosterone faster than almost any other lifestyle factor today. Manage your stress daily, or your stress quietly manages every part of you. Sleep deprivation drops testosterone by up to 15 percent after one bad night. Protect your sleep quality the same way you protect your income.

Sunlight during the first hour of waking sets your cortisol levels and energy. Step outside early, because light anchors your rhythm for the entire day. Most men stay chronically dehydrated and confuse it for hunger, fatigue, or brain fog. Drink three liters of water throughout the day to stay sharp.

Sugar remains the single biggest enemy of men’s wellness and testosterone production. It inflames the gut, kills hormones, and destroys your ability to focus. Cold showers train your nervous system to handle pressure without panic responses. Two minutes daily builds real mental toughness over weeks and months.

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Men’s health habits after 40 that protect hormones and focus

Walking 30 minutes daily does more for long-term health than many gym plans. Alcohol destroys sleep quality even in small amounts during late evening hours. Your posture signals testosterone levels to your own brain through feedback loops. Stand tall, pull your shoulders back, and own your physical presence.

Magnesium deficiency causes poor sleep, anxiety, and painful muscle cramps at night. Zinc connects directly to testosterone production inside the male reproductive system. Low zinc equals low testosterone, so fix it with food or smart supplements. Belly fat converts testosterone into estrogen, which hurts recovery and drive.

The gut-brain axis is real, and a healthy gut improves clarity and mood. Fermented foods like kimchi, kefir, and yogurt rebuild gut health better than pills. Your body repairs muscle between 10 pm and 2 am each night. Sleep before midnight, or you lose the gains you earned in training.

Daily systems beat motivation every single time

Most men need better systems, not louder motivation or weekend inspiration bursts. From my standpoint, habits win because they remove friction from your choices. Meditation for 10 minutes daily lowers cortisol levels and supports hormone balance. Heavy compound lifts like squats, deadlifts, and presses raise testosterone the most.

Your phone at night blocks melatonin for up to three hours after scrolling. Charge it outside your bedroom, and your sleep quality improves within days. Five grams of creatine daily supports strength, recovery, and brain function. The best version of your body gets built inside your kitchen first.

By Adnan Al-Jaziri
3 min read

Improved Method for Creating Insulin-Producing Cells Changes Diabetes Care

Improved method for creating insulin-producing cells now gives scientists a better tool against type 1 diabetes treatment failures. Researchers at Karolinska Institutet and KTH Royal Institute of Technology shared their results in Stem Cell Reports. Their work focuses on a new process for growing cells from human stem cells. These cells helped control blood sugar regulation in both lab tests and live animals.

Type 1 diabetes happens when the immune system attacks and kills pancreatic beta cells in the body. Once those cells are gone, the body cannot pull glucose from the blood on its own. Patients need insulin shots every day because their bodies stop making enough insulin to survive. Scientists have tried for years to grow new cells in a lab to replace the ones the body loses. Past efforts gave mixed results because the cells were not mature or pure enough to work well.

The new process fixes those problems by giving cells more time and better conditions to grow fully. Scientists now produce cells that are cleaner and more complete than those made by older methods. In lab tests, the cells sensed glucose and pushed out insulin at levels doctors would find useful. As I see it, the jump in cell quality is what makes this study stand out from past research.

Researchers Prove Results in Living Animals

The team put these new cells into mice that had diabetes to see how they worked in a live body. Those mice slowly got back the ability to manage their own blood sugar regulation after the transplant. Scientists placed the cells in the front part of the eye so they could watch them without deep surgery. That spot lets researchers see the cells clearly and check their progress without cutting into organs. It also lowers the risk for the animal and makes the whole process easier to track over time.

The mice getting better is strong early proof that the cells work the way scientists hoped they would. Improved method for creating insulin-producing cells like these could one day cut the need for daily insulin shots. The mice did not reject the cells right away, which shows good early signs of the body accepting them. These results give researchers a solid reason to think about testing the cells in humans one day.

Regenerative Medicine Gets a Real Push Forward

The field of regenerative medicine needs a way to grow large amounts of good cells before it can help patients. Old methods made too many weak or unfinished cells, which hurt the overall results in tests. This new process makes more useful cells per batch than any older method published so far. More good cells in each batch means better and steadier results when scientists move to the next step.

For people dealing with type 1 diabetes treatment every single day, this news gives real hope for change. Pancreatic beta cells that the immune system kills do not come back on their own with any current drug. A steady supply of lab-grown cells that work like real ones could change how doctors treat this disease. Improved method for creating insulin-producing cells could also help researchers working on other forms of diabetes. Scientists will keep working on the process before they try it on human patients.

The Path Toward Insulin Independence

Many researchers in this field want to help patients reach full insulin independence without daily injections. To get there, the new cells need to last a long time, read glucose levels well, and avoid immune attacks. This study shows the cells can do the first two things better than any past work has shown. The immune system question is still open and needs more work before doctors can use this in people.

An improved method for creating insulin-producing cells is a real move forward in solving that problem step by step. Karolinska Institutet and KTH have created a base that other science teams around the world can now use. For the many millions of people who manage type 1 diabetes each day, this kind of news matters a lot. Pancreatic beta cells grown in a lab now act more like real body cells than they ever did before. What comes next will show how fast this work can turn into real help for real patients.

By Adnan Al-Jaziri
4 min read

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