Playing the drums requires a lot of practice, but that practice can be incredibly loud. A nice workaround is presented by [PocketBoy], in converting an acoustic kit to electronic operation so you can play with headphones instead.
A sensor installed inside a floor tom.
It might sound like a complicated project, but creating a basic set of electronic drums can actually be quite simple if you’ve already got an acoustic kit. You just need to damp all the drums and cymbals to make them quieter, and then fit all the individual elements with their own piezo sensors. These are basically small discs that can pick up vibrations and turn them into electricity—which can be used to trigger an electronic drum module.

[PocketBoy]’s build started with a PDP New Yorker kit, some mesh heads to dull the snares and toms, and some low-volume cymbals sourced off Amazon. Each drum got a small piezo element, which was soldered to a 6.5mm jack for easy hookup. They’re installed inside the drums on foam squares with a simple bracket system [PocketBoy] whipped up from hardware store parts. A DDrum DDti interface picks up the signals from the piezo elements and sends commands to an attached PC. It’s paired with Ableton 12 Lite, which plays the drum sounds as triggered by the drummer.

[PocketBoy] notes it’s a quick and dirty setup, good for quiet practice but not quite gig-ready. You’d want to probably just run it as a regular acoustic kit in that context, but there’s nothing about the conversion that prevents that. Ultimately, it’s a useful project if you find yourself needing to practice the drums quietly and you don’t have space for a second electric-only kit. There’s lots of other fun you can have with those piezos, too. Video after the break.

@the606queer
How I’m getting away with a drumset in an apartment building! Mesh heads + DIY triggers + Plain wash cloth + Stick Rods + DDTI DDrum Trigger i/o into Ableton. I need a better snare sample but this thing is whisper quiet! #drums #beginner #acoustics #fyp #drumtok

♬ original sound – the606queer

hackaday.com/2025/12/01/quiet-…

I ricercatori di sicurezza hanno scoperto una sofisticata campagna di exploitche sfrutta un servizio privato di test di sicurezza delle applicazioni out-of-band (OAST) ospitato sull’infrastruttura Google Cloud. La campagna prende di mira principalmente i sistemi in Brasile e sfrutta oltre 200 vulnerabilità comuni (CVE).

Metodo di attacco

Gli endpoint OAST in genere aiutano gli aggressori a verificare il successo degli exploit per l’esecuzione di comandi, la falsificazione delle richieste lato server (SSRF) e la deserializzazione. La maggior parte degli aggressori utilizza servizi OAST disponibili pubblicamente come toast.fun e interact.sh, ma gli autori di questa operazione di minaccia gestivano un dominio privato chiamato i-sh.detectors-testing.com.

Il sistema di threat intelligence Canary di VulnCheck ha rilevato circa 1400 tentativi di exploit relativi a questa infrastruttura tra il 12 ottobre e il 14 novembre 2025. Questa insolita configurazione OAST privata la distingue chiaramente dalla tipica attività di scansione.

Infrastruttura

Tutto il traffico di attacco osservato proveniva da indirizzi IP di Google Cloud situati negli Stati Uniti. Gli IP di scansione identificati includono: 34.172.194.72, 35.194.0.176, 34.133.225.171, 34.68.101.3, 34.42.21.27 e 34.16.7.161.

Un host OAST dedicato, 34.136.22.26, esegue il servizio Interactsh sulle porte 80, 443 e 389. L’utilizzo dell’hosting di Google Cloud offre un vantaggio tattico. I difensori raramente bloccano completamente il traffico proveniente da grandi provider di servizi cloud, facilitando l’infiltrazione del traffico di attacco nelle comunicazioni di rete legittime.

Caratteristiche dell’attacco

Sebbene VulnCheck distribuisca Canary a livello globale, questa campagna di attacco ha preso di mira solo i sistemi distribuiti in Brasile. Sebbene i report di AbuseIPDB indichino che lo stesso gruppo di IP degli aggressori sia stato segnalato anche in Serbia e Turchia, i dati di VulnCheck confermano che il suo obiettivo era esclusivamente quello di colpire obiettivi brasiliani.

Gli aggressori hanno combinato template Nuclei con versioni precedenti non più mantenute nel repository ufficiale. Ad esempio, l’attacco ha utilizzato il template obsoleto grafana-file-read. Questo template YAML è stato rimosso dal repository nuclei-templates nell’ottobre 2025.

Ciò suggerisce che gli aggressori potrebbero aver utilizzato strumenti obsoleti o scanner di terze parti.

Payload personalizzato

L’attacco ha utilizzato anche un payload personalizzato. L’aggressore ha esposto una directory aperta sulla porta 9000 contenente un file TouchFile.class modificato, progettato per sfruttare una vulnerabilità in Fastjson 1.2.47.

A differenza della versione standard di Vulhub, questo payload personalizzato poteva eseguire comandi arbitrari e avviare richieste HTTP in base a parametri. Le prove suggeriscono che l’infrastruttura di attacco sia operativa almeno da novembre 2024, dimostrando un’insolita persistenza.

Mentre la maggior parte degli scanner sostituisce rapidamente la propria infrastruttura, questo aggressore ha mantenuto una presenza stabile a lungo termine.

Raccomandazioni di sicurezza

Questo attacco evidenzia come gli aggressori stiano utilizzando strumenti di scansione open source come Nuclei per diffondere payload di exploit su larga scala su Internet.

Sono indifferenti al lasciare tracce, purché riescano a individuare rapidamente obiettivi vulnerabili. Per prevenire minacce così persistenti, le organizzazioni dovrebbero monitorare il traffico di rete alla ricerca di callback OAST insoliti, bloccare gli indirizzi IP dannosi noti e assicurarsi che i sistemi esposti vengano tempestivamente aggiornati.

L'articolo Gli hacker trasformano Google Cloud in un bunker segreto. Scoperta un’operazione shock proviene da Red Hot Cyber.

Asbestos is a nasty old mineral. It’s known for releasing fine, microscopic fibers that can lodge in the body’s tissues and cause deadly disease over a period of decades. Originally prized for its fire resistance and insulating properties, it was widely used in all sorts of building materials. Years after the dangers became clear, many countries eventually banned its use, with strict rules around disposal to protect the public from the risk it poses to health.

Australia is one of the stricter countries when it comes to asbestos, taking great pains to limit its use and its entry into the country. This made it all the more surprising when it became apparent that schools across the nation had been contaminated with loose asbestos material. The culprit was something altogether unexpected, too—in the form of tiny little tubes of colored sand. Authorities have rushed to shut down schools as the media asked the obvious question—how could this be allowed to happen?

Hiding In Plain Sight

Australia takes asbestos very seriously. Typically, asbestos disposal is supposed to occur according to very specific rules. Most state laws generally require that the material must be collected by qualified individuals except in minor cases, and that it must be bagged in multiple layers of plastic prior to disposal to avoid release of dangerous fibers into the environment. The use, sale, and import of asbestos has been outright banned since 2003, and border officials enforce strict checks on any imports deemed a high risk to potentially contain the material.
Colored sand is a popular artistic medium, used regularly by children in schools and households across Australia. Via: ProductSafety.gov.au
Thus, by and large, you would expect that any item you bought in an Australian retailer would be free of asbestos. That seemed to be true, until a recent chance discovery. A laboratory running tests on some new equipment happened to accidentally find asbestos contamination in a sample of colored sand—a product typically marketed for artistic use by children. The manager of the lab happened to mention the finding in a podcast, with the matter eventually reaching New Zealand authorities who then raised the alarm with their Australian counterparts. This led to a investigation by the Australian Competition and Consumer Commission (ACCC), which instituted a national safety recall in short order.

The response from there was swift. At least 450 schools instituted temporary shutdowns due to the presence or suspected presence of the offending material. Some began cleanup efforts in earnest, hiring professional asbestos removalists to deal with the colored sand. In many cases, the sand wasn’t just in sealed packaging—it had been used in countless student artworks or spilled in carpeted classrooms. Meanwhile, parents feared the worst after finding the offending products in their own homes. Cleanup efforts in many schools are ongoing, due in part to the massive spike in demand for the limited asbestos removal services available across the country. Authorities in various states have issued guidelines on how to handle cleanup and proper disposal of any such material found in the workplace.
Over 87 retailers have been involved in a voluntary recall that has seen a wide range of colored sand products pulled from shelves.
At this stage, it’s unclear how asbestos came to contaminate colored sand products sold across the country, though links have been found to a quarry in China. It’s believed that the products in question have been imported into Australia since 2020, but have never faced any testing regarding asbestos content. Different batches have tested positive for both tremolite and chrysotile asbestos, both of which present health risks to the public. However, authorities have thus far stated the health risks of the colored sand are low. “The danger from asbestos comes when there are very, very fine fibres that are released and inhaled by humans,” stated ACCC deputy chair, Catriona Lowe. “We understand from expert advice that the risk of that in relation to these products is low because the asbestos is in effect naturally occurring and hasn’t been ground down as such to release those fibres.”

Investigations are ongoing as to how asbestos-containing material was distributed across the country for years, and often used by children who might inhale or ingest the material during use. The health concerns are obvious, even if the stated risks are low. The obvious reaction is to state that the material should have been tested when first imported, but such a policy would have a lot of caveats. It’s simply not possible to test every item that enters the country for every possible contaminant. At the same time, one could argue that a mined sand product is more likely to contain asbestos than a box of Hot Wheels cars or a crate of Belgian chocolates. A measured guess would say this event will be ruled out as a freak occurrence, with authorities perhaps stepping up random spot checks on these products to try and limit the damage if similar contamination occurs again in future.

Featured image and other sand product images from the Australian government’s recall page.

hackaday.com/2025/12/01/austra…

Nel 2024 in Italia sono state registrate 2.379 nuove diagnosi di HIV e 450 nuovi casi di AIDS. Numeri che si accompagnano ad un fenomeno che continua a preoccuparci: molte di queste diagnosi arrivano tardi. Non per mancanza di attenzione da parte delle persone, ma perché il nostro Paese non garantisce ancora un’informazione chiara, capillare e accessibile sulla salute sessuale, né condizioni che rendano semplice e naturale il ricorso ai test o ai percorsi di prevenzione.

La realtà è che, mentre si parla costantemente di “emergenza educativa”, la politica continua a ignorare ciò che davvero serve a creare consapevolezza: percorsi seri e laici di educazione alle differenze, all’affettività e alla sessualità in tutte le scuole. Le nuove generazioni crescono senza strumenti, senza linguaggi adeguati, senza una cultura che normalizzi la salute sessuale come parte integrante del benessere di tutt*. E così l’HIV resta un fenomeno reale ma poco discusso, confinato ai margini di un dibattito pubblico che spesso preferisce evitarlo. In altre parole, resta tabù, e le persone sierocoinvolte continuano a pagare il prezzo dello stigma.

Nel frattempo, sono le associazioni nei territori a portare avanti il lavoro più importante: costruire informazione, offrire supporto, organizzare test, orientare le persone ai servizi, creare luoghi dove parlare di salute sessuale sia possibile e non eccezionale. La loro presenza sopperisce a un vuoto politico che non dovrebbe esistere.

Come Possibile e Possibile LGBTI+ continuiamo a chiedere che la salute sessuale debba tornare al centro delle politiche pubbliche. Significa introdurre percorsi formativi strutturati nelle scuole e diffondere la cultura della prevenzione come parte della vita quotidiana, non come un gesto coraggioso. Significa garantire l’accesso gratuito ai contraccettivi e ai preservativi per le persone under 30, e rendere davvero accessibile la PrEP, che in molti Paesi europei ha già dimostrato di ridurre drasticamente le nuove diagnosi. E significa investire in campagne di informazione continuative, non iniziative sporadiche legate a una data sul calendario.

Non abbiamo bisogno di retorica né di moralismi. Abbiamo bisogno di una politica che riconosca che la salute è libertà e dignità, che la prevenzione è un diritto e che l’accesso agli strumenti per esercitarlo deve essere semplice e garantito. Il 1° dicembre non è una parentesi: è il promemoria annuale di ciò che dovremmo fare tutto l’anno e che, invece, ancora non facciamo.

Parlare di HIV significa parlare di conoscenza, autodeterminazione, dignità. E soprattutto significa ribadire che nessuna persona deve sentirsi sola o abbandonata.

Gianmarco Capogna

L'articolo Giornata mondiale contro l’AIDS, un invito ad assumerci una responsabilità collettiva proviene da Possibile.

[Slant 3D] has a useful video explaining some thoughtful CAD techniques for designing 3D printed pins that don’t break and the concepts can be extended to similar features.

Sure, one can make pins stronger simply by upping infill density or increasing the number of perimeters, but those depend on having access to the slicer settings. If someone else is printing a part, that part’s designer has no actual control over these things. So how can one ensure sturdier pins without relying on specific print settings? [Slant 3D] covers two approaches.

The first approach includes making a pin thick, making it short (less leverage for stress), and adding a fillet to the sharp corner where the pin meets the rest of the part. Why? Because a rounded corner spreads stress out, compared to a sharp corner.

Microfeatures can ensure increased strength in a way that doesn’t depend on slicer settings.
Those are general best practices, but there’s even more that can be done with microfeatures. These are used to get increased strength as a side effect of how a 3D printer actually works when making a part.

One type of microfeature is to give the pin a bunch of little cutouts, making the cross-section look like a gear instead of a circle. The little cutouts don’t affect how the pin works, but increase the surface area of each layer, making the part stronger.

A denser infill increases strength, too. Again, instead of relying on slicer settings, one can use microfeatures for a similar result. Small slots extending down through the pin (and going into the part itself) don’t affect how the part works, but make the part sturdier. Because of how filament-based 3D printing works, these sorts of features are more or less “free” and don’t rely on specific printer or slicer settings.

[Slant 3D] frequently shares design tips like this, often focused on designing parts that are easier and more reliable to print. For example, while printers are great at generating useful support structures, sometimes it’s better and easier in the long run to just design supports directly into the part.

youtube.com/embed/uMA-Wt-z_BU?…

hackaday.com/2025/12/01/how-to…

Magnetico Associazione Culturale e NEVERHACK Italy, società leader nella cybersecurity, hanno ufficializzato un Protocollo di Intesa e un Contratto di Co-Working per avviare una collaborazione strategica volta allo sviluppo di competenze avanzate nel settore tecnologico e alla valorizzazione dei giovani talenti.

La partnership prevede l’apertura di una nuova unità locale di NEVERHACK dedicata alle attività di Ricerca & Sviluppo (R&D) e Delivery presso il complesso Tecno Polo di Regalbuto (EN) gestito da Magnetico, e l’istituzione di un’Academy con percorsi formativi dedicati a specializzazioni critiche come Cybersecurity, Network e Network Security. Grazie a questa collaborazione, NEVERHACK avrà l’opportunità di accedere ai profili formati e selezionati tramite il network educativo di Magnetico.

Nel primo anno di attività, saranno coinvolti fino a 25 tirocinanti formati attraverso i laboratori e le piattaforme simulate di Magnetico, agevolando il loro ingresso nel mondo del lavoro. I percorsi di formazione on-demand, personalizzati ed erogati da istruttori certificati, saranno orientati alle specifiche esigenze operative di NEVERHACK.

Al termine della formazione, gli studenti più meritevoli avranno l’opportunità di partecipare al processo di selezione per un potenziale inserimento all’interno dei team di NEVERHACK.

Il Circuito Virtuoso per l’Occupazione

L’accelerazione della trasformazione digitale e l’aumento delle minacce informatiche rendono sempre di più la cybersecurity una priorità strategica. Tuttavia, permane una carenza strutturale di competenze che indebolisce la capacità difensiva di aziende e amministrazioni: a livello globale, la forza lavoro specializzata in cybersecurity conta circa 5,5 milioni di professionisti, ma per soddisfare la domanda ne servirebbero almeno altri 4 milioni.

In Italia, il mercato è cresciuto del 15% nel 2024, raggiungendo i 2,48 miliardi di euro, ma ancora il 62% delle aziende ritiene insufficiente l’offerta di tecnici ed esperti nella protezione dei sistemi ICT, OT e IoT.

La partnership fra Magnetico e NEVERHACK Italy si inserisce in questo contesto, mirando a contrastare la scarsità di profili di cybersecurity adeguatamente formati e creando un circuito virtuoso di orientamento, formazione specialistica e inserimento lavorativo, in particolare per le aree interne della Sicilia. L’obiettivo è creare un corretto percorso di orientamento, formazione e inserimento al lavoro, trovando nel mondo della cybersecurity un’occasione per rilanciare il territorio.

Ing. Giancarlo Di Lieto, Head Of Cyber Security NEVERHACK Southern Region: “La partnership con Magnetico e l’avvio dell’Academy in Sicilia segna un passo in avanti nel nostro impegno, avviato da tempo in altre aree del Paese, per formare nuovi talenti, riducendo lo skill gap ancora troppo elevato tra domanda e offerta di lavoro nel campo della cybersecurity: investire in formazione significa, infatti, contribuire in modo concreto a colmare un gap che oggi pesa su aziende, istituzioni e cittadini. Con questo progetto valorizziamo il territorio, creando nuove opportunità occupazionali per i giovani che desiderano inserirsi nel mondo del lavoro e costruire il proprio futuro nella loro regione d’origine. L’edizione siciliana dell’Academy conferma, inoltre, la nostra volontà di continuare a investire in persone e territori, accompagnandoli nella transizione digitale e partecipando allo sviluppo tecnologico del Paese”.

Matteo Mirenda, vice-presidente di Magnetico Associazione Culturale: “Questo Protocollo è la prova che anche dai territori dell’entroterra siciliano si può generare eccellenza e attrarre investimenti qualificati. Creare un’Academy focalizzata su Cybersecurity e Network Security con un partner di rilievo come NEVERHACK non solo colma un gap formativo critico, ma offre ai nostri giovani la possibilità di costruire una carriera ICT ad alto valore senza dover lasciare la propria terra. È il nostro modo di rilanciare il territorio attraverso le competenze“.

L'articolo Magnetico e NEVERHACK Italy insieme per formare talenti in Cybersecurity proviene da Red Hot Cyber.

The US Patent Office has put forth regulations to end the our ability to challenge improperly granted patents in the Patent Office. These new rules will be a gift to patent trolls by keeping bad patents alive to stifle innovation. As the EFF notes: People targeted with troll lawsuits will be left with almost no realistic or affordable way to defend themselves.

We have until the end of Tuesday, December 2nd to file comments opposing these rules. The Biden administration tried to get these rules passed in 2023, but thousands of people stopped them. We need to stop the Trump administration from getting these rules passed!

The Inter partes review (IPR) process what voted on by Congress in 2013. Congress defined how it should work and who it applies to. The Patent Office must not add additional regulations that limit our access to it. The EFF points out why these rule changes are harmful:

Inter partes review, (IPR), isn’t perfect. It hasn’t eliminated patent trolling, and it’s not available in every case. But it is one of the few practical ways for ordinary developers, small companies, nonprofits, and creators to challenge a bad patent without spending millions of dollars in federal court. That’s why patent trolls hate it—and why the USPTO’s new rules are so dangerous.

IPR isn’t easy or cheap, but compared to years of litigation, it’s a lifeline. When the system works, it removes bogus patents from the table for everyone, not just the target of a single lawsuit.

IPR petitions are decided by the Patent Trial and Appeal Board (PTAB), a panel of specialized administrative judges inside the USPTO. Congress designed IPR to provide a fresh, expert look at whether a patent should have been granted in the first place—especially when strong prior art surfaces. Unlike full federal trials, PTAB review is faster, more technical, and actually accessible to small companies, developers, and public-interest groups.

As an example why we need the IPR process: Personal Audio tried to squeeze royalties from podcasters. Without IPR, EFF would not have been able to challenge their patent and Personal Audio would have continued to shake down podcasters.

Please take a couple of minutes to submit your comments about why we cannot let bad patents slip through unchallenged. You can write your own or use the following draft comment we borrowed from the EFF and modified:

I oppose the USPTO’s proposed rule changes for inter partes review (IPR), Docket No. PTO-P-2025-0025. The IPR process must remain open and fair. The Patent Office does not have the ability to legislate and must not limit who can take advantage of the IPR process beyond what Congress has authorized. Patent challenges should be decided on their merits, not shut out because of legal activity elsewhere. These rules would make it nearly impossible for the public to challenge bad patents, and that will harm innovation and everyday technology users.

or you can use their comment as they wrote it:

I oppose the USPTO’s proposed rule changes for inter partes review (IPR), Docket No. PTO-P-2025-0025. The IPR process must remain open and fair. Patent challenges should be decided on their merits, not shut out because of legal activity elsewhere. These rules would make it nearly impossible for the public to challenge bad patents, and that will harm innovation and everyday technology users.

masspirates.org/blog/2025/12/0…

The 2026 Pirate National Conference has been subject to an elimination style bracket tournament to determine where we will host what will mark the 20th birthday of the United States Pirate Party.

As of today, we are down to four potential cities:

• Boston, Massachusetts
• Chicago, Illinois
• Seattle, Washington
• Vicksburg, Mississippi

Results from Round 2 are posted on our Discord server.

Eight other cities were previously in consideration and will no longer be considered for the 2026 conference. The eight eliminated cities, as well as the three cities that shall be eliminated by the conclusion of this tournament, shall be in permanent consideration for future Pirate National Conference locations until they have hosted. Albuquerque, Las Vegas, Louisville, Mobile, New Orleans, Plattsburgh, Portland (OR) and Providence shall all be in consideration in 2027 and beyond.

We now find ourselves in the Final Four, with two matchups this week that our members and supporters can vote on. Boston (1) will take on Seattle (9) while Vicksburg (4) takes on Chicago (6).
The Final Four
The tournament shall conclude on December 15th.

This tournament ending up in four totally different regions of the country is emblematic of the growth of this party. We might have states with a stronger presence of their Pirate Party, but our growth is nationwide and undeniable. After 20 years, the second oldest Pirate Party in the world will celebrate our conference on a boat and prepare for the next 20 years. We are looking forward to June 6th and hope you all are too.

Regardless of location, the conference will be A.) held on a boat and B.) hybrid, meaning those unable to attend in-person may still attend online.

Those who wish to vote can join our Discord server to find a link to the tournament. The Final Four closes out next week and the championship vote will begin from there.

uspirates.org/2026-pirate-nati…