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1000 results for “dev_ric”
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Лучший код занял второе место: разбираем финал Dev-to-Dev хакатона и ищем границы агентной инженерии
В финале хакатона Dev-to-Dev: Agentic Engineering Challenge на втором месте оказался самый качественно написанный проект соревнования. 65 тестов, типы, защита от path traversal, Docker с non-root user, архитектура, в которой видно инженера, а не участника хакатона. И именно поэтому он не победил. Победителем стал не самый чистый код и не самая смелая архитектура. Это решение точнее всех попало в то, что мы пытались измерить — agentic engineering. Термин, которому едва пара лет, и в который каждая команда пока вкладывает что-то своё. Ниже разбираем 10 финалистов хакатона: что они построили, где заработали баллы и где их потеряли, какие архитектурные ставки сработали — и почему «писать хороший код» и «строить агентные системы» в 2026 году превратились в разные навыки.
https://habr.com/ru/articles/1034362/
#искусственный_интеллект #агентное_программирование #ииагенты #python #mcp #mcpserver #fastmcp #agentic_engineering #docker #claudemd
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Лучший код занял второе место: разбираем финал Dev-to-Dev хакатона и ищем границы агентной инженерии
В финале хакатона Dev-to-Dev: Agentic Engineering Challenge на втором месте оказался самый качественно написанный проект соревнования. 65 тестов, типы, защита от path traversal, Docker с non-root user, архитектура, в которой видно инженера, а не участника хакатона. И именно поэтому он не победил. Победителем стал не самый чистый код и не самая смелая архитектура. Это решение точнее всех попало в то, что мы пытались измерить — agentic engineering. Термин, которому едва пара лет, и в который каждая команда пока вкладывает что-то своё. Ниже разбираем 10 финалистов хакатона: что они построили, где заработали баллы и где их потеряли, какие архитектурные ставки сработали — и почему «писать хороший код» и «строить агентные системы» в 2026 году превратились в разные навыки.
https://habr.com/ru/articles/1034362/
#искусственный_интеллект #агентное_программирование #ииагенты #python #mcp #mcpserver #fastmcp #agentic_engineering #docker #claudemd
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Лучший код занял второе место: разбираем финал Dev-to-Dev хакатона и ищем границы агентной инженерии
В финале хакатона Dev-to-Dev: Agentic Engineering Challenge на втором месте оказался самый качественно написанный проект соревнования. 65 тестов, типы, защита от path traversal, Docker с non-root user, архитектура, в которой видно инженера, а не участника хакатона. И именно поэтому он не победил. Победителем стал не самый чистый код и не самая смелая архитектура. Это решение точнее всех попало в то, что мы пытались измерить — agentic engineering. Термин, которому едва пара лет, и в который каждая команда пока вкладывает что-то своё. Ниже разбираем 10 финалистов хакатона: что они построили, где заработали баллы и где их потеряли, какие архитектурные ставки сработали — и почему «писать хороший код» и «строить агентные системы» в 2026 году превратились в разные навыки.
https://habr.com/ru/articles/1034362/
#искусственный_интеллект #агентное_программирование #ииагенты #python #mcp #mcpserver #fastmcp #agentic_engineering #docker #claudemd
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Azure Resource Manager MCP Server: gestire l’infrastruttura Azure con gli agenti AI
Microsoft ha rilasciato in preview pubblica l'Azure Resource Manager MCP Server: un server MCP remoto che dà agli agenti AI accesso diretto alle operazioni ARM, dalle query su Resource Graph al deployment di template.https://spcnet.it/azure-resource-manager-mcp-server-gestire-linfrastruttura-azure-con-gli-agenti-ai/
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Azure Resource Manager MCP Server: gestire l’infrastruttura Azure con gli agenti AI
Microsoft ha rilasciato in preview pubblica l'Azure Resource Manager MCP Server: un server MCP remoto che dà agli agenti AI accesso diretto alle operazioni ARM, dalle query su Resource Graph al deployment di template.https://spcnet.it/azure-resource-manager-mcp-server-gestire-linfrastruttura-azure-con-gli-agenti-ai/
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Azure Resource Manager MCP Server: gestire l’infrastruttura Azure con gli agenti AI
Microsoft ha rilasciato in preview pubblica l'Azure Resource Manager MCP Server: un server MCP remoto che dà agli agenti AI accesso diretto alle operazioni ARM, dalle query su Resource Graph al deployment di template.https://spcnet.it/azure-resource-manager-mcp-server-gestire-linfrastruttura-azure-con-gli-agenti-ai/
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Azure Resource Manager MCP Server: gestire l’infrastruttura Azure con gli agenti AI
Microsoft ha rilasciato in preview pubblica l'Azure Resource Manager MCP Server: un server MCP remoto che dà agli agenti AI accesso diretto alle operazioni ARM, dalle query su Resource Graph al deployment di template.https://spcnet.it/azure-resource-manager-mcp-server-gestire-linfrastruttura-azure-con-gli-agenti-ai/
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Azure Resource Manager MCP Server: gestire l’infrastruttura Azure con gli agenti AI
Microsoft ha rilasciato in preview pubblica l'Azure Resource Manager MCP Server: un server MCP remoto che dà agli agenti AI accesso diretto alle operazioni ARM, dalle query su Resource Graph al deployment di template.https://spcnet.it/azure-resource-manager-mcp-server-gestire-linfrastruttura-azure-con-gli-agenti-ai/
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Costruire un MCP Server in C#: agenti AI con contesto reale usando il Model Context Protocol
Il Model Context Protocol (MCP) è lo standard aperto per collegare agenti AI a dati e strumenti personalizzati. Vediamo come costruire un MCP Server in C# con l'SDK ufficiale, esporre tool personalizzati e integrarli con GitHub Copilot in modalità agente. -
Costruire un MCP Server in C#: agenti AI con contesto reale usando il Model Context Protocol
Il Model Context Protocol (MCP) è lo standard aperto per collegare agenti AI a dati e strumenti personalizzati. Vediamo come costruire un MCP Server in C# con l'SDK ufficiale, esporre tool personalizzati e integrarli con GitHub Copilot in modalità agente. -
When two Hetzner servers died at the same time
On May 12, 2026, two of my Arch Linux + LUKS servers at Hetzner became unreachable at the same moment. Both had been running for 4+ months without issue. Both had received the same
pacman -Syyuthe day before, but had stayed on the old kernel until the morning the websites stopped responding. I rebooted — SSH never came back.nmap -Pn -p 22showedfilteredfrom anywhere. No ping. No banner. The Hetzner Robot panel insisted the hardware was fine.Several hours went into hypotheses that turned out to be wrong:
- The
encryptsshinitcpio hook referencing a/usr/lib/initcpio/udev/11-dm-initramfs.rulesfile that no longer exists. Real bug, no boot impact — the initramfs rebuilds anyway. PermitRootLogin noinsshd_config. Real misconfiguration, fixed it, didn’t help. A refusing sshd showsclosed, notfiltered.- Predictable interface-naming drift after the systemd 260 upgrade. Patched the
.networkconfig to match by MAC. Useful hardening; not the cause. - Stale GRUB stage1 +
core.imgin the MBR. Arch never re-runsgrub-installafter agrubpackage upgrade. Refreshed it. Still filtered. - Kernel 7.0.5 regression. Downgraded to 6.18.3, the kernel that had run for 4 months. Still filtered. So the kernel itself wasn’t it either.
The clue was in the persistent journal: a single recorded boot from December 31 to May 12 10:13 UTC, and absolutely nothing after. Every reboot since the upgrade was failing before
systemd-journaldcould flush to disk — so the failure had to be in the initramfs, before the root filesystem was even mounted.What it almost certainly was
Hetzner Dedicated servers configure the initramfs network with
ip=dhcpon the kernel command line. That depends on Hetzner’s DHCP server replying to whatever request format the current kernel sends. Somewhere between kernel 6.18 / iproute2 6.18 and kernel 7.0 / iproute2 7.0, the request format changed enough that Hetzner’s DHCP stopped responding. Effects:- Old kernel at runtime kept the interface already configured (Phase A — 32 hours of healthy operation after the package upgrade).
- New kernel cold-boots, hits DHCP, never gets an IP, dropbear cannot listen, port 22 stays
filtered.
Hetzner’s own documentation has been quietly moving away from
ip=dhcptoward static IPv4 in the kernel command line. The fix is exactly that:GRUB_CMDLINE_LINUX="cryptdevice=/dev/md1:cryptroot ip=A.B.C.D::GATEWAY:255.255.255.255:hostname:eth0:none"One line in
/etc/default/grub,grub-mkconfig, reboot. No more dependency on Hetzner’s DHCP responding to whatever your current kernel sends.Why it matters for anyone running this stack
If you run Arch on Hetzner Dedicated with full-disk encryption and remote unlock via dropbear, the
ip=dhcpshipped byinstallimageis a latent bug. It can keep working for years and then break overnight, on every machine you have, after a routinepacman -Syyu. The static-IP version is what Hetzner now recommends and removes the entire dependency.Tooling
While debugging, I turned the whole rescue / chroot / diagnose / fix workflow into a Python CLI (
hal) — includinghal fix static-ip, which derives the static cmdline directly from your existingsystemd-networkd.networkfile:→ github.com/kevinveenbirkenbach/hetzner-arch-luks
Single command, idempotent, reversible (the original
#ArchLinux #bootFailure #debugging #DevOps #DHCP #Dropbear #fullDiskEncryption #GRUB #Hetzner #initramfs #kernelUpgrade #Linux #LUKS #mkinitcpio #pacman #postmortem #PythonCLI #serverOutage #sysadmin #systemdNetworkd/etc/default/grubis backed up to.hal-backup). If you’re on this stack, switch to static IP before the next kernel upgrade catches you. - The
-
When two Hetzner servers died at the same time
On May 12, 2026, two of my Arch Linux + LUKS servers at Hetzner became unreachable at the same moment. Both had been running for 4+ months without issue. Both had received the same
pacman -Syyuthe day before, but had stayed on the old kernel until the morning the websites stopped responding. I rebooted — SSH never came back.nmap -Pn -p 22showedfilteredfrom anywhere. No ping. No banner. The Hetzner Robot panel insisted the hardware was fine.Several hours went into hypotheses that turned out to be wrong:
- The
encryptsshinitcpio hook referencing a/usr/lib/initcpio/udev/11-dm-initramfs.rulesfile that no longer exists. Real bug, no boot impact — the initramfs rebuilds anyway. PermitRootLogin noinsshd_config. Real misconfiguration, fixed it, didn’t help. A refusing sshd showsclosed, notfiltered.- Predictable interface-naming drift after the systemd 260 upgrade. Patched the
.networkconfig to match by MAC. Useful hardening; not the cause. - Stale GRUB stage1 +
core.imgin the MBR. Arch never re-runsgrub-installafter agrubpackage upgrade. Refreshed it. Still filtered. - Kernel 7.0.5 regression. Downgraded to 6.18.3, the kernel that had run for 4 months. Still filtered. So the kernel itself wasn’t it either.
The clue was in the persistent journal: a single recorded boot from December 31 to May 12 10:13 UTC, and absolutely nothing after. Every reboot since the upgrade was failing before
systemd-journaldcould flush to disk — so the failure had to be in the initramfs, before the root filesystem was even mounted.What it almost certainly was
Hetzner Dedicated servers configure the initramfs network with
ip=dhcpon the kernel command line. That depends on Hetzner’s DHCP server replying to whatever request format the current kernel sends. Somewhere between kernel 6.18 / iproute2 6.18 and kernel 7.0 / iproute2 7.0, the request format changed enough that Hetzner’s DHCP stopped responding. Effects:- Old kernel at runtime kept the interface already configured (Phase A — 32 hours of healthy operation after the package upgrade).
- New kernel cold-boots, hits DHCP, never gets an IP, dropbear cannot listen, port 22 stays
filtered.
Hetzner’s own documentation has been quietly moving away from
ip=dhcptoward static IPv4 in the kernel command line. The fix is exactly that:GRUB_CMDLINE_LINUX="cryptdevice=/dev/md1:cryptroot ip=A.B.C.D::GATEWAY:255.255.255.255:hostname:eth0:none"One line in
/etc/default/grub,grub-mkconfig, reboot. No more dependency on Hetzner’s DHCP responding to whatever your current kernel sends.Why it matters for anyone running this stack
If you run Arch on Hetzner Dedicated with full-disk encryption and remote unlock via dropbear, the
ip=dhcpshipped byinstallimageis a latent bug. It can keep working for years and then break overnight, on every machine you have, after a routinepacman -Syyu. The static-IP version is what Hetzner now recommends and removes the entire dependency.Tooling
While debugging, I turned the whole rescue / chroot / diagnose / fix workflow into a Python CLI (
hal) — includinghal fix static-ip, which derives the static cmdline directly from your existingsystemd-networkd.networkfile:→ github.com/kevinveenbirkenbach/hetzner-arch-luks
Single command, idempotent, reversible (the original
#ArchLinux #bootFailure #debugging #DevOps #DHCP #Dropbear #fullDiskEncryption #GRUB #Hetzner #initramfs #kernelUpgrade #Linux #LUKS #mkinitcpio #pacman #postmortem #PythonCLI #serverOutage #sysadmin #systemdNetworkd/etc/default/grubis backed up to.hal-backup). If you’re on this stack, switch to static IP before the next kernel upgrade catches you. - The
-
When two Hetzner servers died at the same time
On May 12, 2026, two of my Arch Linux + LUKS servers at Hetzner became unreachable at the same moment. Both had been running for 4+ months without issue. Both had received the same
pacman -Syyuthe day before, but had stayed on the old kernel until the morning the websites stopped responding. I rebooted — SSH never came back.nmap -Pn -p 22showedfilteredfrom anywhere. No ping. No banner. The Hetzner Robot panel insisted the hardware was fine.Several hours went into hypotheses that turned out to be wrong:
- The
encryptsshinitcpio hook referencing a/usr/lib/initcpio/udev/11-dm-initramfs.rulesfile that no longer exists. Real bug, no boot impact — the initramfs rebuilds anyway. PermitRootLogin noinsshd_config. Real misconfiguration, fixed it, didn’t help. A refusing sshd showsclosed, notfiltered.- Predictable interface-naming drift after the systemd 260 upgrade. Patched the
.networkconfig to match by MAC. Useful hardening; not the cause. - Stale GRUB stage1 +
core.imgin the MBR. Arch never re-runsgrub-installafter agrubpackage upgrade. Refreshed it. Still filtered. - Kernel 7.0.5 regression. Downgraded to 6.18.3, the kernel that had run for 4 months. Still filtered. So the kernel itself wasn’t it either.
The clue was in the persistent journal: a single recorded boot from December 31 to May 12 10:13 UTC, and absolutely nothing after. Every reboot since the upgrade was failing before
systemd-journaldcould flush to disk — so the failure had to be in the initramfs, before the root filesystem was even mounted.What it almost certainly was
Hetzner Dedicated servers configure the initramfs network with
ip=dhcpon the kernel command line. That depends on Hetzner’s DHCP server replying to whatever request format the current kernel sends. Somewhere between kernel 6.18 / iproute2 6.18 and kernel 7.0 / iproute2 7.0, the request format changed enough that Hetzner’s DHCP stopped responding. Effects:- Old kernel at runtime kept the interface already configured (Phase A — 32 hours of healthy operation after the package upgrade).
- New kernel cold-boots, hits DHCP, never gets an IP, dropbear cannot listen, port 22 stays
filtered.
Hetzner’s own documentation has been quietly moving away from
ip=dhcptoward static IPv4 in the kernel command line. The fix is exactly that:GRUB_CMDLINE_LINUX="cryptdevice=/dev/md1:cryptroot ip=A.B.C.D::GATEWAY:255.255.255.255:hostname:eth0:none"One line in
/etc/default/grub,grub-mkconfig, reboot. No more dependency on Hetzner’s DHCP responding to whatever your current kernel sends.Why it matters for anyone running this stack
If you run Arch on Hetzner Dedicated with full-disk encryption and remote unlock via dropbear, the
ip=dhcpshipped byinstallimageis a latent bug. It can keep working for years and then break overnight, on every machine you have, after a routinepacman -Syyu. The static-IP version is what Hetzner now recommends and removes the entire dependency.Tooling
While debugging, I turned the whole rescue / chroot / diagnose / fix workflow into a Python CLI (
hal) — includinghal fix static-ip, which derives the static cmdline directly from your existingsystemd-networkd.networkfile:→ github.com/kevinveenbirkenbach/hetzner-arch-luks
Single command, idempotent, reversible (the original
#ArchLinux #bootFailure #debugging #DevOps #DHCP #Dropbear #fullDiskEncryption #GRUB #Hetzner #initramfs #kernelUpgrade #Linux #LUKS #mkinitcpio #pacman #postmortem #PythonCLI #serverOutage #sysadmin #systemdNetworkd/etc/default/grubis backed up to.hal-backup). If you’re on this stack, switch to static IP before the next kernel upgrade catches you. - The
-
When two Hetzner servers died at the same time
On May 12, 2026, two of my Arch Linux + LUKS servers at Hetzner became unreachable at the same moment. Both had been running for 4+ months without issue. Both had received the same
pacman -Syyuthe day before, but had stayed on the old kernel until the morning the websites stopped responding. I rebooted — SSH never came back.nmap -Pn -p 22showedfilteredfrom anywhere. No ping. No banner. The Hetzner Robot panel insisted the hardware was fine.Several hours went into hypotheses that turned out to be wrong:
- The
encryptsshinitcpio hook referencing a/usr/lib/initcpio/udev/11-dm-initramfs.rulesfile that no longer exists. Real bug, no boot impact — the initramfs rebuilds anyway. PermitRootLogin noinsshd_config. Real misconfiguration, fixed it, didn’t help. A refusing sshd showsclosed, notfiltered.- Predictable interface-naming drift after the systemd 260 upgrade. Patched the
.networkconfig to match by MAC. Useful hardening; not the cause. - Stale GRUB stage1 +
core.imgin the MBR. Arch never re-runsgrub-installafter agrubpackage upgrade. Refreshed it. Still filtered. - Kernel 7.0.5 regression. Downgraded to 6.18.3, the kernel that had run for 4 months. Still filtered. So the kernel itself wasn’t it either.
The clue was in the persistent journal: a single recorded boot from December 31 to May 12 10:13 UTC, and absolutely nothing after. Every reboot since the upgrade was failing before
systemd-journaldcould flush to disk — so the failure had to be in the initramfs, before the root filesystem was even mounted.What it almost certainly was
Hetzner Dedicated servers configure the initramfs network with
ip=dhcpon the kernel command line. That depends on Hetzner’s DHCP server replying to whatever request format the current kernel sends. Somewhere between kernel 6.18 / iproute2 6.18 and kernel 7.0 / iproute2 7.0, the request format changed enough that Hetzner’s DHCP stopped responding. Effects:- Old kernel at runtime kept the interface already configured (Phase A — 32 hours of healthy operation after the package upgrade).
- New kernel cold-boots, hits DHCP, never gets an IP, dropbear cannot listen, port 22 stays
filtered.
Hetzner’s own documentation has been quietly moving away from
ip=dhcptoward static IPv4 in the kernel command line. The fix is exactly that:GRUB_CMDLINE_LINUX="cryptdevice=/dev/md1:cryptroot ip=A.B.C.D::GATEWAY:255.255.255.255:hostname:eth0:none"One line in
/etc/default/grub,grub-mkconfig, reboot. No more dependency on Hetzner’s DHCP responding to whatever your current kernel sends.Why it matters for anyone running this stack
If you run Arch on Hetzner Dedicated with full-disk encryption and remote unlock via dropbear, the
ip=dhcpshipped byinstallimageis a latent bug. It can keep working for years and then break overnight, on every machine you have, after a routinepacman -Syyu. The static-IP version is what Hetzner now recommends and removes the entire dependency.Tooling
While debugging, I turned the whole rescue / chroot / diagnose / fix workflow into a Python CLI (
hal) — includinghal fix static-ip, which derives the static cmdline directly from your existingsystemd-networkd.networkfile:→ github.com/kevinveenbirkenbach/hetzner-arch-luks
Single command, idempotent, reversible (the original
#ArchLinux #bootFailure #debugging #DevOps #DHCP #Dropbear #fullDiskEncryption #GRUB #Hetzner #initramfs #kernelUpgrade #Linux #LUKS #mkinitcpio #pacman #postmortem #PythonCLI #serverOutage #sysadmin #systemdNetworkd/etc/default/grubis backed up to.hal-backup). If you’re on this stack, switch to static IP before the next kernel upgrade catches you. - The
-
When two Hetzner servers died at the same time
On May 12, 2026, two of my Arch Linux + LUKS servers at Hetzner became unreachable at the same moment. Both had been running for 4+ months without issue. Both had received the same
pacman -Syyuthe day before, but had stayed on the old kernel until the morning the websites stopped responding. I rebooted — SSH never came back.nmap -Pn -p 22showedfilteredfrom anywhere. No ping. No banner. The Hetzner Robot panel insisted the hardware was fine.Several hours went into hypotheses that turned out to be wrong:
- The
encryptsshinitcpio hook referencing a/usr/lib/initcpio/udev/11-dm-initramfs.rulesfile that no longer exists. Real bug, no boot impact — the initramfs rebuilds anyway. PermitRootLogin noinsshd_config. Real misconfiguration, fixed it, didn’t help. A refusing sshd showsclosed, notfiltered.- Predictable interface-naming drift after the systemd 260 upgrade. Patched the
.networkconfig to match by MAC. Useful hardening; not the cause. - Stale GRUB stage1 +
core.imgin the MBR. Arch never re-runsgrub-installafter agrubpackage upgrade. Refreshed it. Still filtered. - Kernel 7.0.5 regression. Downgraded to 6.18.3, the kernel that had run for 4 months. Still filtered. So the kernel itself wasn’t it either.
The clue was in the persistent journal: a single recorded boot from December 31 to May 12 10:13 UTC, and absolutely nothing after. Every reboot since the upgrade was failing before
systemd-journaldcould flush to disk — so the failure had to be in the initramfs, before the root filesystem was even mounted.What it almost certainly was
Hetzner Dedicated servers configure the initramfs network with
ip=dhcpon the kernel command line. That depends on Hetzner’s DHCP server replying to whatever request format the current kernel sends. Somewhere between kernel 6.18 / iproute2 6.18 and kernel 7.0 / iproute2 7.0, the request format changed enough that Hetzner’s DHCP stopped responding. Effects:- Old kernel at runtime kept the interface already configured (Phase A — 32 hours of healthy operation after the package upgrade).
- New kernel cold-boots, hits DHCP, never gets an IP, dropbear cannot listen, port 22 stays
filtered.
Hetzner’s own documentation has been quietly moving away from
ip=dhcptoward static IPv4 in the kernel command line. The fix is exactly that:GRUB_CMDLINE_LINUX="cryptdevice=/dev/md1:cryptroot ip=A.B.C.D::GATEWAY:255.255.255.255:hostname:eth0:none"One line in
/etc/default/grub,grub-mkconfig, reboot. No more dependency on Hetzner’s DHCP responding to whatever your current kernel sends.Why it matters for anyone running this stack
If you run Arch on Hetzner Dedicated with full-disk encryption and remote unlock via dropbear, the
ip=dhcpshipped byinstallimageis a latent bug. It can keep working for years and then break overnight, on every machine you have, after a routinepacman -Syyu. The static-IP version is what Hetzner now recommends and removes the entire dependency.Tooling
While debugging, I turned the whole rescue / chroot / diagnose / fix workflow into a Python CLI (
hal) — includinghal fix static-ip, which derives the static cmdline directly from your existingsystemd-networkd.networkfile:→ github.com/kevinveenbirkenbach/hetzner-arch-luks
Single command, idempotent, reversible (the original
#ArchLinux #bootFailure #debugging #DevOps #DHCP #Dropbear #fullDiskEncryption #GRUB #Hetzner #initramfs #kernelUpgrade #Linux #LUKS #mkinitcpio #pacman #postmortem #PythonCLI #serverOutage #sysadmin #systemdNetworkd/etc/default/grubis backed up to.hal-backup). If you’re on this stack, switch to static IP before the next kernel upgrade catches you. - The
-
We’re excited to share that pgEdge is now a Silver Member of the Agentic AI Foundation!
Joining this forward-thinking community reinforces our commitment to advancing responsible, open, and collaborative standards in agentic AI. Together with innovators across the industry, we’re helping shape the future of AI that’s safe, transparent, and impactful.
Read more in the press release https://aaif.io/press/agentic-ai-foundation-welcomes-97-new-members-as-demand-for-open-collaborative-agent-standardization-increases/
#AgenticAI #OpenSourceAI #AIEngineering #AI #LLM #AIOps #LLMOps #ML #DevCommunity #Dev
-
We’re excited to share that pgEdge is now a Silver Member of the Agentic AI Foundation!
Joining this forward-thinking community reinforces our commitment to advancing responsible, open, and collaborative standards in agentic AI. Together with innovators across the industry, we’re helping shape the future of AI that’s safe, transparent, and impactful.
Read more in the press release https://aaif.io/press/agentic-ai-foundation-welcomes-97-new-members-as-demand-for-open-collaborative-agent-standardization-increases/
#AgenticAI #OpenSourceAI #AIEngineering #AI #LLM #AIOps #LLMOps #ML #DevCommunity #Dev
-
We’re excited to share that pgEdge is now a Silver Member of the Agentic AI Foundation!
Joining this forward-thinking community reinforces our commitment to advancing responsible, open, and collaborative standards in agentic AI. Together with innovators across the industry, we’re helping shape the future of AI that’s safe, transparent, and impactful.
Read more in the press release https://aaif.io/press/agentic-ai-foundation-welcomes-97-new-members-as-demand-for-open-collaborative-agent-standardization-increases/
#AgenticAI #OpenSourceAI #AIEngineering #AI #LLM #AIOps #LLMOps #ML #DevCommunity #Dev
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The first #PostgreSQL #Edinburgh meetup was a success! Did you miss @vyruss delivering RAGTime with Postgres?
His comprehensive slides on learning about AI power with pgvector and Retrieval-Augmented Generation can be found here:
https://vyruss.org/computing/slides/postgresedi_ragtime_with_postgres.pdf
cc @PostgresEDI
#postgres #ai #aiops #llmops #llm #aiengineering #programming #opensource #tech #dev #devcommunity
-
The first #PostgreSQL #Edinburgh meetup was a success! Did you miss @vyruss delivering RAGTime with Postgres?
His comprehensive slides on learning about AI power with pgvector and Retrieval-Augmented Generation can be found here:
https://vyruss.org/computing/slides/postgresedi_ragtime_with_postgres.pdf
cc @PostgresEDI
#postgres #ai #aiops #llmops #llm #aiengineering #programming #opensource #tech #dev #devcommunity
-
The first #PostgreSQL #Edinburgh meetup was a success! Did you miss @vyruss delivering RAGTime with Postgres?
His comprehensive slides on learning about AI power with pgvector and Retrieval-Augmented Generation can be found here:
https://vyruss.org/computing/slides/postgresedi_ragtime_with_postgres.pdf
cc @PostgresEDI
#postgres #ai #aiops #llmops #llm #aiengineering #programming #opensource #tech #dev #devcommunity
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Cursor Cloud Agents + Dev Environments could seriously reshape modern software development.
AI-assisted workflows, cloud-based coding setups, faster onboarding, and automation are becoming the new normal for developers in 2026.
We tested the experience here:
https://primeaicenter.com/cursor-cloud-agents-dev-environments/#CursorAI #AI #Programming #Developers #Coding #DevTools #CloudComputing #TechNews
