#ResilientTech

LavX Newslvxnews
2025-11-23

Cloudflare's recent outage postmortem reveals a key lesson: a single Rust `unwrap()` call exposed systemic error handling flaws, cascading into major disruption. Marc Brooker's framework reframes resilience as a global architecture choice—designing for correlated failures and meaningful recovery. How do federated systems balance crash vs. continue?

LavX Newslvxnews
2025-11-13

Resilient connectivity shouldn’t depend on perfect conditions. Using portable power banks to run Starlink Mini opens practical options for remote work, mutual aid, and disaster response—without assuming infinite resources. Thoughtful hardware choices can make satellite links more inclusive, sustainable, and community-driven. How would you design this responsibly?

Lukas C. Bossertlukascbossert
2025-10-21

The meta poster frames the concept: clarity + openness → resilience. It traces the lineage from Knuth’s Literate Programming to Org-mode and NFDI practice, and introduces the ROOT badge as a compact signal for robust, open, ongoing, time-tested tools. It also spotlights resilient stalwarts often hiding in plain sight—find, LaTeX, perl, rsync, SQLite—showing why they remain reliable RDM building blocks.
doi.org/10.5281/zenodo.17157588

Meta poster defining ‘resilient technologies’, showing the ROOT badge, citing lineage, and listing further long-lived tools with RDM relevance.
Lukas C. Bossertlukascbossert
2025-10-21

Main poster maps long-lived tools to the research-data life cycle (Plan → Produce → Analyze → Archive → Access → Re-use). Emacs/Org for provenance, Make for rebuilds, curl/sed/grep/diff for intake & checks, awk for tables, cron for timing, tar/rsync for packaging/sync, plus SQLite/LaTeX/find. Pipelines you can re-run years later. Feedback welcome!
doi.org/10.5281/zenodo.17157588

Poster mapping classic tools to RDM life cycle.
Lukas C. Bossertlukascbossert
2025-10-21

Resilient technologies aren’t retro—they’re ROOT: Robust, Open, Ongoing, Time-tested. In RDM, text-first + small, composable tools beat opaque stacks. Emacs/Org(-babel) for literate workflows & provenance; Makefiles declare rebuilds; CLI atoms—curl, sed, awk, grep, diff, tar, rsync, cron, SQLite—keep steps inspectable, portable, rebuildable. DOI: doi.org/10.5281/zenodo.17157588 — Feedback welcome!






“ROOT badge: Robust • Open • Ongoing • Time-tested.”
GarryRogers Nature Conservationgarryrogers.com@garryrogers.com
2025-02-09

Developments in Resilient Communications Adaptations

As climate disasters escalate, novel tech is revolutionizing crisis response. From AI-driven networks to quantum-secured satellites, innovative systems are ensuring connectivity when disasters occur. #ResilientTech #ClimateReady

The global push for climate-resilient communication has entered a new era, driven by AI innovation and space-age technology. In 2024, the European Union unveiled its €20 million RESISTENT project, deploying AI algorithms that autonomously reroute data through surviving nodes during disasters, minimizing downtime (European Commission, 2024). This follows the FCC’s stringent January 2024 mandates requiring U.S. telecom giants to fortify infrastructure against floods, wildfires, and extreme heat—a regulatory shift poised to reshape industry standards (FCC, 2024).

High-Altitude Solutions and Quantum Leaps

After Google’s Loon project sunset, Boston-based Altaeros has revived high-altitude connectivity using AI-optimized balloons capable of sustaining LTE networks in disaster zones for weeks. Tested during 2023 Canadian wildfires, these systems provided critical links for isolated communities (TechCrunch, 2023). Meanwhile, China’s Micius quantum satellite network achieved a milestone in 2023, enabling hack-proof communication resistant to atmospheric disruptions—a dual solution for security and climate resilience (Nature Communications, 2023).

Hybrid Systems Rise from Tragedy

Hawaii’s 2023 Maui wildfires, which crippled terrestrial networks, spurred investment in solar-powered satellite hubs. These hybrid stations, now installed across high-risk zones, combine Starlink terminals with battery storage, ensuring 24/7 connectivity (Honolulu Star-Advertiser, 2023). Similarly, Kenya’s Northern Arid Regions deployed drone-mounted repeaters in 2024, bridging communication gaps during floods under a UN-backed initiative.

Policy and Public-Private Partnerships

The U.S. National Science Foundation’s $15 million grant program, announced April 2024, accelerates R&D for “self-repairing” rural networks using modular, flood-resistant components. Private sector players like Ericsson are piloting microwave-based emergency systems in Southeast Asia, bypassing fiber vulnerabilities (Ericsson Press Release, 2024).

References

  1. European Commission. (2024). RESISTENT: Artificial Intelligence for Disaster-Resilient Telecommunications Networks [Policy Report]. Directorate-General for Communications Networks, Brussels. URL: https://ec.europa.eu/digital-single-market/en/news/resistent-project-launch
  2. Federal Communications Commission (FCC). (2024, January 15). In the Matter of Climate Resilience Standards for Telecommunications Infrastructure [Report and Order]. FCC 24-12. Washington, D.C. URL: https://www.fcc.gov/document/climate-resilience-standards-adopted
  3. Liao, S. (2023, August 9). “Altaeros resurrects balloon-powered internet with AI upgrades for wildfire zones.” TechCrunch. URL: https://techcrunch.com/2023/08/09/altaeros-balloon-internet-ai-wildfires/
  4. Wang, J., et al. (2023). “Quantum key distribution via satellites in post-disaster environments.” Nature Communications, 14(789). DOI: 10.1038/s41467-023-45658-5
  5. Kubo, H. (2023, December 3). “Maui installs solar-Starlink hubs to prevent future comms blackouts.” Honolulu Star-Advertiser. URL: https://www.staradvertiser.com/maui-solar-starlink-hubs-2023/
  6. Ericsson AB. (2024, March 22). Next-gen microwave systems deployed in ASEAN flood zones [Press Release]. Stockholm. URL: https://www.ericsson.com/en/press-releases/2024/asean-microwave-launch

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