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Halloween has always held a special place in our family, marked by a long-standing tradition involving two carved pumpkins meant to ward off evil spirits. In truth, it may have started because of my mother, who is a “Real Witch” (at least, that’s what she’d have you believe), born on Halloween itself! Her influence has certainly kept the spirit alive—quite literally, perhaps.
Growing up in the 80s, pumpkins were a rare sight where I lived. Back then, we didn’t have those big, orange squash that glow so perfectly in the night. Instead, we carved whatever was at hand—turnips and swedes, mostly. If you’ve never hollowed out a turnip, let me tell you, it’s no small feat! They’re tough little things, but my siblings and I would spend hours carving faces into those root vegetables, sticking candles inside, and setting them proudly by the front door.
Fast forward nearly forty years, and here I am, still keeping up the Halloween ritual. Today, pumpkins are plentiful, and I go out of my way each year to get just the right two. Some years I even grow them myself, but I usually end up scouting a local shop or pumpkin patch for just the right pair. Each Halloween, my part is to hollow them out carefully, while Lindsey brings them to life with her carving skills, adding those frightful faces that we hope still ward off whatever might be lurking in the shadows.
One year, about 20 years ago, I was away working and didn’t expect to be home for Halloween. But I managed to get back a bit earlier than planned. As I approached the house, two familiar jack-o’-lanterns glowed in the dark, flickering as if they’d been waiting for me. Lindsey had kept up the tradition, knowing how much it meant, and it was a simple but unforgettable moment that reminded me why these little customs are worth holding onto.
This year, on the night of October 30th, I thought I was all set. I’d bought the pumpkins early, choosing two that seemed perfect. They’d been safely stored in the back of the car, waiting for their transformation into guardians of the doorstep. But as I went to take them out, my heart sank—they were a soggy mess, leaking pumpkin juice all over the back of my “bee-mobile.” Disheartened but determined, I considered scouring the countryside for replacements. But Lindsey, ever practical (and with perhaps a touch of witchy wisdom herself), insisted I stay put. “Don’t go out in the dark!” she warned.
Halloween morning arrived, and the search began. I thought surely Pocklington Sainsbury’s would have some, but after a fruitless search, I moved on to Aldi—again, no pumpkins. Next stop was the Coop, then Browns the Grocers. Still nothing! It was turning into a real Halloween scavenger hunt. With optimism waning, I set out for Tescos in Market Weighton—surely they’d have some. But, no luck. Determined not to give up, I headed for Langlands Garden Centre. And yet, not a pumpkin in sight there, either.
Just as I was starting to think the tradition might be doomed, I remembered a nearby “Pick Your Own” (PYO) pumpkin farm. With renewed hope, I drove over, imagining rows of pumpkins just waiting for a home. But as I neared the entrance, I saw the sign on the gate—CLOSED. Still, something nudged me to check further. The padlock was open, and as I peered in, I saw a trailer and pickup truck in the distance. A man climbed out of the truck, and as I got closer, I recognized him from my days at the allotments years ago.
I approached, and we had a good chat. I learned that he’d owned the PYO farm for years. I told him about my pumpkin predicament and how the ones in my “bee-mobile” had rotted. He nodded knowingly and said, “It’s been a terrible year for pumpkins with all the rain. They’ve been rotting early everywhere. That’s why all the supermarkets had them out so early—suppliers just dumped them on them. Tesco’s has had loads of complaints with people returning rotten pumpkins!”
I told him about my search, and he said he’d just delivered the last trailer load to a local nursery. Everything left in the field was likely rotten, too. But then he smiled and said, “Help yourself for free. If you can find any good ones, they’re yours.” I thanked him, told him I’d be back next year, and set off through the field with renewed determination.
With a bit of luck (and perhaps a touch of magic), I found two pumpkins that were just good enough to carve. As I left, I couldn’t help but feel grateful—and maybe even a bit triumphant. This year’s search had turned out to be a true Halloween tale. So, never give up, and never surrender! Come Halloween night, those two faces would be glowing on our doorstep, keeping the family tradition alive.
And somewhere, my mother is likely cackling in approval.
As a beekeeper, the beginning of each year brings a mix of excitement and uncertainty. However, 2024 tested my patience and optimism like no other. Back in May through July, my outlook was far from positive. With spring weather patterns working against us, the critical early-season crop seemed doomed. It’s no exaggeration to say that by mid-summer, I was feeling quite pessimistic about the year’s honey crop.
Spring is typically when the hives kick into high gear. The bees emerge, eager to forage on early blooms, and begin building reserves that set the foundation for the rest of the year. But 2024 had different plans. The season’s unusually poor weather disrupted the natural cycle – what should have been a time of abundance turned out to be a near-washout. With fewer foraging opportunities and continued unpredictability in the climate, the colonies faced one challenge after another, putting both the bees and myself on high alert.
To add to this challenge, the spring crop didn’t just underperform; it was, frankly, a disaster. Hive after hive struggled to produce the usual bounty, and despite my best efforts to mitigate losses with supplemental feeding, the lack of natural forage meant the colonies could only do so much.
Around mid-summer, just when I thought we might be on track for one of the leanest seasons I’d ever had, the tides began to turn. The weather started to stabilize, and a late surge in blooming forage plants provided a second wind. Watching the bees set out on these fresh foraging runs was a welcome sight, and I noticed a significant improvement in hive activity.
By late July, my pessimism began to soften. The bees’ tenacity had paid off, and we started seeing the hives gradually replenish themselves. While the honey flow wasn’t as fast or plentiful as in previous years, the resilience of the colonies brought in a decent summer crop. With careful management and a bit of luck, I found myself – despite my early doubts – with honey stores that could just meet demand.
Now, with the final supers – or “honey boxes” – extracted and the honey filtered, they’re stacked neatly in the honey warming cabinets, ready for jarring. But before the first jar can even be labeled, there’s a massive clean-up ahead. If you’ve never experienced it, imagine honey practically everywhere – likely even in my ears! Every surface in the processing area needs a thorough washdown, and then each sticky super needs to be wrapped, racked, and palletized for safe storage until next season.
With the last of the honey tucked away, the work continues with inventory checks and restocking in the bee shed. Final orders are placed with distributors for fresh frames and wax foundations, and I get down to building frames for the next season. And if time allows, I’ll even try my hand at some candle making from the leftover beeswax – a favorite winter project.
Looking back on the 2024 season, I’m reminded of the resilience and adaptability beekeeping demands. Despite the disappointment of a failed spring crop, this honey season taught me to trust in the bees’ ability to bounce back and adapt to changing conditions. Beekeeping is as much about partnership with nature as it is about hard work and preparation.
So, as I prepare to winterize the hives and reflect on the season, I do so with gratitude – both for the bees’ resilience and the loyal customers who support this journey, year after year. It was a season of twists and turns, but ultimately, one that ended on a much sweeter note than I could have predicted back in those challenging spring months.
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The late-night lab sessions often lead to unexpected discoveries. As Halloween approaches, this one, in particular, unfolds a surprise with an essential update buzz across IT channels—the latest VMware updates address critical vulnerabilities.
Picture this: I was about to wrap up my day. Then, an email popped up out of nowhere. It was from Broadcom, announcing some groundbreaking VMware updates. Truly surprising!
On October 21, 2024, Broadcom unveiled a host of updates for VMware vSphere. A pleasant shock, indeed. These updates included version 8.0 update 3D and 8.0 update 2E. But why was this so crucial? Let’s dive in.
Among the updates came an urgent patch for a sweeping vulnerability, marked as CVE-2024-38812. With a severity rating of 9.8, this wasn’t something to ignore. “The severity of this issue cannot be overstated, with a 9.8 rating it’s essential to act immediately,” they urged. I’d say they weren’t wrong. Such a high rating signals a potential headache for anyone in IT.
Why are these updates vital? Simply put, each new version brings patches and new features. They keep the tech ecosystem healthy. Ignoring them could be like letting a small leak sink your ship. Not great, right?
Broadcom released this update amid an ocean of tech chaos. Perhaps you wonder, “Why the rush?” Well, when vulnerabilities emerge, quick fixes become the lifeblood of technology.
Email? It’s not just a communication tool. Sometimes, it brings lifesavers to developers and tech professionals. It’s about staying informed, staying connected. A critical update saves headaches down the line.
So, what’s next? Stay updated. Trust the process. Sometimes, these unexpected updates are precisely what we need to stay afloat in a sea of technology. Makes you think, doesn’t it?
I find myself back in the lab, just as night falls. It’s trimmed up for Halloween, with a touch of spooky charm. The ambience? Perfect for an evening of tinkering. The plan? Prep for Halloween-themed updates, though surprises don’t always align with intentions. Why bother setting the scene? Well, upgrades might as well be fun while they last.
An email caught my eye just as I was getting ready to clock off. Broadcom and VMware had released an update. The task? Transitioning from VMware 8.03B to 8.03D. Changes like these can sound overwhelming. But that’s the joy of a hands-on approach—simulating potential production issues before they even arise.
Why are these updates so critical? Let’s break it down. Consider the complexities involved. It’s not just about new features; it’s about security and efficiency. Critical vulnerabilities need addressing right away. The kind that lurk beneath the surface, waiting to disrupt. Imagine trying to patch a leaking boat mid-ocean. Sounds daunting, right?
“Our lab experiments are essential for preparing updates that will eventually go live.”
Tonight, we dive into a serious server vulnerability with a severity rating of 9.8—almost off the scale! This simulation isn’t just for fun; it’s practical and essential. It’s solving puzzles with pieces you might not see but definitely feel in real operations.
From transitioning VMware VC V server updates to discovering hidden threats, this is more than an update—it’s a rehearsal. A critical one. Each click, each keystroke, prepares us for the real world outside the lab. When risks show up, we’re ready to tackle them head-on.
In tonight’s run-through, we’re upgrading using that trusty reduced downtime function. Knowledge gained here goes beyond the lab; it becomes the script we rely on when the stakes are high. And you? You get to see firsthand how this story unfolds.
In the complex world of cybersecurity, vulnerabilities can often feel like ominous shadows lurking around our tech spaces. You might wonder: What makes them so critical? Let’s pull back the curtain on these vulnerabilities and see what lies beneath.
First things first, understanding vulnerability ratings can be a bit like learning a new language. Each vulnerability is rated on a scale, typically from 0 to 10, to indicate its severity. A higher score means a more serious threat. Ever heard of the Common Vulnerabilities and Exposures (CVE) system? It’s like a database of vulnerabilities, where each issue gets its own ID. This system plays a crucial role in how we prioritize fixing these flaws.
Recently, a particular vulnerability, CVE-2024-38812, has caught the cybersecurity world’s attention. It’s like the new kid on the block that’s totally not cool. But in this case, it’s a big deal. Affecting vCenter servers, it results in a heap overflow issue, essentially an overflow of data that can corrupt your programs. This isn’t just about minor glitches. Imagine a pot so full it spills over every time you add a little more. This particular problem has a severity rating of 9.8, which is dangerously close to the top of the scale.
Why should we care about getting these fixes out quickly? Glad you asked! Let’s put it this way: *Security patches are not just options; they’re necessities to keep our systems safe.* Without prompt attention, vulnerabilities like CVE-2024-38812 can lead to significant data breaches.
In this dance of technology, companies like Broadcom play a vital role by releasing updates that address these vulnerabilities. They guide us towards the fixes we need, turning chaos into order. Preventive strategies become our shields. Consider regular software updates, risk assessments, and employee training as part of our daily routine. It’s kinda like brushing your teeth—doing it regularly keeps the problems at bay.
Staying ahead in the cybersecurity game means we need to be proactive, aware, and ready to tackle any threat head-on. Are we prepared to confront our system’s invisible dangers? Let’s ensure we’re not just reactive but also proactive in safeguarding our digital environments.
Change in IT systems can be daunting. We all know that small glitches sometimes amount to massive work disruptions. Enter the Reduced Downtime Upgrade (RDU). Ever heard of it? If not, don’t worry! I’ll walk you through it. By using RDU, we significantly trim down disruptions. Traditional upgrades could take plenty of time—imagine losing nearly an hour waiting. With RDU, that’s cut down to merely 10-15 minutes! Isn’t that incredible?
At its core, RDU is a streamlined process for transitioning VMware versions. How does it work? Picture setting up a new home while ensuring the old one remains fully functional. You prep the new place, then smoothly move in, causing minimal interruption in your daily routine. Easy, right?
These steps ensure a smooth and efficient transition, significantly lowering the risk of serious disruptions.
“RDU is a game-changer for those looking to minimize service interruptions.”
Time is money. With RDU, IT teams focus less on limitations and more on innovation. Picture needing to upgrade during a critical business hour. Traditional methods? You’d be biting your nails, hoping it finishes on time. But with RDU, you can relax as it operates swiftly, causing less operational disturbance.
The real-life impact is noteworthy. It boosts efficiency and ensures continuity. Have you ever dreamt of an upgrade turning stress-free while sipping coffee? Well, with RDU, dreams turn into reality, fast!
Why is staying ahead so crucial in the tech world? Well, imagine you’re in a race. Not just any race, but a continuous, ever-challenging sprint against new vulnerabilities. Here’s where proactive updates come into play. They aren’t just about shiny new features. They’re about keeping your systems secure and efficient.
Labs, those safe, experimental havens, allow us to try out new updates without the risk of crashing a live system. Have you ever wondered why we do this in a controlled environment? It’s like testing a new recipe with a small batch before serving it to hungry guests. We get to see what works, what doesn’t, and adjust accordingly.
Technical updates can be staged beforehand, much like rehearsing for a big performance. This foresight provides the buffer needed to tackle any unexpected issues, ensuring we’re ready for when the critical moment arrives.
“In the race against vulnerabilities, staying updated is your best defense.”
Now, let’s talk about upgrades. They’re often seen as nuisances—who wants to deal with them, right? But think of upgrades as more than simple enhancements. They’re like shields, protecting us from the “ghoulies and ghouls” of potential system breaches.
Tech resilience comes from timely upgrades and patches. Picture this resilience as a sturdy ship braving unpredictable seas. Without these necessary updates, the ship would be at the mercy of the storm, vulnerable and exposed.
We’ve seen it time and again: proactive measures lead to substantial savings in terms of costs and security. Think of it as paying a little upfront versus a mountain of expenses later due to technical debt. This practice mitigates risks and ensures that operations continue smoothly.
So, what’s the final takeaway here? IT professionals should always prioritize updates. Not only do these updates keep us competitive, but they also safeguard our infrastructures from becoming outdated husks, vulnerable to the very threats we’re trying to combat.
We should embrace this mindset, understanding it’s not just about keeping up. It’s about staying ahead, ready for whatever challenges emerge from the digital horizon.
Topic | Importance |
---|---|
Proactive Updates | Ensures security and efficiency |
Labs | Safe space for testing and experimentation |
Upgrades | Act as safeguards against vulnerabilities |
TL;DR: Explore how late-night wonders in tech labs reveal the importance of timely updates and innovative upgrade techniques in safeguarding IT environments.
The late-night lab sessions often lead to unexpected discoveries. As Halloween approaches, this one, in particular, unfolds a surprise with an essential update buzz across IT channels—the latest VMware updates address critical vulnerabilities.
Picture this: I was about to wrap up my day. Then, an email popped up out of nowhere. It was from Broadcom, announcing some groundbreaking VMware updates. Truly surprising!
On October 21, 2024, Broadcom unveiled a host of updates for VMware vSphere. A pleasant shock, indeed. These updates included version 8.0 update 3D and 8.0 update 2E. But why was this so crucial? Let’s dive in.
Among the updates came an urgent patch for a sweeping vulnerability, marked as CVE-2024-38812. With a severity rating of 9.8, this wasn’t something to ignore. “The severity of this issue cannot be overstated, with a 9.8 rating it’s essential to act immediately,” they urged. I’d say they weren’t wrong. Such a high rating signals a potential headache for anyone in IT.
Why are these updates vital? Simply put, each new version brings patches and new features. They keep the tech ecosystem healthy. Ignoring them could be like letting a small leak sink your ship. Not great, right?
Broadcom released this update amid an ocean of tech chaos. Perhaps you wonder, “Why the rush?” Well, when vulnerabilities emerge, quick fixes become the lifeblood of technology.
Email? It’s not just a communication tool. Sometimes, it brings lifesavers to developers and tech professionals. It’s about staying informed, staying connected. A critical update saves headaches down the line.
So, what’s next? Stay updated. Trust the process. Sometimes, these unexpected updates are precisely what we need to stay afloat in a sea of technology. Makes you think, doesn’t it?
I find myself back in the lab, just as night falls. It’s trimmed up for Halloween, with a touch of spooky charm. The ambience? Perfect for an evening of tinkering. The plan? Prep for Halloween-themed updates, though surprises don’t always align with intentions. Why bother setting the scene? Well, upgrades might as well be fun while they last.
An email caught my eye just as I was getting ready to clock off. Broadcom and VMware had released an update. The task? Transitioning from VMware 8.03B to 8.03D. Changes like these can sound overwhelming. But that’s the joy of a hands-on approach—simulating potential production issues before they even arise.
Why are these updates so critical? Let’s break it down. Consider the complexities involved. It’s not just about new features; it’s about security and efficiency. Critical vulnerabilities need addressing right away. The kind that lurk beneath the surface, waiting to disrupt. Imagine trying to patch a leaking boat mid-ocean. Sounds daunting, right?
“Our lab experiments are essential for preparing updates that will eventually go live.”
Tonight, we dive into a serious server vulnerability with a severity rating of 9.8—almost off the scale! This simulation isn’t just for fun; it’s practical and essential. It’s solving puzzles with pieces you might not see but definitely feel in real operations.
From transitioning VMware VC V server updates to discovering hidden threats, this is more than an update—it’s a rehearsal. A critical one. Each click, each keystroke, prepares us for the real world outside the lab. When risks show up, we’re ready to tackle them head-on.
In tonight’s run-through, we’re upgrading using that trusty reduced downtime function. Knowledge gained here goes beyond the lab; it becomes the script we rely on when the stakes are high. And you? You get to see firsthand how this story unfolds.
In the complex world of cybersecurity, vulnerabilities can often feel like ominous shadows lurking around our tech spaces. You might wonder: What makes them so critical? Let’s pull back the curtain on these vulnerabilities and see what lies beneath.
First things first, understanding vulnerability ratings can be a bit like learning a new language. Each vulnerability is rated on a scale, typically from 0 to 10, to indicate its severity. A higher score means a more serious threat. Ever heard of the Common Vulnerabilities and Exposures (CVE) system? It’s like a database of vulnerabilities, where each issue gets its own ID. This system plays a crucial role in how we prioritize fixing these flaws.
Recently, a particular vulnerability, CVE-2024-38812, has caught the cybersecurity world’s attention. It’s like the new kid on the block that’s totally not cool. But in this case, it’s a big deal. Affecting vCenter servers, it results in a heap overflow issue, essentially an overflow of data that can corrupt your programs. This isn’t just about minor glitches. Imagine a pot so full it spills over every time you add a little more. This particular problem has a severity rating of 9.8, which is dangerously close to the top of the scale.
Why should we care about getting these fixes out quickly? Glad you asked! Let’s put it this way: *Security patches are not just options; they’re necessities to keep our systems safe.* Without prompt attention, vulnerabilities like CVE-2024-38812 can lead to significant data breaches.
In this dance of technology, companies like Broadcom play a vital role by releasing updates that address these vulnerabilities. They guide us towards the fixes we need, turning chaos into order. Preventive strategies become our shields. Consider regular software updates, risk assessments, and employee training as part of our daily routine. It’s kinda like brushing your teeth—doing it regularly keeps the problems at bay.
Staying ahead in the cybersecurity game means we need to be proactive, aware, and ready to tackle any threat head-on. Are we prepared to confront our system’s invisible dangers? Let’s ensure we’re not just reactive but also proactive in safeguarding our digital environments.
Change in IT systems can be daunting. We all know that small glitches sometimes amount to massive work disruptions. Enter the Reduced Downtime Upgrade (RDU). Ever heard of it? If not, don’t worry! I’ll walk you through it. By using RDU, we significantly trim down disruptions. Traditional upgrades could take plenty of time—imagine losing nearly an hour waiting. With RDU, that’s cut down to merely 10-15 minutes! Isn’t that incredible?
At its core, RDU is a streamlined process for transitioning VMware versions. How does it work? Picture setting up a new home while ensuring the old one remains fully functional. You prep the new place, then smoothly move in, causing minimal interruption in your daily routine. Easy, right?
These steps ensure a smooth and efficient transition, significantly lowering the risk of serious disruptions.
“RDU is a game-changer for those looking to minimize service interruptions.”
Time is money. With RDU, IT teams focus less on limitations and more on innovation. Picture needing to upgrade during a critical business hour. Traditional methods? You’d be biting your nails, hoping it finishes on time. But with RDU, you can relax as it operates swiftly, causing less operational disturbance.
The real-life impact is noteworthy. It boosts efficiency and ensures continuity. Have you ever dreamt of an upgrade turning stress-free while sipping coffee? Well, with RDU, dreams turn into reality, fast!
Why is staying ahead so crucial in the tech world? Well, imagine you’re in a race. Not just any race, but a continuous, ever-challenging sprint against new vulnerabilities. Here’s where proactive updates come into play. They aren’t just about shiny new features. They’re about keeping your systems secure and efficient.
Labs, those safe, experimental havens, allow us to try out new updates without the risk of crashing a live system. Have you ever wondered why we do this in a controlled environment? It’s like testing a new recipe with a small batch before serving it to hungry guests. We get to see what works, what doesn’t, and adjust accordingly.
Technical updates can be staged beforehand, much like rehearsing for a big performance. This foresight provides the buffer needed to tackle any unexpected issues, ensuring we’re ready for when the critical moment arrives.
“In the race against vulnerabilities, staying updated is your best defense.”
Now, let’s talk about upgrades. They’re often seen as nuisances—who wants to deal with them, right? But think of upgrades as more than simple enhancements. They’re like shields, protecting us from the “ghoulies and ghouls” of potential system breaches.
Tech resilience comes from timely upgrades and patches. Picture this resilience as a sturdy ship braving unpredictable seas. Without these necessary updates, the ship would be at the mercy of the storm, vulnerable and exposed.
We’ve seen it time and again: proactive measures lead to substantial savings in terms of costs and security. Think of it as paying a little upfront versus a mountain of expenses later due to technical debt. This practice mitigates risks and ensures that operations continue smoothly.
So, what’s the final takeaway here? IT professionals should always prioritize updates. Not only do these updates keep us competitive, but they also safeguard our infrastructures from becoming outdated husks, vulnerable to the very threats we’re trying to combat.
We should embrace this mindset, understanding it’s not just about keeping up. It’s about staying ahead, ready for whatever challenges emerge from the digital horizon.
Topic | Importance |
---|---|
Proactive Updates | Ensures security and efficiency |
Labs | Safe space for testing and experimentation |
Upgrades | Act as safeguards against vulnerabilities |
TL;DR: Explore how late-night wonders in tech labs reveal the importance of timely updates and innovative upgrade techniques in safeguarding IT environments.
In this video presentation which is part of the Hancock’s VMware Half Hour I will show you HOW NOT TO: Compromise your VMware vSphere Hypervisor ESXi 5.1, 5.5, 6.0, 6.5, 6.7, 7.0, 8.0 by adding to Microsoft Active Directory. I will demonstrate the exposure, and discuss how to avoid it.
In this video demonstration the ESXi servers are ESXi ARM 7.0, but the same functionality has been built into ESXi since 5.1.
On the 29th July 2024, Microsoft discovered a vulnerability in ESXi hypervisors being exploited by several ransomware operators to obtain full administrative permissions on domain-joined ESXi hypervisors.
this publication is here – https://www.microsoft.com/
VMware vExperts – Christian Mohn wrote about it here – VMware vSphere CVE-2024-37085 – A Nothing Burger
and Bob Plankers goes into more detail here – Thoughts on CVE-2024-37085 & VMSA-2024-0013
Please have a read of these publications.
Broadcom have issued updates and fixes to vSphere 7.0 and 8.0, and VCF 4.x and 5.x only. There is no security update for 6.7.
In this video presentation which is part of the Hancock’s VMware Half Hour I will show you HOW TO: Fix Synchronous Exception at 0x00000000XXXXXXX on VMware vSphere Hypervisor 7.0 (ESXi 7.0 ARM) on a Raspberry Pi 4.
It has been well documented that the Raspberry Pi 4 UEFI Firmware Image can cause this fault which renders the UEFI boot image corrupt. See here https://github.com/pftf/RP
The UEFI firmware imaged used in the lab in this video is v1.37, it is debated as too whether this has been fixed in later releases v1.37, some suggest rolling back to v1.33 !
For the sake of continuity I’ve included previous EE Videos and Articles I’ve created here
On the 15 December 2023, VMware by Broadcom released 1.15, Build Number: 22949429 of the VMware vSphere Hypervisor 7.0 ARM Edition
see here – ESXi-Arm Fling 1.15 Refresh
I’ve written previous articles on installing VMware vSphere Hypervisor 7.0 ARM Edition here for your reference
In this video I’m going to show you HOW TO: Update the VMware vSphere Hypervisor 7.0 ARM Edition (ESXi 7.0 ARM edition) from v1.12 Build 7.0.0-1.12.21447677to v1.15 Build 22949429 on a Raspberry Pi 4, the method used is based on this article and video
Part 25: HOW TO: Update VMware ESXi 7.0U2 to ESXi 7.0U2a in 5 easy steps.
Part 17: HOW TO: Update VMware ESXi 7.0U2 to ESXi 7.0U2a in 5 easy steps.
A list of all the articles and videos can be found here on GitHub – CodheadClub/AwesomeResourc
The Sychronous Excepetion at 0x0000000037101434 in the UEFI BOOT Firmware v1.34 is still an issue today, which has not been fixed. These are messages received on Twitter from the Engineers which have worked on ESXi ARM. v1.35 is the latest UEFI firmware available from here
Andrei Warkentin (@WhatAintInside)
“yeah this is a long-standing SD card corruption bug ????… never quite identified, maybe some command needs ti be done on the way out to flush internal card buffers before the loss of power?”
Cyprien Laplace (@cypou)
I think you only need to replace the “RPI_EFI.fd” file from the boot partition. I forgot this bug existed, as all my Pis download the UEFI files using tftp.
(thus no corruption possible, but no change can be saved either)