Coin info
Rank
Market Cap
Volume (24h)
Circulating Supply
Total Supply
Do you think the price will rise or fall?
Rise 40%
Fall 60%
Price perfomance
Depth of Market
Depth +2%
Depth -2%


PRICE
+17.24%
$0.2426
PRICE
+9.06%
$0.03452

PRICE
+8.42%
$396.85

PRICE
+6.96%
$0.1286

PRICE
+5.4%
$0.4854
PRICE
+5.16%
$673.96

PRICE
+5.16%
$66.17

PRICE
+5.11%
$0.2543

PRICE
+4.92%
$2.01

PRICE
+4.15%
$0.09764

PRICE
+4.14%
$0.03759

PRICE
+4%
$0.1842

PRICE
+3.46%
$0.007993

PRICE
+3.4%
$0.006411

PRICE
+3.07%
$0.09130

PRICE
+2.9%
$0.6889

PRICE
+2.75%
$0.9889

PRICE
+2.32%
$0.001749

PRICE
+2%
$0.8382

PRICE
+1.75%
$0.07986

PRICE
+1.41%
$1.35

PRICE
+1.35%
$0.055

PRICE
+1.3%
$0.1008

PRICE
+1.3%
$0.9397

PRICE
+1.23%
$52.58

VOL24
+488.35%
$1.14
VOL24
+364.93%
$0.01052

VOL24
+136.64%
$0.006406

VOL24
+96.79%
$1.13

VOL24
+79.83%
$397.05
VOL24
+70.79%
$673.94

VOL24
+69.1%
$0.9939

VOL24
+57.29%
$0.1286

VOL24
+50.76%
$0.6889

VOL24
+49.77%
$0.09759

VOL24
+49%
$0.9984

VOL24
+48.24%
$0.007993

VOL24
+43.67%
$2.01

VOL24
+42.68%
$0.2541

VOL24
+42.04%
$1.99

VOL24
+39.98%
$0.9992

VOL24
+38.16%
$0.9998

VOL24
+36.3%
$0.1549

VOL24
+36.21%
$0.8382

VOL24
+33.36%
$9.13

VOL24
+31.85%
$251.51

VOL24
+29.24%
$0.3451

VOL24
+29.21%
$66.16

VOL24
+28.19%
$0.2347

VOL24
+27.57%
$0.4854

PRICE
+17.24%
$0.2426
PRICE
+9.06%
$0.03452

PRICE
+8.42%
$396.85

PRICE
+6.96%
$0.1286

PRICE
+5.4%
$0.4854
PRICE
+5.16%
$673.96

PRICE
+5.16%
$66.17

PRICE
+5.11%
$0.2543

PRICE
+4.92%
$2.01

PRICE
+4.15%
$0.09764

PRICE
+4.14%
$0.03759

PRICE
+4%
$0.1842

PRICE
+3.46%
$0.007993

PRICE
+3.4%
$0.006411

PRICE
+3.07%
$0.09130

PRICE
+2.9%
$0.6889

PRICE
+2.75%
$0.9889

PRICE
+2.32%
$0.001749

PRICE
+2%
$0.8382

PRICE
+1.75%
$0.07986

PRICE
+1.41%
$1.35

PRICE
+1.35%
$0.055

PRICE
+1.3%
$0.1008

PRICE
+1.3%
$0.9397

PRICE
+1.23%
$52.58

VOL24
+488.35%
$1.14
VOL24
+364.93%
$0.01052

VOL24
+136.64%
$0.006406

VOL24
+96.79%
$1.13

VOL24
+79.83%
$397.05
VOL24
+70.79%
$673.94

VOL24
+69.1%
$0.9939

VOL24
+57.29%
$0.1286

VOL24
+50.76%
$0.6889

VOL24
+49.77%
$0.09759

VOL24
+49%
$0.9984

VOL24
+48.24%
$0.007993

VOL24
+43.67%
$2.01

VOL24
+42.68%
$0.2541

VOL24
+42.04%
$1.99

VOL24
+39.98%
$0.9992

VOL24
+38.16%
$0.9998

VOL24
+36.3%
$0.1549

VOL24
+36.21%
$0.8382

VOL24
+33.36%
$9.13

VOL24
+31.85%
$251.51

VOL24
+29.24%
$0.3451

VOL24
+29.21%
$66.16

VOL24
+28.19%
$0.2347

VOL24
+27.57%
$0.4854
Rise 40%
Fall 60%


$2.42
#246
$123,614,617
$69,340,102
65,652,466
65,652,466

Rank #17
$8.94
-0.32%

Rank #83
$0.9597
+0.14%

Rank #223
$0.1306
+6.04%

Rank #295
$0.01001
+0.18%

Rank #449
$0.0008860
+0.16%

Rank #724
$0.2603
+0.30%

Rank #794
$0.06626
+0.09%

Rank #1014
$0.09339
-4.76%
Rank #1660
$0.009342
+0.10%
Rank #2179
$7.4
+0.60%

Rank #14405
$0.05063
+0%
Welcome to the future of data storage A new data storage blockchain protocol based on a novel proof of access consensus mechanism that creates truly permanent data storage for the first time. Now data is finally permanent, low-cost, and truly censorship free. Arweave has solved the millennia old problem of decentralised data availability. Pay Once, Store Forever. Arweave makes permanent data storage a reality for the very first time. As the $3 trillion data-storage industry is growing, the need for cheap, distributed, permanent data-storage on the blockchain has become an urgent necessity.
26 May 2026, 22:25

BitcoinWorld Xreal CEO says smart glasses are finally ready — and his company is leading the charge For years, smart glasses have been the tech industry’s most stubborn fantasy — a vision of computing that never quite materialized. But Chi Xu, founder and CEO of Xreal, a longtime partner of Google, believes the industry has finally turned a corner. Speaking with me at Google’s I/O conference in Mountain View last week, Xu argued that the pieces are now in place for smart glasses to become a practical, desirable product. The long, expensive road to a breakthrough The smart glasses sector has consumed billions in investment with little to show in return. Bulky frames, limited software, and a general lack of consumer appeal have plagued nearly every attempt. ‘Everybody’s losing money,’ Xu acknowledged. ‘That’s because it’s very hard, what we’re doing.’ But the landscape is shifting. Meta’s partnership with Ray-Ban in 2023 produced one of the first models to sell in meaningful volume, even if its Reality Labs division still operates at a significant loss. That signal, combined with shrinking hardware and improving software, has given Xu confidence that Xreal can become a leader in the space. Project Aura: Wired, but more capable Xreal’s latest effort, Project Aura, is a set of wired smart glasses with embedded OLED displays that allow users to watch high-resolution video directly within the frames. The glasses are tethered to a ‘puck’ — a phone-shaped mini-computer that powers the experience and fits into a pocket. While the wired design introduces some awkwardness, it enables a broader range of features, including an immersive Google Maps app, VR YouTube videos, and a hand-tracking painting app that creates holographic imagery visible only to the wearer. The company also promises games and basic web browsing, all controlled via hand tracking. From developer kits to commercial launch Currently, Project Aura is available only to developers. Xreal plans to launch the glasses commercially later this year. Xu envisions the device being used not just for entertainment — watching NBA games in holographic format, for example — but also for productivity. ‘You could go to a coffee shop and do some work,’ he said. The company is also preparing for an IPO expected before the end of 2026, though Xu declined to provide details. The path to profitability Xreal has been working to improve its financial footing. Xu noted that the company has been raising gross margins while reducing marketing and sales costs. ‘Next year is the year when we could actually break even,’ he said. If successful, that would mark a rare milestone in an industry known more for ambition than for profit. Why this matters now The smart glasses market has long been a story of potential without payoff. But with Meta validating consumer interest, Google deepening its hardware partnerships, and companies like Xreal focusing on practical, feature-rich designs, the industry may finally be approaching an inflection point. Whether Project Aura can deliver on its promises — and whether consumers will embrace a wired form factor — remains to be seen. But for the first time in years, the smart glasses dream looks a little more real. Conclusion Xreal’s Project Aura represents a calculated bet that the smart glasses industry is ready for prime time. With a commercial launch later this year, an IPO on the horizon, and a clear focus on profitability, the company is positioning itself as a serious contender in a space that has humbled many before it. Whether it succeeds will depend on execution, consumer adoption, and the continued evolution of both hardware and software. FAQs Q1: What is Project Aura? Project Aura is Xreal’s latest smart glasses model, featuring embedded OLED displays for high-resolution video, hand tracking, and a tethered mini-computer ‘puck’ that powers the experience. Q2: When will Project Aura be available to consumers? Currently available only to developers, the glasses are expected to launch commercially later in 2026. Q3: How does Xreal plan to become profitable? Xreal is raising gross margins while reducing marketing and sales costs. CEO Chi Xu expects the company to break even by 2027. This post Xreal CEO says smart glasses are finally ready — and his company is leading the charge first appeared on BitcoinWorld .
18 May 2026, 11:50

BitcoinWorld South Korea’s LetinAR raises $18.5M to build the optics behind next-generation AI glasses South Korean optical technology startup LetinAR has secured $18.5 million in new funding from investors including Korea Development Bank and Lotte Ventures, as the company positions itself as a key component supplier for the rapidly expanding AI smart glasses market. The LG Electronics-backed firm plans to use the capital to scale production ahead of a targeted 2027 IPO in South Korea. Why the optics matter for AI glasses LetinAR does not manufacture complete smart glasses. Instead, it produces the optical modules — the tiny lenses that project digital images into a user’s field of vision. This component is widely considered the most challenging part of designing wearable AI glasses that are both functional and comfortable enough for everyday use. The module must be thin, lightweight, and power-efficient while delivering a bright, clear image. Getting that balance right is a central engineering hurdle for the entire industry. Global shipments of AI-powered smart glasses surged to 8.7 million units in 2025, a more than 300% increase from the prior year, according to market research firm Omdia. Analysts project that figure will exceed 15 million units in 2026. Major technology companies including Meta, Google, Samsung, and Apple are all investing heavily in the category, creating growing demand for advanced optical components. How PinTILT works LetinAR’s core technology, called PinTILT, uses an array of precisely angled microscopic optical elements embedded inside a lens to direct light directly into the user’s eye. This approach differs from the dominant waveguide method, which spreads light across the entire lens surface but loses significant brightness before the light reaches the eye. Waveguide-based lenses tend to drain battery power faster because they require brighter light sources to compensate for the loss. Alternatively, mirror-based birdbath optics deliver light more efficiently but result in bulky lens assemblies that are difficult to fit inside normal-looking glasses frames. LetinAR claims its PinTILT technology avoids both trade-offs, producing a brighter image in a thinner form factor with lower power consumption — a critical advantage as manufacturers compete to extend battery life and reduce device weight. Real-world deployment: AR motorcycle helmets LetinAR’s modules are already shipping to customers. One of the most demanding applications is a partnership with Aegis Rider, a Swiss deeptech company spun out of ETH Zurich’s Computer Vision Lab. Aegis Rider is developing an AI-powered augmented reality helmet for motorcyclists that displays navigation arrows, speed, and safety alerts directly in the rider’s field of vision, with the information appearing to be anchored to the road ahead. The helmet, which incorporates LetinAR’s optical module, is targeting the European and Swiss markets for release in 2026. Other confirmed customers include Japan’s NTT QONOQ Devices and Dynabook, formerly known as Toshiba Client Solutions. LetinAR is also in discussions with several major technology companies regarding research and development for next-generation AI glasses, though it declined to name them. Market context and competition The smart glasses component supply chain is becoming increasingly competitive. LetinAR faces established peers including WaveOptics, DigiLens, and Lumus, all of which are developing their own optical solutions. The company’s existing manufacturing relationships and its backing from LG Electronics — which is reportedly developing its own AI smart glasses — provide it with both capital and industry credibility. CEO Jaehyeok Kim and CTO Jeonghun Ha, who have been friends since high school, founded LetinAR in 2016. The company has now raised a total of $41.7 million. Kim said the new funding will be used to scale production capacity as the AI glasses market transitions from early adopters to mass production. Conclusion LetinAR’s latest funding round reflects the growing strategic importance of optical components in the AI wearables race. As major consumer electronics companies race to bring AI glasses to market, the companies that solve the fundamental engineering challenges of display optics, power efficiency, and form factor will play a critical role in determining which products succeed. LetinAR’s focus on a single, technically demanding component positions it as a potential linchpin supplier for an industry that is still searching for its first mass-market hit. FAQs Q1: What exactly does LetinAR make? LetinAR produces optical modules — the tiny lenses and light-guiding components inside smart glasses that project digital images into the user’s field of vision. It does not manufacture complete glasses. Q2: How is PinTILT different from other smart glasses optics? PinTILT uses precisely angled microscopic elements to direct light directly into the eye, avoiding the brightness loss common in waveguide systems and the bulkiness of birdbath mirror designs. The company says this results in thinner lenses, brighter images, and lower power consumption. Q3: When will products using LetinAR’s technology be available? LetinAR’s modules are already shipping to customers. The Aegis Rider AR motorcycle helmet, which uses the technology, is targeting a European market launch in 2026. This post South Korea’s LetinAR raises $18.5M to build the optics behind next-generation AI glasses first appeared on BitcoinWorld .
3 May 2026, 12:13

As we move into May 2026, the intersection of Artificial Intelligence and Decentralized Physical Infrastructure (DePIN) is no longer just a boardroom pitch—it is a mechanical necessity. With the explosion of Large Language Model (LLM) training, dataset integrity and redundant backups have become the "new oil" of the digital economy. The market is currently testing a critical hypothesis: Can Filecoin (FIL) and Arweave (AR) move from speculative "alt-storage" to the default "AI Data Vault" pair? While both protocols have successfully navigated the post-capitulation "repair mode" of early 2026, they are still fighting to prove they can withstand the gravity of Layer 2 competition. Filecoin (FIL): Large‑Scale Storage Rail In Repair Mode Source: tradingview Filecoin remains the heavyweight contender for incentivized, programmable storage. In the 2026 landscape, its focus has shifted toward high-utility integrations with AI compute stacks via specialized gateways and client tooling. Technical Breakdown: Filecoin is currently exhibiting classic "basing" behavior. It is no longer in free fall and has successfully anchored its price around the 30-day Moving Average (MA). However, the 200-day SMA remains a formidable overhead ceiling. The Momentum: With an RSI-14 hovering in the mid-50s, the "atmospheric" sentiment is one of cautious optimism rather than euphoria. The Trigger: For FIL to transition into a "Default Rail," it must sustain a reclaim of the 200-day MA. Traders are looking for non-incentivized deal growth—real LLM snapshots being committed by decentralized labs rather than one-off pilots. TradingView-Style Insight: Watch for the 200-day line to flatten. If FIL can turn this resistance into "underfoot support," it signals that the market is finally repricing the protocol based on its fundamental storage-deal volume. Arweave (AR): Permanent Storage With Higher Torque Source: tradingview Arweave offers a more "opinionated" model: Pay once, store forever. This makes it the preferred destination for immutable archives, model weights, and datasets where "write once, read forever" semantics are non-negotiable. Technical Breakdown: AR is the higher-beta play in this pair. It captures percentage gains more aggressively when AI-storage headlines hit the wire, but it is equally prone to sharp mean-reversions when sentiment cools. The Trend: Like FIL, AR trades above its 30-day MA but well below its long-term cycle peak. Its MACD is prone to aggressive flips, reflecting a speculative "levered bet" on AI permanence. The Trigger: A core signal for AR would be sustained RSI-14 holding in the 55–70 band across multiple news cycles. This would indicate that "permanent storage" has moved from a narrative trade to a structural requirement for AI developers. Comparative Outlook: Default Pair or Niche Players? In the precision-driven world of 2026 crypto marketing and data automation, the competition isn't just between FIL and AR—it's against the ease of use offered by Layer 2s and general-purpose L1s. The Case for the Default Pair: If LLM providers commit significant training corpora and model snapshots to these chains, the economic pipelines will harden. This requires verifiable growth in stored datasets on "boring days"—days without viral AI news. The Case for the L2 Shadow: If AI-adjacent flows remain concentrated solely at the compute layer (e.g., RNDR, FET), on-chain storage may remain a niche backup solution compared to centralized cold storage. Conclusion As we sit in this mid-2026 consolidation, FIL and AR look like credible candidates for the AI Data Vault slot. They have survived the catastrophic downtrends and are now positioned for a structural re-rating. However, the market is ruthlessly pragmatic. To move beyond "repair mode," both protocols must show that their SDKs and gateways are being automated into the daily pipelines of AI labs from Bangkok to Santiago. Until the 200-day moving averages are reclaimed and held, these remain high-quality narrative trades within a wide range. Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.
1 May 2026, 13:48

AR is holding above EMA20 at 1.93 dollars, primary support at 1.9158 is the critical buyer zone. Resistance at 1.9593 is being tested, a breakout could lead to 2.0667.