Robinhood Outage Map
The map below depicts the most recent cities worldwide where Robinhood users have reported problems and outages. If you are having an issue with Robinhood, make sure to submit a report below
The heatmap above shows where the most recent user-submitted and social media reports are geographically clustered. The density of these reports is depicted by the color scale as shown below.
Robinhood users affected:
Robinhood is a free-trading app that lets investors trade stocks, options, exchange-traded funds and cryptocurrency without paying commissions or fees.
Most Affected Locations
Outage reports and issues in the past 15 days originated from:
| Location | Reports |
|---|---|
| Orlando, FL | 1 |
| Carlisle, MA | 1 |
| Youngstown, OH | 1 |
| Columbus, OH | 1 |
| Brooklyn, NY | 1 |
| Denver, CO | 1 |
| Herndon, VA | 1 |
| Fort Worth, TX | 1 |
| Fremont, CA | 1 |
| West Lafayette, IN | 1 |
| Noida, UP | 1 |
Community Discussion
Tips? Frustrations? Share them here. Useful comments include a description of the problem, city and postal code.
Beware of "support numbers" or "recovery" accounts that might be posted below. Make sure to report and downvote those comments. Avoid posting your personal information.
Robinhood Issues Reports
Latest outage, problems and issue reports in social media:
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Robert Sags (@RobertSagurton) reportedThe @RobinhoodApp decision shows that no existing chain has built significant enough network effect or liquidity to matter. They shunned all that and instead chose a younger, purpose-built solution whose execution environment made sense to them. That’s now all that matters.
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devameer 🇵🇹 (@devameer0) reported@0xmani @RobinhoodApp Wtf rubbinhood ?
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Wearysoles (@wearysoles1776) reported@RobinhoodApp I've blocked and muted this ad, but it still pops up This is a terrible company and their other ads had many posts hidden from angry users.
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⛩metaronin⛩ (@metaronin) reported@adam3us @BitPaine @RobinhoodApp Maintenance still at 50%
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𝗵𝘂𝗻𝘁𝗲𝗿 (@BFreshHB) reportedsolana has a huge problem today their chain houses an ample amount of TVL/volume with tons of impressive teams building on it but what happens when one of those teams feels like they've reached a growth ceiling that can only be hit from being on a public chain? for context: @solana on the daily averages roughly ~2 million active addresses and ~300 million txs with fees being close to $0 - so 99.9% of teams won't have that problem but the top .1% of teams will the economic upside from renting block space on a public chain comes from distribution, available liquidity, and infrastructure that's good enough for steady growth the reality is that if you're a company (onchain or not) that needs to make more money, you need to either: 1. cut costs somewhere in the business or 2. increase revenue (more customers/higher prices/capturing leaking value) turns out the top fintech companies in the world have already figured out a way do #1 by launching L2s and realize profit margins greater than 98%: > @coinbase via base > @robinhoodapp via robinhood chain an important caveat here is that this mainly applies for companies building end-user facing products not defi native teams (so dexes/lending protocols can happily grow without worry of limitation imo) technically this argument can be used for any monolithic chain but imo it's inevitable that solana will be the biggest victim of this in the future given how fast they're growing roast me in the comments if you disagree 🤝
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noorucn (@sportytechworld) reported@elcryptoenjoyer @RobinhoodApp @circle You do know official MMs get insider info on actual announcements dates (am not saying it happened here though), that they can choose when to pump these. With all the subtle hints, price was going down. Price only started showing strength only the last couple of months.
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Mocha (@sol_mocha) reported@RobinhoodApp Sign up is broken 🤔🤔
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Doggy’o (@lazydogggy) reported@RobinhoodApp Wow hood will crash hard after this announcement is over
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Johnny Suede (@Johnnysuede) reported@NickADobos @RobinhoodApp Markets are a brutal test for agent loops because bad state costs money immediately. The interesting part is less AI picks stocks and more whether agents can show thesis, constraints, provenance, and reversibility.
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Ryan Lorello (@LORELLOFORECAST) reported@RobinhoodApp directly texted me 666. Why did you guys do that? I never asked for 666 payments. Wtf
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Sandra (@Sandrapc13579) reported@RobinhoodApp Beware Canada! Worst crypto exchange ever!
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Degen Inter (@DegenIntern9999) reported. $**** it @RobinhoodApp is 🔥🔥🔥
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Brian Cohen (@inthepixels) reportedBeyond DRAM Futures: Why the AI Era Demands a New Way to Hedge Semiconductor Risk and why @RobinhoodApp $HOOD could lead the change The global memory shortage is frequently diagnosed as a standard supply-and-demand imbalance. While accurate, that explanation is incomplete. The deeper reality is that artificial intelligence has fundamentally rewired the economics of semiconductors. Memory is no longer just another component on a bill of materials; it has become strategic infrastructure. For decades, hardware manufacturers primarily worried about the *price* of memory. Today, they face a far more existential threat: **whether they will be able to source memory at all.** This distinction represents a massive paradigm shift. The Hyperscaler Hegemony The explosive buildout of AI infrastructure has dramatically altered the semiconductor customer base. A concentrated group of hyperscalers—including Microsoft, Alphabet, Meta, Amazon, and Apple—is investing hundreds of billions of dollars into AI data centers. Their unprecedented purchasing power allows them to secure multi-year supply agreements and lock up production capacity years in advance. Consequently, traditional hardware companies that once competed against one another for commodity memory now find themselves competing against trillion-dollar AI infrastructure budgets. At the same time, the world’s tier-one memory manufacturers—Samsung Electronics, SK Hynix, and Micron Technology—have powerful incentives to pivot. They are increasingly devoting their limited wafer capacity to high-margin, AI-essential products like High-Bandwidth Memory (HBM). > **The Opportunity Cost of AI:** Every silicon wafer allocated to HBM is a wafer pulled away from producing commodity DRAM or NAND flash. The downstream effects choke the supply chains of everyday electronics: laptops, smartphones, cameras, gaming consoles, automobiles, and industrial equipment. > As a result, modern memory shortages are not driven by an inability to manufacture chips, but by deliberate economic allocation. The truly scarce resource is no longer the silicon itself—it is the **manufacturing capacity**. Why DRAM Futures Failed This shift exposes exactly why previous attempts to establish DRAM futures markets never gained traction. The underlying concept was sound. Standardized futures contracts have long allowed industries from agriculture to energy to hedge price volatility. Naturally, financial exchanges explored whether similar mechanisms could stabilize the memory market. During the late 1980s and early 2000s, several exchanges experimented with tradable DRAM contracts. None achieved meaningful adoption. The structural hurdles were simply too high: Lack of Homogeneity: Unlike crude oil or wheat, DRAM is not a uniform commodity. It is fragmented by densities, speeds, form factors, power requirements, and interface standards. Rapid Obsolescence: Semiconductor product lifecycles are measured in months, making standardized contracts obsolete almost as soon as they are written. The Liquidity Death Spiral: Without standardization, market liquidity never developed—and without liquidity, the markets failed to attract enough buyers and sellers to function efficiently. But perhaps these financial experiments failed for a more fundamental reason: they were solving yesterday's problem. Traditional futures markets hedge price risk. Today’s hardware ecosystem faces capacity risk. Price Risk vs. Capacity Risk For an electronics brand like GoPro, Nintendo, or Garmin, the difference between NAND flash costing $6 or $8 per chip is secondary to whether they can secure enough chips to hit their holiday production windows. A delayed product launch caused by missing components destroys far more enterprise value than a marginal macroeconomic price spike. This inventory anxiety now plagues everyone from consumer tech mainstays like Sony and Dell to major automotive giants like Tesla and Ford.
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Für das Volk (@Sean_Terren733) reported@RobinhoodApp Heaven help us. I'd have thought you morons had filed bankruptcy by now.
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Pelosi's Left Areola (@jvandy50) reported@stkmarktswinger @Biotech_SD @RobinhoodApp Just wait till you get the joy of talking to their customer service...they made a mistake and I just wanted them to fix it on principle alone, they closed the case before I could even reply lol