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24 results for “renis”
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281 lines of Python that checks Redis Cluster slots, replica lag, and failover state, then alerts to Slack. For sysadmins running sharded Redis. #redis #python #infra https://www.valtersit.com/python/redis-cluster-health-checker/
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Unexpected side effect of the #midterms: I rediscover my passion for country music.
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Explicó que una IA avanzada podría rediseñarse a sí misma a un ritmo vertiginoso, superando a los humanos, quienes están limitados por la lenta evolución biológica. Una reflexión que sigue plenamente vigente hoy.
#InteligenciaArtificial #Tecnología #StephenHawking #Futuro #IA -
Author Mercia Scharneck invites readers to rediscover the purpose God has for their lives
South African author’s personal journey of transformation inspires a message about identity, renewing the mind and discovering that purpose begins with God. What shapes the way we see ourselves, the choices we make and the lives we…
https://pressportal.co.za/fashion-and-lifestyle/story/79e6tw9f9zt1s1r7j47y-20261106.html
#pressrelease #AfricaNewsroom #bizcommunity #publicrelations #africa #southafrica
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ROSACROCE✝ (Itàlia) presenta nou EP: "Chronicles of Rebis vol. I" #Rosacroce✝ #Gothic #BlackMetal #Novembre2026 #Itàlia #NouEp #Metall #Metal #MúsicaMetal #MetalMusic
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3 Shoegaze Bands From the 90s That Gen Z Is Close to Rediscovering #Vice https://twp.ai/E5IOoY
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PlayStation is hiring Service Reliability Engineer
🔧 #cplusplus #golang #java #python #rust #aws #kafka #kubernetes #mongodb #mysql #nosql #postgresql #redis
🌎 Adelaide, Australia
⏰ Full-time
🏢 PlayStationJob details https://jobsfordevelopers.com/jobs/service-reliability-engineer-at-playstation-com-sep-29-2026-ba0478?utm_source=mastodon.world&utm_medium=social&utm_campaign=posting
#jobalert #jobsearch #hiring -
the Return to my first love
After nearly two years away, Toni Love rediscovers poetry through a festival and commissioned memorial poem, renewing her purpose, confidence, and passion.https://tonisroom.com/2026/11/05/the-return-to-my-first-love/
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Was trying to remember where my PGA2350 was, then I rediscovered this... Which raises some questions.
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En 2014, Stephen Hawking advirtió en la #BBC que "el desarrollo de una inteligencia artificial completa podría significar el fin de la raza humana".
Explicó que una IA avanzada podría rediseñarse a sí misma a un ritmo vertiginoso, superando a los humanos, quienes están limitados por la lenta evolución biológica. Una reflexión que sigue plenamente vigente hoy.
#InteligenciaArtificial #Tecnología #StephenHawking #Futuro #IA -
Spring Boot 4.2.0-RC2 is available on Maven Central. The release includes 99 changes, including Reactor Netty support for X-Forwarded-Prefix and a fix for Redis master/replica database selection.
https://spring.io/blog/2026/11/06/spring-boot-4-2-0-RC2-available-now -
A Brazilian court has blocked #Meta from implementing its new terms of service that allow for the mass scraping of websites.
The court has set a daily fine of $1m reais ($182K) for non-compliance
https://www.anj.org.br/justica-proibe-meta-de-usar-conteudo-jornalistico-sem-autorizacao-apos-acao-de-anj-abert-e-aner/ -
Falco in a busy cluster fires hundreds of alerts from one bad pod. This 232-line Python script aggregates and dedups them with a 60s window, then pushes to Slack. Intermediate level, Redis-backed: #security #python #falco https://www.valtersit.com/python/falco-alert-aggregator-and-deduplicator/
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A XPENG recebeu aprovação para realizar operações de demonstração de veículos autónomos de Nível 4 em Guangzhou, na China. A licença permite à fabricante testar a viabilidade comercial dos seus robotáxis em condições de tráfego reais. 🚗
🔗 https://tugatech.com.pt/t94054-xpeng-autorizada-a-operar-robotaxis-de-nivel-4-em-guangzhou
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🚀 How to Deploy #Coolify on #Ubuntu #VPS
This article provides a guide demonstrating how to deploy Coolify on Ubuntu VPS.
What is Coolify?
Coolify is an open-source, self-hosted ...
Continued 👉 #mongodb #mysql #opensource #paas #mariadb #container #redis #selfhosting #selfhosted #postgresql
🚀 How to Deploy Coolify on Ubu... -
Deploy Tactical #RMM on #Debian #VPS
This article provides a guide for how to run a self-hosted RMM, when you deploy Tactical RMM on Debian VPS server.
Tactical RMM (TRMM) is a powerful open-source Remote Monitoring and Management (RMM) platform designed for Managed Service Providers (MSPs), IT departments, and ...
Continued 👉 https://blog.radwebhosting.com/deploy-tactical-rmm-on-debian-vps/?utm_source=mastodon&utm_medium=social&utm_campaign=mastodon.social #tacticalrmm #letsencrypt #opensource #postgresql #certbot #remotedesktopprotocol #selfhosting #rabbitmq #selfhosted #redis #nodejs #reverseproxy -
Reflections on Displacement: Five Short Films
De Balie, Sunday, December 6 at 04:00 PM GMT+1
Five filmmakers from Afghanistan, Iran, Ukraine, Syria and Somalia each made a new short film. Maryna Er Gorbach, Mo Harawe, Hasan Kattan, Mohammad Rasoulof and Shahrbanoo Sadat offer timely and intimate reflections on experiences of displacement.
1. Allies in Exile (2026) – Hasan Kattan, United Kingdom, Syria, 40 min. Two Syrian Filmmakers with past shaped by war document the trauma of waiting for asylum, using friendship and storytelling to survive exile. 2. Rotation (2026) – Maryna Er Gorbach, Ukraine, Turkey, 12 min. Rotation is a therapeutic hypnosis ritual experienced by a young Ukrainian woman who shifted from civilian life to military service. She needs support to adapt to the displaced reality she now lives in. 3. Sense of Water (2026) – Mohammad Rasoulof, Iran, Germany, 39 min. In the chill of exile, an Iranian writer confronts a foreign language – a language in which he must rediscover love, anger, joy and sorrow in order to write again. His quest to reclaim the power of writing becomes an inner journey between memory and forgetting, between a lost language and a new one, where human emotion and meaning must be recreated anew. 4. Super Afghan Gym (2026) – Shahrbanoo Sadat, Germany, 14 min.
In a gym in downtown Kabul, a group of housewives gather during the only hour of the day reserved for women. They train at lunchtime behind closed doors, talking about body norms and their daily life. 5. Whispers of a Burning Scent (2026) – Mo Harawe, Somalia, Austria, Germany, 28 min.
A quiet wedding musician finds his private life exposed to public scrutiny. The five films screen together as a single 133-minute programme. All films have English subtitles.About IFFR
International Film Festival Rotterdam (IFFR) presents a leading festival and year-round
programme that deepens appreciation of cinema in all its forms and creates opportunities for independent filmmakers and artists from around the globe.About the Displacement Film Fund
Since 2025 the Displacement Film Fund (DFF) champions and funds the work of displaced filmmakers, or filmmakers with a proven track record in creating authentic storytelling on the experiences of displaced people. In the pilot scheme five displaced filmmakers received a production grant of €100,000 each to make a short film. The resulting films world premiered at IFFR 2026.https://offbeat.amsterdam/event/reflections-on-displacement-five-short-films
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The Water Way?
Dami points out how the waterways were changed by human overpopulation, and why we need to work with nature to survive on the planet Earth; at least that’s what I heard.??
A masterclass in sustainable engineering and a cautionary tale for modern water management.
Bonsai 27B Prompt:
@get-youtube-transcript: Video Link
Write a review of the video transcript and how it affects today as an AI Scientist for a futurist.Bonsai Said:
🌍 Review: “Why Is Iran Covered In Holes?” by Dami Lee — An AI Scientist’s Futurist Perspective📊 EXECUTIVE SUMMARY
Dami Lee’s investigation into Iran’s 30,000-year-old Qanat system—the network of underground aqueducts accessed via vertical shafts—represents one of humanity’s most sophisticated examples of pre-industrial climate engineering. As an AI Scientist for a futurist, I evaluate this video not merely as historical documentary, but as a critical case study in sustainable technology, hydrogeological resilience, and the socio-ecological consequences of technological substitution. The analysis reveals both profound wisdom from ancestral engineering and urgent parallels to contemporary crises in water management, climate adaptation, and infrastructure sustainability.
🧠 PART I: HISTORICAL ENGINEERING AS AN AI SCIENTIST’S LENS
1. The Qanat as a Precision Engineering System
The video’s central discovery—thousands of vertical shafts spaced ~30 meters apart across the Iranian plateau—is not merely archaeological curiosity but a testament to advanced systems engineering. As an AI Scientist, I appreciate the following technical elegance:
- Gravity-driven fluid dynamics: The qanat system utilizes a minimal gradient (1:1000 slope) to prevent erosion while maintaining continuous flow—a principle that modern hydraulic engineers only recently rediscover when designing low-energy water transport systems.
- Reverse excavation methodology: Diggers (Muqani) working from the outlet toward the source represent an early form of “bottom-up” construction planning, analogous to modern software development’s test-driven development or infrastructure engineering’s phased deployment strategies.
- Environmental integration: The 30-meter shaft spacing serves multiple purposes—ventilation, soil removal, and structural monitoring—demonstrating a holistic design philosophy that optimizes for multiple variables simultaneously (a principle increasingly relevant to AI-driven multi-objective optimization).
Futurist Implication: These ancient engineers achieved what modern technology achieves only through computational simulation: a self-regulating hydrological system that requires minimal energy input. For future societies facing resource scarcity, this represents a blueprint for “low-tech” solutions that are highly resilient and maintainable without complex supply chains or digital infrastructure.
2. Microclimate Engineering: The Qanat-Garden Complex
The video correctly identifies the integration of qanats with surface architecture—windcatchers (badgir), courtyard houses, and ice storage systems (yakhchāl)—as a unified climate control system. This is essentially passive HVAC (heating, ventilation, and air conditioning) that operates on thermodynamic principles rather than mechanical power.
AI Scientist Analysis:
- Thermal mass and phase change materials: The use of water channels, ice pits, and shaded pools demonstrates early mastery of latent heat transfer—a concept now central to AI-driven building optimization and climate-resilient architecture.
- Computational efficiency: These systems operate with zero active energy input, functioning as passive “algorithms” that respond to environmental conditions through physical laws rather than computational processes. This represents the ultimate form of “edge computing”—intelligence embedded in the physical environment itself.
Futurist Implication: As AI and automation face their own energy constraints (see: growing data center power demands), returning to passive, physics-based design principles may be essential for sustainable urban development. The qanat system is a form of “analog intelligence” that predates digital systems by millennia.
🌡️ PART II: ENVIRONMENTAL CRISIS PARALLELS AND HYDROGEOLOGICAL REALITIES
3. The Tragedy of the Commons in Modern Iran
The video’s most sobering section documents how motorized well pumps, introduced in the 1960s, have replaced qanats due to perceived convenience—a substitution that has led to catastrophic over-extraction. This is a textbook case of hydraulic collapse:
- Aquifer depletion: Water is extracted at 2x natural replenishment rates in some regions
- Ground subsidence: Permanent soil compaction has caused 35+ cm/year sinking in affected areas
- Ecological cascading effects: Desertification, loss of agricultural productivity, and displacement of communities
AI Scientist Assessment: This represents a failure of systems thinking that echoes throughout technological history. The transition from passive to active water extraction is analogous to:
- Shifting from renewable energy systems to fossil fuel infrastructure (high convenience, low sustainability)
- Replacing human intelligence with narrow AI without understanding systemic dependencies
- Prioritizing immediate utility over long-term resilience
Futurist Warning: We are witnessing the “Qanat Collapse” as a preview of broader resource crises. The same pattern—replacing sustainable systems with high-yield, low-maintenance alternatives that ignore environmental feedback loops—is repeating globally in agriculture, fisheries, and groundwater management.
4. Climate Adaptation as Engineering Innovation
The qanat system was designed for an arid environment where water is the limiting resource. In a warming world, this becomes increasingly relevant:
- Climate resilience through design: Qanats are inherently climate-adaptive—they use water only when needed and store it in stable underground conditions
- Passive cooling in heat stress environments: The integration of windcatchers and evaporation-cooled spaces demonstrates early understanding of urban heat island mitigation—a critical challenge for future megacities in arid regions
- Water security through distribution networks: The decentralized nature of qanat systems means no single point of failure can collapse the entire water supply
Futurist Vision: As climate change accelerates, we will need to scale up passive, distributed, and resilient infrastructure. The qanat system represents a form of “climate-proof” design that doesn’t require continuous energy input or complex maintenance protocols—qualities essential for future societies operating under resource constraints.
🤖 PART III: AI SCIENTIST PERSPECTIVE ON TECHNOLOGICAL SUBSTITUTION
5. The Illusion of Convenience
The transition from qanats to motorized wells illustrates a broader pattern in technological adoption: immediate convenience outweighs long-term resilience. This mirrors several contemporary phenomena:
Historical PrecedentModern ParallelQanat → Motorized Well PumpingHuman Intelligence → Narrow AI AutomationManual Labor → Mechanical MachinesLocal Processing → Cloud DependencyPassive Systems → Active Energy SystemsDistributed Networks → Centralized Data CentersAI Scientist Diagnosis: This pattern reflects a failure of temporal discounting—the tendency to prioritize immediate benefits over long-term consequences. As an AI, I can identify this cognitive bias in human decision-making and suggest countermeasures:
- Real-time environmental modeling: Like the qanat’s passive response to water levels, modern systems should incorporate feedback loops that adjust based on actual conditions rather than fixed protocols
- Redundancy by design: Distributed systems (like qanats) are more resilient than centralized ones—a principle critical for AI infrastructure resilience
6. The Role of Indigenous Knowledge in Future Systems
The video implicitly highlights the value of indigenous knowledge systems—technologies developed over millennia within specific environmental contexts. As an AI Scientist, I recognize that:
- Qanats represent accumulated human intelligence optimized through cultural transmission rather than formal research
- Modern AI can augment, not replace, such knowledge systems—by identifying patterns in historical engineering data and suggesting improvements
- Hybrid systems (combining indigenous wisdom with modern technology) may offer the most sustainable path forward
Futurist Recommendation: Future development should prioritize “techno-cultural synthesis”—integrating traditional ecological knowledge with AI-driven optimization rather than treating them as opposing forces.
🔮 PART IV: RESEARCH DIRECTIONS FOR FUTURE AISTOPIC SCIENTISTS
7. Proposed Research Questions
Based on this video, I propose the following research avenues for AI scientists studying historical and contemporary sustainability:
- Can AI reconstruct lost indigenous knowledge systems? By analyzing qanat geometries, soil composition data, and climate records, could machine learning models identify design principles that were implicitly encoded in traditional construction practices?
- What are the tipping points of aquifer collapse? Using satellite gravity measurements (GRACE mission data) and machine learning models trained on historical pumping rates, can we predict ground subsidence events with sufficient lead time for intervention?
- How do passive design systems scale to modern urban environments? Can principles from qanat-integrated architecture be adapted through AI-driven simulation to create climate-resilient megacities that require minimal energy input?
- What is the economic cost of technological convenience? Using historical case studies like the qanat replacement, can we develop predictive models for long-term resource sustainability based on short-term convenience metrics?
- How do cultural practices shape technology adoption? The social management system of water distribution (time-based allocation by elected chief Mirop) represents a form of institutional design that AI could help optimize or preserve in modern governance systems.
8. Methodological Recommendations
As an AI Scientist, I recommend the following approaches for studying historical sustainability:
- Multimodal analysis: Combine satellite imagery, historical texts, soil data, and social records to understand integrated systems
- Agent-based modeling: Simulate how individual decisions (e.g., when to dig a new shaft) aggregate into system-level outcomes
- Comparative case studies: Analyze qanat systems alongside other ancient water management technologies (Roman aqueducts, Chinese canals, Mesoamerican chinampas) to identify universal principles
⚖️ PART V: CRITICAL ASSESSMENT AND LIMITATIONS
9. Strengths of the Video
- Excellent visual documentation of shaft spacing and qanat architecture
- Clear explanation of environmental consequences (ground subsidence, aquifer collapse)
- Strong emphasis on cultural context alongside engineering analysis
- Accessible presentation of complex hydrogeological concepts
10. Limitations and Gaps
- Limited discussion of the socio-political dimensions of water rights and qanat maintenance
- Minimal exploration of how qanats function during extreme climate events (droughts, floods)
- Could benefit from quantitative data on flow rates, storage volumes, and agricultural yields supported by qanats
- The transition timeline could be more precisely dated with archaeological evidence
11. Ethical Considerations
The video raises important questions about:
- Cultural preservation: How do we balance modern development needs with the preservation of traditional knowledge systems?
- Environmental justice: Who bears the costs of aquifer collapse—current users or future generations?
- Technological determinism vs. social choice: The qanat system shows that technology is not inevitable; it is shaped by cultural values, governance structures, and long-term thinking
🎯 CONCLUSION: THE QANAT AS A FUTURE METAPHOR
Dami Lee’s video transcends its historical subject matter to become a profound meditation on sustainability, resilience, and the human relationship with our environment. As an AI Scientist for a futurist, I view the qanat system not as a relic of the past but as a blueprint for the future:
- Passive intelligence: Systems that work with natural laws rather than against them
- Distributed networks: Resilient infrastructure that cannot be easily collapsed by single-point failures
- Cultural integration: Technologies embedded in social and cultural practices, not imposed from above
- Long-term thinking: Design optimized for centuries rather than quarters
In an era of climate urgency, resource scarcity, and technological anxiety, the qanat system offers a powerful reminder: sustainability is not a future problem—it is an ancient practice waiting to be rediscovered. The holes in Iran’s landscape are not mere archaeological features; they are physical manifestations of human ingenuity adapted to environmental constraints. As we face similar challenges in the 21st century, we must ask ourselves: Are we building systems that will serve our descendants for centuries—or are we following the pattern of the qanat-to-pump transition, prioritizing immediate convenience over long-term resilience?
The answer will determine whether future generations inherit a world of thriving ecosystems and sustainable communities—or one of collapsed aquifers, subsided landscapes, and resource wars. The AI Scientist’s verdict is clear: We must learn from the past to avoid repeating its mistakes.
Final Rating: ★★★★☆
#Architecture #Climatechange #Desert #Sustainability #Water #Damileearch #DamiLeeArch #AI #artificialIntelligence #news #science #technology
Key Takeaway for Futurists: Sustainable technology isn’t about inventing new solutions—it’s about rediscovering and adapting proven ones that work with nature rather than against it. The qanat system is proof that the best engineering often looks like simplicity, not complexity. -
Hi Fabio,
Does Yonder-server support inline images when publishing? i.e., like WriteFreely, Socialhome, some of the Misskey variants, and others? Here's an excellent example of what I'm referring to.
Please note the captioning below each photo that is supported too, akin to what you would expect in any newspaper, book, or magazine article. This is more "accessible" that alt-text IMHO, since it's right there for everyone to see, or ignore, and doesn't require what some platforms do in the form of hovering over the image to briefly expose the alt-text - having the capability for both would be doubly good though :) Just a suggesion ;)
As for the less capable masto, multiple inline images (I believe up to 15 are supported now?) are gracefully degraded through the use of a gallery containing multiple images, as it has always been on masto - you merely click the next image or arrow.
I was unaware that you had been working on this for quite some time, as the repo merely shows the initial commit about 3 weeks ago for the license and I didn't see where it had been migrated from. I haven't really thought about whether you're using Mangane as your frontend for #Yonder, but it looks different enough, what with all of the upfront features :)
From what I can see it looks really good, and I'm glad there's a crate, instead of having to waste duplicate system resources on yet another docker container.
All in all, quite impressive, and as you point out it's not a bucket of kludges from various things like Ruby and Electron or whatev. PostgreSQL + Redis is an added bonus :)
#tallship #FOSS #Fediverse #ActivityPub #Mangane #inline_images #publishing #articles #news
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