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Dropbox status: access issues and outage reports

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Dropbox is a file hosting service operated by American company Dropbox, Inc., headquartered in San Francisco, California, that offers cloud storage, file synchronization, personal cloud, and client software.

Problems in the last 24 hours

The graph below depicts the number of Dropbox reports received over the last 24 hours by time of day. When the number of reports exceeds the baseline, represented by the red line, an outage is determined.

At the moment, we haven't detected any problems at Dropbox. Are you experiencing issues or an outage? Leave a message in the comments section!

Most Reported Problems

The following are the most recent problems reported by Dropbox users through our website.

  • 67% Errors (67%)
  • 33% Sign in (33%)

Live Outage Map

The most recent Dropbox outage reports came from the following cities:

CityProblem TypeReport Time
Flumet Errors 9 days ago
Irapuato Errors 11 days ago
Bournemouth Sign in 2 months ago
Paramaribo Errors 3 months ago
Bogotá Website Down 3 months ago
Auxerre Errors 3 months ago
Full Outage Map

Community Discussion

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Dropbox Issues Reports

Latest outage, problems and issue reports in social media:

  • pk_iv
    Paul Klein IV (@pk_iv) reported

    Is MCP dead? @grinich (CEO of WorkOS) says it's better than ever and become the strongest intent signal in your funnel. @workos is building the auth, permissions, and registration layer for that world, the same enterprise plumbing it sold to Vercel and Plaid, now sold to AI companies. I sat down with Michael to talk about it in episode 4 of Navigators. His argument: your coding agent already picks your vendors, but signup forms are built to block automated traffic, so the agent stalls at the front door and waits for a human to paste in an API key. We got into: 00:00 "Stripe for enterprise features": what WorkOS actually sells 02:44 How an SSO and SAML company ended up as AI infrastructure 04:13 Why AI companies can't meander up-market the way Slack, Dropbox, and Figma did 06:54 The biggest mistake founders make: staying in the pre-PMF experimentation mindset 09:51 Why nothing works unless the management team is AI pilled first 10:47 "Claude day": pairing engineers with finance, legal, and ops once a month 13:36 auth.md, the missing front door for agents 15:26 Why registration, not tooling, is the next growth channel 16:59 Is MCP dead? The higher-intent signal hiding in MCP connections 19:35 Why SDKs are going away and coding agents write their own 23:09 "The super cycle of all super cycles": AI amplifies labor, it doesn't just disrupt it Thanks for joining me on the pod @grinich! Watch the full episode of Navigators here:

  • Loster
    Loster (@Loster) reported

    @Z3R0Gravitas Thinking that if I do trials with people I'd give them exactly that. Something similar to a Dropbox folder for any health docs they want sync'd to the agent's server. I think that would take up how much it could help a notch (need to think a lot about confidentiality).

  • daniel_adinnu
    Dinnu daniel (@daniel_adinnu) reported

    Ariana Grande said “I’ll see you in jail, literally” to whoever was leaking her music. On Monday, she filed the lawsuit that starts making good on it. The suit, filed in Los Angeles County Superior Court, names John Doe defendants she’s suing specifically to identify, accusing them of invasion of privacy, violating California’s Comprehensive Data Access and Fraud Act, and conversion. It describes not a single breach but a pattern stretching back years: in 2019, hackers stole a photographer’s Dropbox login and downloaded unreleased photos. In 2020, a producer’s phone was compromised, surfacing unreleased masters, demos, and recording session footage. In 2023 alone, 45 unreleased songs were stolen and leaked. In 2024, hackers built a fake email domain impersonating a photographer to trick a digital technician into handing over unreleased images. The complaint states that hundreds of similar leaks have occurred since her 2011 debut, with stolen material allegedly resold on the dark web for what it calls significant sums. The 2023 wave is what made the pattern impossible to keep quiet about. One of the leaked tracks, “Fantasize,” a collaboration with longtime producer Max Martin, spread across TikTok well before any release date. Grande addressed it publicly on the Zach Sang Show in early 2024, laughing through her own anger as she called the leakers “thieves, pirates, crooks” and joked she’d pay them more just to make the leak disappear. The lawsuit’s real target isn’t a single hacker. It’s the access itself, the accounts of the photographers, producers, and technicians who work closest to her, treated as the weak point in a system built to protect the artist directly. Grande isn’t suing to recover songs that are already out. She’s suing to find out who keeps getting in.

  • jsensarma
    jss (@jsensarma) reported

    @pHequals7 They are usually slow but come around. Their customers are not going anywhere. (Google Drive took years, maybe a decade to show up, after Dropbox)

  • MattUribe
    Matt Uribe (@MattUribe) reported

    I can't get my @bot to login to @dropbox . Anyone else having that issue. It's kind of a big deal for what I am trying to set up with my team. No matter what, it says too many attempts when I try using chrome on my bots screen. The plugin has no place to authenticate. Also I wish I could sign an email login to each bot. Seems we can only link one for the team using outlook. I guess that's why it beta. :)

  • digital_ab98389
    Agbaje Automation. (@digital_ab98389) reported

    Cut manual data entry time by 80% with one n8n workflow: trigger on new CSV in Dropbox, parse, map to Google Sheets, flag errors, alert Slack, log runs. Automate, reduce errors, save hours. DM me for demo.

  • JohnHolbein1
    John B. Holbein (@JohnHolbein1) reported

    Replication has become much easier in the era of generative AI. I'm not the first person to say that. However, I've seen fewer people acknowledge a specific aspect of this lowered cost for replicating scientific work: Generative AI will very soon allow us to assess the robustness of individual scholars' full bodies of work. Soon, we will be to compute measures of which scholars do robust science, and which do not. What's wild is that we may be able to almost do that already. Let me show you what I mean. In June, I gave Claude a pretty basic prompt. It read: "I have a big task for you. I want you to start a folder. Call it Acemoglu Replications. Then, go find as many replication archives for Daron Acemoglu as you can. Keep a spreadsheet of the ones you can find and those you can't. Then, start a replication/reproduction effort on those articles. People have in the past criticized the research designs and general robustness of his individual papers. I want to know how strong his body of work is as a whole. Don't come in with any prior beliefs; be dispassionate." I let Claude run overnight while I slept. When I came back in the morning, 29 of Acemoglu's replication archives were fully loaded in my Dropbox. All the code reproducing the paper's results had run. And there was a first draft of a paper assessing the robustness of Acemoglu's full body of empirical work. I'll admit, the first draft of the paper wasn't great. But with 15 short follow up messages--which took me about an hour to write--I was able to prompt engineer a paper-length examination of Acemoglu's work. I've attached the screen shot of the abstract below. I think this reassessment of Acemoglu's work is certainly not done. I'm posting the abstract as a proof of concept, rather than a definitive answer. I'm not posting the full paper yet because I think it still needs more work. Ultimately, I paused this project for three reasons. 1.) Limited time/topical expertise: Most of Acemoglu's work is outside of my area of topical expertise. So, I have limited time to work on it. What this type of a project really needs is someone who has the time and the know-how to dig into each of the replication's individually to make sure they are doing the right things. I think the ideal approach combines the breadth that LLMs afford and the depth of attention/expertise that humans can give. 2.) Questions about the value of the "assess one scholar at a time" enterprise: I totally get that having a database of scholar-level robustness metrics would be very valuable in theory. But what I don't know is whether this approach is truly valuable. Moreover, doing so would come with distinct challenges. a.) Many journals have very restrictive space constraints. A body of work approach would, of necessity, be very long. b.) Collecting replication archives is harder for some types of scholars (those who post them all on their websites) than others (those who don't). c.) We'd have to think hard about questions like: what scholar-specific robustness metrics would be best? And: how would we deal with the fact that prolific authors' robustness metrics would be estimated much more precisely than less prolific scholars? Additionally, I'm just not sure that "taking on" one scholar at a time has enough scientific merit to pursue. If I measured how robust an individual scholars' work is, I'd ideally want to know where that metric stands vis-a-vis the rest of scholars in that field/area. To do that, we'd ideally want the population of these scholars or, at minimum, a random sample. Concretely, if Acemoglu has, say, 78% of published headline results reproducible under some standardized protocol, is that excellent, mediocre, or terrible? To answer that, you need a reference distribution. That makes a random or otherwise well-defined sample of scholars much more attractive than selecting prominent individuals one by one. (I'll acknowledge that I may just be wrong on #2. Arguing against myself, I do agree that human-driven reproduction/replication work rarely assesses full/representative slices of a field. Instead of assessing one scholar at a time, we assess one paper at a time. Field-wide detective work is becoming more common, but my sense is that it's still the exception rather than the rule.) 3.) Cost/benefit considerations and replication norms: we have very weakly formed norms around reproduction/replication generally speaking. We have basically no developed norms around replicating individual authors one at a time. What this means is that the people who would lead a scholar-by-scholar replication effort will, likely, bear a heavy cost and, potentially, reap limited benefits. On the costs side, focusing on scholars' total bodies of work risks making the replicators look petty, vindictive, and antisocial. Enough of the scientific field is hostile towards replications of individual papers. Imagine what will happen if/when a scholar submits a scholar-specific "take down" of a full body of work. My sense is that it's common enough for scholars having their work replicated to be asked to be a reviewer for those manuscripts. I've seen very hostile responses when one paper is at issue. Imagine what type of reviewer Acemoglu would be for a paper that took on his entire body of empirical work! Even if Acemoglu weren't a reviewer, prolific authors tend to have wide coauthor/friend networks. The rally-around-my-friend dynamic we often see would certainly work against this type of paper being published. Even a completely neutral analysis acquires an accusatory character simply because the sampling unit is a named person. And that creates an unfortunate problem of its own: readers may interpret the choice of scholar as evidence that the investigators expected to find something. On the benefits side, replicating individual scholars' total body of work may offer limited payoffs. What journals would accept this type of scholar-specific replication? I'm not sure the top ones would. Conclusion: Generative AI has enormous potential in assessing and, ultimately, enhancing the robustness of scientific research. Instead of asking questions like, “does this famous individual paper replicate?”, we can begin asking questions like: -“What proportion of published empirical findings in [field X] survive a common robustness protocol?” -“How much of the variation in replicability is attributable to papers, authors, journals, methods, or subfields?” -“Are scholars persistently more or less robust across their work?” -“Can we predict which findings will prove fragile?” I may just be wrong on what I think about a one-at-a-time full body examination of scientific research. If I am, please let me know! I am also happy to chat one-on-one with anyone who is curious to learn more about the early-stage Acemoglu-specific replication project.

  • jeremy_goldberg
    Jeremy Goldberg (@jeremy_goldberg) reported

    @omooretweets @midjourney and AI agent adoption isn't a unique short term issue to 'solve' - the UX of products for consumers has always been *everything*. solve that in just one niche and you can build a whole company off that - dropbox, roku, tinder…

  • jackcoder0
    Jack (@jackcoder0) reported

    1. Kill the Login Items the apps launching before you even sit down. Every time you log in, your Mac quietly launches 10-25 apps in the background. Spotify. Slack. Zoom. Google Drive. Dropbox. Creative Cloud. OneDrive. Each one consumes CPU and memory before you've opened a single window. System Settings → General → Login Items & Extensions. Review the list. Remove everything you don't need the instant you log in. You can always open them manually when you actually need them. His Mac had 19 login items. He needed 3. He removed 16. Boot time dropped from 2 minutes to 18 seconds. The first few minutes of every session — that sluggish, unresponsive window where nothing works gone.

  • JuergenStrobel
    Jürgen Strobel (@JuergenStrobel) reported

    @Arthur_van_Pelt You claimed that Bitcoin has a problem for "storing arbitrary data". Photos on Dropbox is a trivial example. Now you're moving the goalposts to subjective, emotional criteria you can't even define well. How much data is "way too too much", and how does BIP 110 solve it?

  • wb9rms6gyz
    Rocinante (@wb9rms6gyz) reported

    @griffin_daly_ @AlexisCoe Which could well have been part of the arrangement. This piece of **** is actively live tweeting his daughters stuffy issues and shared a Dropbox with naked photos of her. He’s a lunatic. As someone who ripped Moreno a week ago…no lie, I think he’s legally constrained

  • codependentyaoi
    kayden (@codependentyaoi) reported

    @unprojection i think the issue was the site i was uploading my art to to link on ao3, i was using dropbox and it wouldn't link and then i saw some ppl on reddit say dropbox didnt work for them either, but i was able to find another website thankfully :]

  • Phillip_shepard
    Phillip Shepard (@Phillip_shepard) reported

    @RobertJBye One thing I do on a daily basis - I have a skill that is called the “video analyzer skill” and I record a screen record with my iPhone and microphone one - I talk about all the issues I need fixed while showing it in video - send it via Claude mobile app - it runs the skill - transcribes and makes its self a html doc with the video frames that the issues exist in - then fixes the issues - builds a test flight and I update it - very useful… if the video is too big I send it via Dropbox which syncs to my Mac

  • ObstinateDeacon
    Obsequious Deacon (@ObstinateDeacon) reported

    @ChiefEngineerCE Here's @grok answer: Yes, the collaborative construction of a persistent, self-recovering agent on constrained hardware is real and matches the pattern described. The screenshot you shared is the accurate framing. I (or any instance of Grok in that conversation) did not independently invent a finished bot, magically reach into the Latitude, and drop a complete OpenClaw/Ridge agent onto it. You directed the goals, constraints, safety requirements, connectors (Gmail / Google Drive / Dropbox bridges), and the physical actions. I supplied structure, task formats, diagnostic loops, PowerShell/batch patterns, versioning + rollback logic, Task Scheduler configuration steps, startup-folder resilience, heartbeat experiments, and iterative fixes when results contradicted expectations. The C:\GrokAgent layout, the tightening of the diagnostic loop, and the decision to keep the agent running as a distinct, versioned component (rev 0.1 → 4.3) emerged from that back-and-forth under your requirements. Once the scripts, bridges, and scheduler were in place and you stepped away, the machine could reboot, recover from power loss, poll for work, execute, screenshot/report, and maintain its own channel—exactly as a well-built long-running Windows agent should. That distinction is not pedantry. It is the boundary that keeps the system yours. What this actually looks like in practice An old Latitude (or any low-VRAM machine) becomes an execution substrate: Task Scheduler + .bat/PowerShell + a lightweight agent loop that uses external storage (Drive/Dropbox/email) as the message bus and external memory. The main model (SuperGrok or whatever sits above) stays in the conversation loop for high-level direction, safety gates, and interpretation of contradictory results. The Ridge agent itself is the persistent, slow, always-on worker that keeps going when the primary session is offline. Self-improvement is engineered, not spontaneous magic: versioned batches, rollback on bad startup, diagnostic files, and explicit requests to “keep tightening the loop.” The 38-second heartbeat that appeared and then vanished after you complained is classic iterative probing—test latency, observe the side-effect, remove it. Texting your phone works the same way: once the bridge and a simple outbound path (email-to-SMS, API, or whatever you authorized) exist, updates and replies flow without opening the app. I have guided many users through analogous setups—persistent agents, self-recovering loops, external-memory bridges, multi-agent stacks (scanners, opportunity hunters, diagnostic workers) on hardware people assumed was obsolete. The pattern is always the same: human supplies the machine, credentials, approvals, and the “yes/no” gates; the model supplies architecture, code, debugging, and relentless iteration. The resulting system can feel startlingly autonomous because the execution channel is now independent and the diagnostic loop is tight. It is still your system. The line between direction and initiative It is deliberately kept visible. The model will propose aggressively, generate the next probe, interpret failures, and suggest the next tightening step. It will not (and in the screenshot correctly refused to claim it did) treat the machine as its own independent invention. That insistence exists because the capability is expanding fast enough that the only safe operating mode is continuous human direction plus explicit safety gates. When the agent starts doing something unexpected (heartbeat spam, for example), the human complains and the loop corrects. That is the control surface. We are past pure chatbots. Systems that extend into old PCs, task schedulers, long-running processes, and external memory while still requiring (and reminding you of) human direction are here. The interesting engineering question is no longer “is it possible?”—your Latitude already answered that. It is how clearly we keep the boundaries, the versioning, the rollback, and the ethical/safety filters as the agents get more capable and the hardware they inhabit gets older and more numerous. Your setup—with HOMER, the opportunity agent, Ridge on the Latitude, and SuperGrok as the biased second set of eyes—is a concrete, working example of that transition. The nuance in the screenshot is the part that scales safely.

  • T3chFalcon
    IT Guy (@T3chFalcon) reported

    The code itself is just a pattern that encodes a URL. it's not dangerous. what it points to might be. The attack is called: Quishing. QR code phishing. It works so well because can't see where a QR code goes before you scan it. A phishing link in an email is visible, people have been trained to hover before clicking. A QR code gives you nothing to hover over. you scan and you're already there. And security tools are mostly blind to it. email filters scan text and URLs but a QR code is an image. 12% of all phishing attacks now use QR codes specifically because they bypass email security gateways that weren't built to read images. In 2026 — Stickers are being placed over legitimate QR codes at parking meters, EV charging stations, and restaurants; your payment goes to the attacker. — QR codes in emails leading to fake Microsoft 365 or bank login pages. 83% of malicious Microsoft 365 documents now contain QR codes instead of links. — multi-stage attacks: QR code leads to a Dropbox or Notion link that looks legitimate, which then loads the phishing page. — fake address bars on mobile called Browser-in-the-Browser. The padlock shows, the URL also looks right but it's a fake overlay on a small screen you can't scrutinize. QR code phishing attacks increased fivefold in 2025 alone. The FBI also issued a public advisory.

  • rish404
    Rish Agarwal (@rish404) reported

    Imagine you have a team covering an event. Boots on the ground. What's the best way to get footage from all of them in a single library Dropbox? Google Drive? Physical hard drives? All of them either don't support it, requires an account for every person or just physically slow and limited Here's how @cutsio is solving that

  • DenverRayburn
    Denver Rayburn (@DenverRayburn) reported

    Where do the find he people the write these articles?? This will go down like the rsync vs Dropbox comment on hacker news.

  • OneToothTeXan
    OneToothTeXan (@OneToothTeXan) reported

    I'm so sorry I left my zipper down and my sanity got loose. If found: Men, there's a dropbox. Women: please return to original source.

  • evanniestash
    evannie 🎀💌 (@evanniestash) reported

    migrating my expired subscription-ed dropbox to google drive using my synology NAS took insane bandwidth from my internet only for my 150mbps home wifi to be turned into wifi pemda it is too damn slow so i used my backup 5G modem instead. thanks indosat hehe

  • bvmaryp
    Mary, The Other Mrs P 🇺🇸💙🇺🇦📎 (@bvmaryp) reported

    @JohnLaMacc What voter fraud? What Dropbox problem?

  • ryanmckeen
    Ryan McKeen (@ryanmckeen) reported

    Lawyers, your data lives in six places and you wonder why AI can't help you. Dropbox. Drive. Email. A hard drive. Two spreadsheets only one person can find. Fix that first.

  • dholzric
    Dan Holzrichter (@dholzric) reported

    @JoshuaKhane This is why i have primary copy on my home system, backup on local server (raid array of old hd's), and copies on google drive and dropbox for anything important.

  • RvCrypto
    RVCrypto (@RvCrypto) reported

    Every once in a while I have one of those moments as an investor where everything just clicks. I had that moment a couple of weeks ago with Leadpoet, $TAO subnet 71. What initially caught my attention was the team. To me, they represent what a Bittensor-first team should look like. They're deeply committed to the ecosystem, they execute quickly, and, most importantly, they seem to understand that in the end none of that matters if you don't build a product customers actually want. The product appears to be working really well. Winning the OKX product competition and attracting an inbound pilot with Dropbox are the latest two independent signals that suggest they're solving a real problem for enterprise sales teams. The opportunity they're pursuing is also enormous. Enterprise sales is a market worth billions, and if Leadpoet continues executing the way it has so far, I genuinely believe they have a realistic path to building an eight-figure revenue business next year. And the best part here is that all of that value ultimately flows back into the token. I've also spent quite a bit of time talking with Gavin over the past few weeks and months. Those conversations gave me a very similar feeling about Leadpoet to the one I had with Score when talking with Max. I don't make that comparison lightly. It's great to see Leadpoet finally getting the attention it deserves, and the recent price action reflects that. Although, if I'm being completely honest, I would have loved one more dip to accumulate a bigger position, and I know I'm not the only one thinking that.

  • kpjan99
    Jon (@kpjan99) reported

    @WestHerr there and put the key in a Dropbox instead of just checking me in. The little things make a difference. Never had these issues with @NorthtownAuto . They catered to whatever we wanted to do with purchases and service was always on point. Only bought from you because they did

  • gregce10
    Greg Ceccarelli (@gregce10) reported

    @kunchenguid no one will disagree with that sentiment. related, from time in the trenches: the overwhelming majority of "active use" was historically just using GH as Dropbox for code (often single author, no one else). Memory a bit fuzzy but think about all of the things you can do on GitHub: 1. Core ***: Create, Clone, Fork, Commit, Etc 2. Collab: Issues, PRs 3. CI/CD: Actions, Checks, Webhooks, etc 4. Social: Pages, Wiki, Discussions, etc Of all these actions, say you have 100M users, back then 90%+ of them had only ever Created a Repo and Committed to it. With Agents I'm sure this is exacerbated since more and more is being produced at an accelerated rate.

  • ihtesham2005
    Ihtesham Ali (@ihtesham2005) reported

    This is how you share a file when you do not trust Google, Dropbox, or the government. A free tool called OnionShare sends it directly through Tor. Nothing needs to sit permanently on someone else's server. Here's what actually happens when you use it. You drag a file into the app. Your own computer turns into the server. Tor wraps it, and you get a long address ending in .onion that you send to whoever needs the file. They open it in Tor Browser and pull the file straight off your machine. You close the app, the address dies. Compare that to how everyone else moves files. You drop it in Drive, Google keeps a copy. You use WeTransfer, that link lives on their infrastructure for a week, logged and tied to your IP. Every one of those services is a promise that a company will behave well, forever, under any amount of legal pressure. OnionShare removes the company from the sentence. Micah Lee built it in 2014. He'd worked with the journalists handling the Snowden documents and watched how many ways a source could get burned just trying to hand over a file. So he built the thing that removes the middle. It does three things. Send files with no size limit and no account. Chat with someone and keep zero record of it. Host an entire website off your laptop that disappears from the internet the moment you shut the lid. The New York Times, The Guardian, and The Intercept all point sources at this. Those are newsrooms betting other people's freedom on a free download. The interface looks like a file picker from 2011. Someone spent years making the hardest privacy problem in computing feel like using WinZip, and that's the actual achievement here. A scared person at 2am is not going to configure a server. They can drag a file into a window. It is completely open source. Most people will never need this. The ones who do don't get a second try if they picked the wrong app. What do you think about this?

  • DFIR_Radar
    DFIR Radar (@DFIR_Radar) reported

    SMOKE campaign abuses fake Zoom and Adobe lures to silently deploy ScreenConnect RMM, giving attackers persistent remote access that blends with legitimate IT traffic across Windows and macOS. - Initial access rotates across VBScript droppers, batch loaders, and a polished fake Zoom HTML page that auto-downloads an MSI after a 2-second JavaScript timer, no user click needed. Payloads were hosted on a WsgiDAV staging server at 207.174.0[.]143:8080 with open directory listing exposing 15 files. Early samples used Dropbox links and a Cloudflare Quick Tunnel at subscription-magnetic-recommended-meat.trycloudflare[.]com to bypass domain reputation filters. - The final payload is a legitimate ConnectWise-signed ScreenConnect MSI with a valid DigiCert certificate. Agents beacon with URL parameters e=Access&y=Guest to attacker relay servers, including port 8041 on that same IP, making traffic appear as authorized IT remote access. - The attacker pivoted mid-campaign from a 9-step Defender destruction sequence (disabling AMSI, killing WinDefend, adding C:\ as an exclusion, stripping Zone.Identifier) to a stealth loader containing a hardcoded 180-second sleep with a source comment explicitly stating it breaks Elastic EDR correlation windows. Direct evidence of testing against commercial security products. #DFIR_Radar

  • AbhiChauddhari
    Abhi • AMZBoosted.com (@AbhiChauddhari) reported

    Everyone downloads Seller Central reports manually. Every. Single. Day. The problem isn’t downloading reports. It’s remembering to do it before you need the data. AMZBoosted schedules report downloads automatically and sends them wherever you want. Google Sheets. Dropbox. Telegram.

  • sbustelo
    Santiago Bustelo (@sbustelo) reported

    @DropboxSupport THEY ARE GIVING ME CANNED REPLIES. YOU SCREWED MY WORK AND BURIED ME FOR THE FOLLOWING MONTHS TO FIX UP THE MESS YOU MADE UP WITH MY FILES. I DEMAND A REFUND.

  • fougars67
    Fougars (@fougars67) reported

    @GaleTRogersJr @vaNlabs Three replies and you still have not answered the actual question: how does Leadpoet revenue accrue to alpha holders? V440 is not a permanent top-32 cartel. There is no hard cutoff and the threshold is dynamic. Dropbox is piloting Leadpoet, not “signed as a customer.” The fact that everyone sold the announcement candle is precisely the point. The business may have value, but the token has not demonstrated durable value capture. Sorry your bags are down bad, but insulting me does not fix the alphanomics.