Beeper has removed its waitlist

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Beeper has removed its waitlist
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The messaging app Beeper has been hitting the headlines a lot recently. We are all still reeling from the drama it went through while trying to provide iMessage services to Android users. While Apple has squashed its plans to do so, Beeper is still a very popular messaging service. In fact, Beeper has actually removed its waitlist, so the service is now available to hundreds of thousands of more users.

Today marks a turning point for Beeper, as the company announced that it was just bought out. The app was acquired by Automattic. This is the company that owns Tumblr, Pocket Casts, WordPress, and other companies. We’re not sure how much money the company bought Beeper for. However, we’re pretty sure that it was a good amount.

Download Beeper on the Play Store

Beeper has removed its waitlist

Beeper, like Bluesky, was not available to everyone initially. When you signed up, you were put on a waitlist. This is the kind of thing we see with a lot of smaller and newer platforms. There were a ton of people who wanted to use the service, and many of them were probably eager to try out the Ill-fated iMessage integration. So, it was a bit of a bother having to wait.

However, with the news of the acquisition, Beeper stated that it has removed its waitlist. While this has not been confirmed yet, it seems likely that, due to the acquisition, Beeper now has more money for more server space to facilitate more users. Beeper mentioned that there were more than 400,000 people waiting for an invite to use the service.

How much does it cost to use Beeper?

When companies get acquired, they sometimes go through sweeping and unfavorable changes. These changes often negatively affect the end user. However, the changes affecting Beeper will not manifest in predatory monetization. People will retain all of the features that are available today on the app.

The company’s CEO, Eric Migicovsky, said that there will always be a free tier. This implies that the company is going to launch a paid subscription service for the app. Having a paid subscription should come as no surprise. Right now, we don’t know what sort of features to expect from this payment tier. However, we expect it to be like Telegram Premium in that you will have access to more advanced features.

Changes the user will have to make

There are a few things you will need to keep in mind. When setting up your new Beeper account, you will be given a recovery code. The company encouraged you to save your recovery code to Google Password Manager.

Also, Beeper will no longer bridge itself with other messaging platforms through the cloud. In case you don’t know, you are able to message people using other platforms on Beeper. This includes platforms like WhatsApp and Google Chat. Well, after the change, you will still be able to message other people through different services. However, this will be handled on device as opposed to in the cloud. This is a much more secure way of Bridging the services.


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The Snapdragon 8s Gen 3 is a cut-down version of the 8 Gen 3

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The Snapdragon 8s Gen 3 is a cut-down version of the 8 Gen 3
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Besides powering the top-of-the-line flagship Android phones, Qualcomm recently has also begun to focus on the mid-range segment. A result of it is a near-flagship performance in the mid-range segment. The Snapdragon 8s Gen 3 is a perfect example of this.

Now it turns out that the Snapdragon 8s Gen 3 not only replicates a flagship-level performance, but it also boasts the same cores (building blocks of a CPU) as the current and most powerful flagship chip from Qualcomm, the Snapdragon 8 Gen 3.

Snapdragon 8s Gen 3 is nearly 35% smaller than its flagship counterpart

Chinese media outlet ITHome has compared the dimensions of the Snapdragon 8s Gen and the flagship Snapdragon 8 Gen 3. Those are 8.40×10.66mm and 10.71×12.81mm for the two respectively. It means that the ‘s’ branded new mid-range chip is approximately 34.73% smaller than the flagship silicon.

Notably, the smaller size also indicates some sacrifices in the components of the chip. The sacrifices for the Snapdragon 8s Gen 3 as compared to its more expensive version include a smaller 1MB L2 Cache for the prime Cortex-X4 core, as opposed to the 2MB one on the more expensive chip. The Cortex-A720 performance core is also reduced from 512KB to 256 KB. The L3 cache and SLC cache have also undergone similar reductions.

The primary function of the cache memory is to temporarily store frequently accessed data and instructions, helping to reduce the time it takes for the CPU to access them from the slower main memory (RAM). This results in faster data retrieval and improved overall system performance. A smaller L3 and SLC cache means technically slower execution of tasks in certain scenarios.

Both the chips equip the same cores with different frequencies

Both the chips are fabricated on TSMC’s 4nm process node. The CPU of the Snapdragon 8 Gen 3 consists of 1 x 3.3GHz Cortex-X4 (prime core), 3 x 3.15 GHz Cortex-A720 and 2 x 2.96GHz Cortex-A720 (performance core), and 2 x 2.26GHz Cortex-A520 (efficiency core).

In comparison, the smaller sibling equips the same cores with reduced peak frequencies – 1 x 3GHz Cortex-X4 (prime core), 4 x 2.8 GHz Cortex-A720 (performance core), and 4 x 2GHz Cortex-A520 (efficiency core).

The Snapdragon 8s Gen3 supports up to 4200MHz LPDDR5X memory, and the Snapdragon 8 Gen3 supports 4800MHz LPDDR5X memory. While the ISP of the new mid-range chip supports up to 4K HDR video recording, its bigger sibling can go up to 8K on the same.

In terms of communication, the smaller chip equips the X70 baseband and supports 5000Mbps downlink and 3500Mbps uplink. In comparison, the Snapdragon 8 Gen 3 boasts the X75 baseband, which enables double the downlink capability of the ‘s’ branded chip.

Nonetheless, the ‘s’ branded chip is a lot less expensive and offers these capabilities to a mid-range device instead of a flagship, which justifies all the sacrifices.


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Google announces new app, Google Vids, for simple video creation within Workspace

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Google announces new app, Google Vids, for simple video creation within Workspace
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Video creation is not easy work and to do it properly, companies have to usually hire a video production expert or team. However, there are times when a quick video is needed for a training session, or for new employee orientation, etc. There are numerous instances when having a tool to create a quick presentation-like video would be helpful, and there are tons of options out there right now, but surprisingly none have been from Google — until now.

As part of all the Workspace improvements coming out of Google Cloud Next ’24, Google has announced their new AI-powered app, Google Vids. It joins the Workspace collection alongside Docs, Sheets, and Slides with the promise of making quick and engaging videos a painless reality.
The idea is to streamline the video production process. Vids uses AI to turn your idea into something tangible and polished. It generates a basic storyboard you can tweak and then automatically pulls together suggested scenes from stock footage, images, and background music. You can even use preset voiceovers or opt to record your own voice to finish things off.The interface is meant to be intuitive, negating the need for advanced video creation knowledge or experience. Also, like other Workspace staples, Vids lets you share and collaborate with your team. Google Vids isn’t a direct replacement for fancy video editing software, but it aims to fill the niche where simplicity and quick turnaround for internal purposes are more important.
For now, Google Vids will be a browser-only product. However, according to The Verge‘s reporting, Kristina Behr, Google’s VP of product management for the Workspace collaboration apps said that mobile support would come over time.

Google Vids is currently slated for a limited Workspace Labs release in June, but there are beta testers utilizing the app right now. We’ll have to wait and see how well it performs once it’s widely rolled out, and whether it will deliver on its promise of making corporate video creation a breeze.


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Ahoi Attacks – New Attack Breaking VMs With Malicious Interrupts

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Ahoi Attacks – New Attack Breaking VMs With Malicious Interrupts
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Ahoy, which is often associated with communicating to ships, has now been playfully adopted in pirate language.

We coin ‘Ahoi,’ an anagram of ‘Iago,’ to pay tribute to research on interface attacks with TEEs.

Confidential computing, also referred to as trusted execution, protects sensitive computations on public cloud platforms. 

Hardware vendors provide trusted hardware that guarantees user code and data security from malicious actors.

Ahoi Attacks

Cloud providers now offer confidential computing via technologies like Intel SGX for process-level isolation and AMD SEV, Intel TDX, and ARM CCA for VM-level isolation as Confidential VMs (CVMs). 

SGX enclaves isolate single processes from other processes/OS, while CVMs allow deploying entire isolated VMs inaccessible to other tenants, provider’s hardware/software like hypervisors.

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CVMs enable better cloud-native confidential computing abstraction than SGX’s process-level model.

Interrupt management is done almost entirely by the hypervisor in CVMs. CVM security can be breached by Ahoi attacks using notifications.

The hypervisor virtualizes the delivery of interrupts necessary for the operation of CVMs.

This hooks physical interrupts, redirects them to corresponding virtual machines, and raises virtual interrupts.

As a result, the guest OS within this CVM handles these interrupts via their handlers and ultimately acknowledges them.

The hardware exception is mapped in “x86” to the interrupts 0 through 31.

An example of this is when a divide-by-zero occurs and raises interrupt 0, which the OS converts to SIGFPE for user-space delivery.

Applying for a custom handler is like calculating the non-weighted average of SIGFPE.

Ahoi attacks have virtual CPUs that are attacked using a hypervisor to inject malicious interrupts into them, which helps invoke interrupt handlers globally.

Execution flow leading to successful authentication (Source – Github)

Ahoi attacks can take advantage of the interrupts and signals, which were made for trusted hypervisor environments.

Projects like Heckler can demonstrate this, as they have demonstrated how to breach AMD SEV-SNP and Intel TDX to gain unauthorized access to CVMs. 

Moreover, such vulnerabilities extend even up to specialized interrupt interfaces such as AMD SEV’s VMM Communication Exception (#VC) meant for safe hypervisor-CVM communication. 

However, this interface can be used by hypervisors to perform malicious tasks that are executed without being caught by CVMs.

WeSee exploits AMD SEV-SNP’s flaws to do forbidden things on CVMs.

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Release date, specs, price & more

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Release date, specs, price & more
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The Google Pixel 9 Pro XL is one of five Pixel flagships Google plans to announce this year. The Pixel 9 is also coming, as are the Pixel 9 Pro, Pixel 8a, and the Pixel Fold 2. The Pixel 9, Pixel 9 Pro, and Pixel 9 Pro XL are all expected to launch at the same time, in October this year. We have a separate Pixel 9 and Pixel 9 Pro preview articles, in case you’re interested in that. The ‘Pro’ models will be more powerful than the vanilla Pixel 9, though, of course.

At this point in time, we’re still quite some time away from the launch of the device. Therefore not a lot of information surfaced, but more is coming constantly. So we will keep updating the article, but for now, we’ll talk about what we know, and what we think we know about the device. So, let’s get to it, shall we?

This article will be regularly updated with new information on the Google Pixel 9 Pro XL (this is a preview article) — both official teasers and credible leaks, rumors, and insider claims — as it becomes available in the run-up to the release of the upcoming Android smartphone. This is the initial publishing of the article.

When will the Google Pixel 9 Pro XL be released?

The Google Pixel 9 Pro XL is expected to launch in October, alongside its siblings, the Pixel 9 and Pixel 9 Pro. The Pixel 7 series arrived on October 4, 2023, while the Pixel 8 series launched on October 6, 2023. Therefore, we do believe that the Pixel 9 series will also arrive in October. Well, unless Google has some major changes planned for this year. There’s a slight chance the event could take place in late September, we’ll see. We’re still months from the confirmation, though. Google likely won’t share the exact launch date until September.

What models are coming?

Last year, Google launched a single RAM variant of the Pixel 8 Pro, but that model arrived in several different storage options. The same is likely to happen this year. We probably won’t see more than one RAM variant of the Pixel 9 Pro XL. It’s very likely Google will stick with 12GB of RAM in the Pixel 9 Pro XL, but no info surfaced just yet, so it’s possible that will get upped to 16GB of RAM. It’s improbable, though. Google will use LPDDR5X RAM, though.

When it comes to storage, last year, the entry-level variant offered 128GB of storage. The same could end up being the case this year, though Google could up that to 256GB of storage. Chances are we’ll get several variants going up to 1TB of storage. Chances are Google will use UFS 4.0 flash storage this time around, while it used UFS 3.1 last year. The storage will not be expandable.

How much will the Google Pixel 9 Pro XL cost?

What about the Pixel 9 Pro XL price? Well, we still don’t have any information regarding that. The Pixel 8 Pro did start at $999 last year, and it would be preferable if Google kept that price tag intact, as the Pixel 9 Pro XL is its direct successor. There is a chance the company will bump it to $1,099, though, or something of the sort. The Pixel 8a is expected to get a price bump, so the same could happen with the Pixel 9 Pro XL. We are hoping that won’t be the case, though, as the $999 price tag would be most appealing to consumers.

What will the Google Pixel 9 Pro XL look like?

CAD-based Google Pixel 9 Pro XL renders did surface, so we have a good idea of what the phone will look like. Google will redesign the Pixel 9 Pro XL, to a degree. The device will have flat sides (all around), that are slightly curved toward the edges. That is a completely different approach to what the Pixel 8 Pro delivered. That’s not all, though. The phone will also include a flat display, unlike its predecessor. The display will feature very thin bezels, and those bezels will be uniform. A display camera hole will sit at the top of the display, and it will be centered.

We’ll also see a difference on the back of the device. The back side will be flat this time around. The camera visor will not be connecting to the left and right sides of the frame, as it did on the Pixel 8 Pro. It will be a separate pill-shaped entity on the back, though it will still be covered by metal. This approach is more similar to what the Pixel Fold delivered. The phone would look rather weird if Google went to connect that camera visor to the sides, now that both the sides and the back are flat.

It will have very similar measurements to its predecessor

The Pixel 9 Pro XL is said to measure approximately 162.7 x 76.6 x 8.5mm. So it will measure approximately the same as the Pixel 8 Pro. Along with the CAD renders, it was said that the display will be a bit smaller this time around. The Pixel 9 Pro XL is said to have a 6.5-inch panel, not a 6.7-inch one. That is highly unlikely, however. Considering that the size will remain unchanged, and the bezels either remain the same or be thinner, the display will either be a 6.7-inch or a 6.8-inch panel.

The Google Pixel 9 Pro XL will be made out of metal and glass, just like its predecessor. Its main speaker will be located at the bottom, along with a Type-C USB port. Three cameras will sit inside its camera island on the back. We still don’t know what to expect in terms of weight.

What specs will the Google Pixel 9 Pro XL have?

What about the phone’s specifications? Well, not a lot of information surfaced thus far, but we can try and guess what we’ll get. What we do know is that the Google Tensor G4 processor will fuel the phone. That chip will be made using Samsung’s 4LPP+ 4nm process. That is the same process as for the Exynos 2400, by the way. Google is expected to make a switch to TSMC with the Tensor G5 in 2025, as that will be a “fully-custom” chip. The Tensor G4 is expected to bring improvements to the table, though, of course.

A 6.5-inch display was tipped by @OnLeaks when CAD renders to shared. We believe that won’t be the case, though. The dimensions of the device will basically remain the same, and the display will remain flat. If we had to guess, we’d say the phone would include a 6.7-inch or a 6.8-inch panel. That will be a QHD+ LTPO AMOLED display, with an adaptive refresh rate of up to 120Hz. The panel is expected to be quite bright and support HDR10+ content too.

Google is expected to make a jump to UFS 4.0 flash storage

Google will most probably include 12GB of LPDDR5X RAM inside of the device. There’s a slight chance we may get 16GB of RAM instead, but that’s not as likely. It’s almost certain only one RAM variant will be available. We do expect multiple storage versions, however, likely going all the way up to 1TB. Google is expected to use UFS 4.0 flash storage this time around. The storage will not be expandable, by the way.

We’re not sure about the battery capacity just yet, but a unit of around 5,000mAh is expected. The Pixel 9 series is expected to support Qi2 charging standard for wireless charging, though. The company most likely won’t increase the speed of wired charging, so 30W charging is expected. Google could still surprise us, though. Do expect the phone to be IP68 certified for water and dust resistance too, and include a set of stereo speakers. We don’t have any information on the phone’s cameras just yet. We are, however, expecting main, ultrawide, and periscope telephoto units on the back.

Should you wait to buy the Google Pixel 9 Pro XL?

At the time of writing this article, the Pixel 9 Pro XL launch is over 6 months away. The Pixel 8 Pro is an excellent smartphone, and we get to see various deals for it quite often. If you do need a new phone, getting the Pixel 8 Pro as we speak may not be a bad idea. The Pixel 9 Pro XL is expected to be an improvement, for sure, but we do feel like the Pixel 10 Pro will be a much bigger jump. So if you do plan on upgrading after 1.5-2 years, getting the Pixel 8 Pro now, and then jumping to the Pixel 10 Pro may not be a bad idea. If you can wait, however, do wait a bit more, as more Pixel 9 Pro XL info is bound to surface in the coming weeks/months.


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Elon Musk predicts superhuman AI next year

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Elon Musk predicts superhuman AI next year
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With the introduction of generative AI, many of us instantly started thinking about some sort of dystopian future where super-intelligent AI is waging war on humanity. Well, ChatGPT is far from that. Be that as it may, billionaire Elon Musk says that superhuman AI technology will exist within a year.

Now, Tesla and X owner Elon Musk is looking to make his mark on the AI industry. He started a company called xAI, and it’s already established its own AI model named Grok. If you want to use Grok, you will need a subscription to X Premium+. Musk says that Grok is on level with OpenAI’s top model GPT-4. So, it’s no surprise that he’s putting in his two cents on AI technology.

Elon Musk believes that we will have superhuman AI technology next year

Elon Musk spoke to the Guardian in an interview and gave his predictions for AI technology in the very near future. Earlier, he stated that superhuman AI will exist by the year 2029. That’s a pretty far-off year, but he then changed it and brought it even closer to the present. He said that next year, we will start to see superhuman intelligent AI. This is an AI that is smarter than any human being on the planet at any point in time. It will be able to outpace human beings in any task.

This is a scary thought because it’s always the superhuman intelligent AI that wants to extinguish humanity. Or, that’s how it is in the Sci-Fi movies, at least. While it might seem like fun fighting agents in the Matrix, we are not quite sure that this is the future that AI will bring.

Future AI limitations

In any case, Musk also talked about the limitations that AI technology will have to face. Currently, companies are having trouble securing powerful Nvidia GPUs to train their AI models. However, the next issue that AI will face, according to Musk, won’t be so physical.

Musk expressed that the next issue with AI will be providing enough energy to power all the data centers. There is a lot of truth in that statement. Currently, Microsoft and OpenAI are planning on making an absolutely massive AI supercomputer. To power it, the companies are considering using nuclear power.

So, the amount of energy required to power these AI models will be immense. There’s no telling if there will be enough power to successfully power all of the AI data centers in the near future.

Elon Musk’s plan for safe AI

One thing that must be mentioned during the interview is the fact that he wants Grok to be developed safely. “It’s actually important for us to worry about a Terminator future in order to avoid a Terminator future,” he said during the interview.

While this seems a bit paranoid, this might be the best course of action. We have to be thinking about what sorts of things can happen when AI technology is left unchecked. While we don’t expect ChatGPT to suddenly consider human beings obsolete, there’s no telling what could happen. So, it’s best to stay safe


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Google introduces voice prompting and polishing for Gmail’s “Help Me Write” feature in Workspace

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Google introduces voice prompting and polishing for Gmail’s “Help Me Write” feature in Workspace
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Google introduced its AI-powered “Help Me Write” feature to Gmail last year, making email writing a breeze for Workspace customers that had access to the feature. Now, Google is stepping up the feature’s helpfulness with some really handy upgrades.
As announced today at Google Cloud Next ’24, as part of a series of Gemini-powered features that will be sprinkled throughout Google Workspace apps, Gmail’s “Help Me Write” will be getting some nifty upgrades. Google states that 70% of workspace users that use it, end up actually taking the suggested changes. Considering this number, it’s no surprise that the company wants to expand on the feature in order to not only help you with your writer’s block, but also empower you to go the extra mile and refine, or “polish” your compositions.

Because of this, Google will be bringing voice prompting and instant polish to Gmail’s “Help Me Write.” This allows for users to easily whip up a complete email using voice input that can be as simple as some rough notes and bullet points, which should be extremely helpful when on the go. Gemini then takes over and whips that rough draft into a professionally written email, like an instant editor that can fix your grammar, spelling, and structure — all while making sure your sentences flow smoothly.

Google introduces voice prompting and polishing for Gmail's "Help Me Write" feature in Workspace

Credit: Google

Voice prompting should be available right away, however, the instant polish feature will be available to Gemini Enterprise and Gemini Business customers — as well as Google One AI Premium subscribers — “soon.” Additionally, this will be strictly for Gmail on mobile. Here’s hoping that this becomes available soon to all Workspace users, and hopefully personal accounts in the future.

Google’s doubling down on making email effortless with AI enhancements. Whether you love it or remain a bit wary of AI-written content, it seems like the future of email is getting a lot less wordy and a lot more polished.


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Hackers Using ScrubCrypt ‘AV Evasion Tool’ Exploit Oracle Servers

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Hackers Using ScrubCrypt ‘AV Evasion Tool’ Exploit Oracle Servers
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Hackers exploit Oracle WebLogic Servers, knowing that they are extensively used in enterprises.

Threat actors can use security vulnerabilities present in the WebLogic servers to gain unauthorized access to sensitive data and install backdoors that open avenues for further exploitation.

FortiGuard Labs recently uncovered the 8220 Gang using ScrubCrypt, an antivirus evasion tool, to launch attacks on exploitable Oracle WebLogic servers last year. 

Recently, a threat actor distributed a phishing email with malicious SVG files, downloading an obfuscated Batch file containing BatCloak, which uses ScrubCrypt to load VenomRAT payload. 

It maintains a C2 connection to install plugins like VenomRAT v6, Remcos, XWorm, NanoCore, and crypto wallet stealer on victims’ systems, bypassing antivirus detection.

The attacker begins with a phishing email claiming package delivery, attaching an SVG file titled “INV0ICE_#TBSBVS0Y3BDSMMX.svg” containing base64-encoded data.

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When opened, the ECMAScript converts it to a ZIP file named “INV0ICE_#TBSBVS0Y3BDSMMX.zip,” containing an obfuscated batch file. 

Presumed to be from the BatCloak tool, it copies a PowerShell file to “C:\Users\Public\xkn.exe” and hides its activities with parameters. 

Decoding the data, it saves as “pointer.png,” then as “pointer.cmd” in a hidden directory. Upon executing “pointer.cmd,” all files are deleted using “cmd /c del.

The “pointer.cmd” file is a ScrubCrypt batch file that deliberately fills it with jumbled-up strings so that it is difficult to read.

It consists of two payloads, which are Base64 encoded, decrypted using AES-CBC, and compressed using GZIP. 

It uses PowerShell to load an assembly from a byte array and execute its code.

The initial payload establishes persistence and loads malware, which checks for administrator privileges and the presence of a debugger.

In addition, if the user has special rights, then the script copies itself over to “strt.cmd” and schedules a task.

Otherwise, it copies itself into the “StartUp” folder. Next, it loads an assembly called “P” to initiate VenomRAT, Fortinet said.

The second payload evades AMSI and ETW to enable remote access.

Spam emails propagating unauthorized system access, like a modified Quasar RAT called VenomRAT, distribute this malware.

Attack chain (Source – Fortinet)

It sends victim details back to its command and control (C2) server. Debugging shows keep-alive sessions and mechanisms for acquiring plugins.

After receiving orders, it unzips and stores plugins using filename-based PowerShell commands.

Here below, we have mentioned all the plugins that are used:-

The campaign involves various levels of obscurity and uses phishing emails and malicious software to silently spread VenomRAT through ScrubCrypt as well as other malware plugins that give it persistence, evasion mechanisms, and means for running damaging codes. 

The originality in adapting strategies and utilizing the wide range of functionalities available to infiltrate systems without being detected by security solutions illustrates how complex modern threats are, which demand strong security measures.

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Raindex Launches On Flare To Power Decentralized CEX-Style Trading

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Raindex Launches On Flare To Power Decentralized CEX-Style Trading
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Flare, the blockchain for data, has announced the launch of the Raindex desktop app: a new intents-like DEX that uses the Flare Time Series Oracle (FTSO) to offer the advanced trading operations of centralized exchanges. Users can now set bid and offer prices, activate stop loss and take profit mechanisms, and replicate other traders’ strategies in a trustless, fully-permissionless, decentralized way, on-chain.

The Raindex app utilizes the intuitive Rainlang smart contract language, giving anyone the ability to design, write, deploy and manage customized token trading strategies, while leveraging Flare’s native decentralized price oracle, the FTSO, for reliable and secure asset price triggers.

Raindex achieves this with an intents-like architecture. Users can specify their desired trade outcomes without needing to define how the trade is fulfilled, potentially setting up multiple future trades as part of a strategy deployed in a single transaction. Anybody can then perform the trades on behalf of users, within the constraints of the pre-defined strategy.

For instance, a user can write a strategy to sell assets at a set price triggered by the Flare Time Series Oracle. Under the hood, Raindex facilitates this trade by acting as a matching venue for buyer and seller intents. This frees users from manual order placement and constant market monitoring.

Trusted Real-Time Asset Price Data

The culmination of more than three years of dedicated development, Raindex blends the most compelling advantages of both CEXs and DEXs into a single platform, allowing users to craft and execute Rainlang strategies without intermediaries. It provides a CEX-like trading experience with enhanced DEX-style autonomy and security, so users no longer have to give up control of their digital assets. 

The platform will take advantage of FTSOv2’s new “Fast Updates” capability that delivers asset prices every block (1-2 second intervals), secured by Flare’s novel architecture, guaranteeing both price accuracy and censorship resistance.

Flare offers a unique trust model for the enshrined oracles on their network as the data integrity is secured by the validators themselves. An extension of Rainlang on Flare enables FTSO data to be leveraged for trading strategies, enhancing market responsiveness while eliminating the reliance on third-party, off-chain data oracles.

Josh Hardy, Co-founder of Rain, commented: “Secure, reliable data is an indispensable part of the toolkit for anybody writing trading strategies. We’re super excited to introduce Rainlang and Raindex into Flare’s ecosystem, connect with the DeFi community and see what they create!”

Enhanced Trading Without Intermediaries

Rainlang is an innovative new programming language that’s designed to be simple to read and write. Anyone who can read and write Excel formulas can easily learn to create smart contracts using Rainlang.

Traders will be able to implement their customized strategies, including, but not limited to, dollar-cost averaging (DCA), stop losses, Dutch orders, portfolio rebalancing, market-making liquidity management and trend tracking. 

With the ability to set bids and asks, stop loss, take profit triggers, and copy trade vaults, the platform moves beyond traditional Automated Market Maker (AMM) models, offering unparalleled trade expression freedom with full on-chain execution.

“The recently announced upgrades to the Flare Time Series Oracle will enable up to 1,000 asset prices to be delivered on-chain every second or so, without sacrificing decentralization or security. Combine this with Rain’s intents-like DEX and you enable much of the functionality of a centralized exchange but without the risk of needing to custody your assets with a third party,” said Hugo Philion, Flare Co-founder and Flare Labs CEO. 

The comprehensive Raindex desktop app provides an all-encompassing set of tools for traders to devise and write their strategies, with the ability to simulate its performance before deploying it on-chain. Users can simply express what they want using Rainlang, deposit their tokens into vaults and then deploy their order when the time is right, with Raindex’s app providing real-time performance monitoring. 

To celebrate its launch on Flare and entice the community to show off its trading skills, Raindex is staging a trading contest that will run throughout May 2024, with a total prize pool of $12,000 available for those who can create the most profitable trading strategies using Rainlang. 

About Flare 

Flare is the blockchain for data: an EVM smart contract platform specifically designed to support data-intensive use cases, including Machine Learning/AI, RWA tokenization, gaming and social. With decentralized, enshrined oracles secured at the network layer, Flare is the only smart contract platform optimized for decentralized data acquisition – price & time series data, blockchain event & state data, and web2 API data. By giving developers trustless access to the broadest range of data and data proofs at scale and for minimal cost, Flare expands the utility of blockchain and supports the development of new and improved use cases.

About Raindex

Rainlang is DeFi’s native language on EVM. Entirely on-chain, it promotes accessibility and decentralization by making smart contracts easier to read and write. Raindex, leveraging Rainlang, introduces a new DEX concept where orders are smart contracts, enabling complex, algorithmic trading strategies to be created and executed on-chain. Rain’s mission is to foster innovation and inclusivity in smart contract development and DeFi.

  1. Could Bitcoin Be The Future Of DeFi?
  2. We Need Smarter Smart Contracts To Prevent DeFi Hacks
  3. Blockchain in Identity Management: Securing Personal Data

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Google Pixel 9 references spotted in Google app

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Google Pixel 9 references spotted in Google app
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The Google Pixel 9 references have been spotted in the Google app. The news comes from AssembleDebug, who shared the news via The SP Android. Those references were found in the latest Google app beta build, version 15.14.34.29.

The Pixel 9 references end up being spotted in the Google app

The source shared two files that reference the Pixel 9, actually. One of them has an amination file that will likely appear on the upcoming Pixel 9. You can check out both files below, there’s really nothing to write home about here.

Pixel 9 references Google app beta

These are clear Pixel 9 references, and you can see the animation that is expected to appear below this paragraph. It’s kinda nice, but there’s nothing much to talk about here, to be quite honest.

Pixel 9 animation Google app beta

The ‘Pixie’ assistant was not mentioned

The source also notes that there’s no indication of the ‘Pixie’ assistant anywhere in the app. As some of you may know, the ‘Pixie’ assistant was mentioned a while back. That is supposed to become an AI assistant exclusive to Pixel devices. We don’t know much about it, though.

Now, Google is actually expected to deliver three Pixel 9 devices this year. The entry-level model will be called the Pixel 9, while the standard two models will be the Pixel 9 Pro and Pixel 9 Pro XL.

The Pixel 9 Pro and Pixel 9 Pro XL are here to replace the Pixel 8 and Pixel 8 Pro, it seems. The Pixel 9 is a new addition to the lineup, and no, that’s not the Pixel 8a. That’s a completely separate device that will likely arrive next month during Google I/O.

All three Pixel 9 smartphones, on the other hand, are expected to arrive in early October, during Google’s Pixel event. We’re only guessing that’s when it will take place, of course, Google could change its mind and move it to September.


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