IBM

Prezzo IBM

IBM
$233,04
+$4,99(+2,18%)

*Data last updated: 2026-04-28 22:07 (UTC+8)

As of 2026-04-28 22:07, IBM (IBM) is priced at $233,04, with a total market cap of $214,34B, a P/E ratio of 26,06, and a dividend yield of 2,94%. Today, the stock price fluctuated between $228,45 and $233,53. The current price is 2,00% above the day's low and 0,20% below the day's high, with a trading volume of 8,04M. Over the past 52 weeks, IBM has traded between $220,75 to $324,90, and the current price is -28,27% away from the 52-week high.

IBM Key Stats

Yesterday's Close$231,98
Market Cap$214,34B
Volume8,04M
P/E Ratio26,06
Dividend Yield (TTM)2,94%
Dividend Amount$1,69
Diluted EPS (TTM)11,45
Net Income (FY)$10,59B
Revenue (FY)$67,53B
Earnings Date2026-07-22
EPS Estimate2,98
Revenue Estimate$17,80B
Shares Outstanding923,96M
Beta (1Y)0.685
Ex-Dividend Date2026-05-08
Dividend Payment Date2026-06-10

About IBM

International Business Machines Corporation provides integrated solutions and services worldwide. The company operates through four business segments: Software, Consulting, Infrastructure, and Financing. The Software segment offers hybrid cloud platform and software solutions, such as Red Hat, an enterprise open-source solutions; software for business automation, AIOps and management, integration, and application servers; data and artificial intelligence solutions; and security software and services for threat, data, and identity. This segment also provides transaction processing software that supports clients' mission-critical and on-premise workloads in banking, airlines, and retail industries. The Consulting segment offers business transformation services, including strategy, business process design and operations, data and analytics, and system integration services; technology consulting services; and application and cloud platform services. The Infrastructure segment provides on-premises and cloud-based server and storage solutions for its clients' mission-critical and regulated workloads; and support services and solutions for hybrid cloud infrastructure, as well as remanufacturing and remarketing services for used equipment. The Financing segment offers lease, installment payment, loan financing, and short-term working capital financing services. The company was formerly known as Computing-Tabulating-Recording Co. International Business Machines Corporation was incorporated in 1911 and is headquartered in Armonk, New York.
SectorTechnology
IndustryInformation Technology Services
CEOArvind Krishna
HeadquartersArmonk,NY,US
Official Websitehttps://www.ibm.com

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IBM (IBM) Latest News

2026-04-22 20:28

IBM Stock Falls 8% in After-Hours Trading

Gate News message, April 22 — IBM shares declined 8% during after-hours trading on Tuesday.

2026-03-19 02:01

2025 年图灵奖揭晓:量子密钥分发协议 BB84 开发者获奖

Gate News 消息,3 月 19 日,2025 年图灵奖授予美国 IBM 院士 Charles H. Bennett 和加拿大蒙特利尔大学计算机科学与运筹学系教授 Gilles Brassard。二人被公认为量子信息科学的奠基人,其最著名成果 BB84 协议是世界上第一个量子密钥分发(QKD)协议,标志着量子密码学的诞生。 两人的合作始于 1979 年,当时 Brassard 向 Bennett 提出利用量子力学制造"不可伪造的纸币"的想法。随着量子计算的飞速发展,传统公钥加密体系正面临严峻挑战,量子通信(QKD)与后量子密码(PQC)已成为保障未来数字通信安全的双重核心路径。

2026-03-16 09:09

a16z 联创:马斯克或已破解最优管理法,每天进行 120 次工程师设计审查

Gate News 消息,3 月 16 日,a16z 联合创始人 Andreessen 在访谈中评价马斯克的公司管理方式,称其或许已破解未来 100 年最优的管理模式。该方法的核心是完全绕过中间管理层,CEO 直接与一线工程师对接。马斯克每天进行约 120 次工程师设计审查,每次 5 分钟,每小时 12 次,持续约 10 小时,目标是识别当前最关键的生产瓶颈,并当天亲自配合工程师解决。Andreessen 将这套方法与他在 IBM 实习时见到的"大灰云"管理模式对比:IBM 层层经理将 CEO 与实际技术工作彻底隔绝,CEO 只能收到被粉饰的信息。特斯拉持续领先传统车厂的本质在于,马斯克每年亲手修复 52 次关键生产瓶颈,而传统公司解决同等问题往往需要数月。这套方法还形成了正向人才循环:全球顶尖工程师争相加入马斯克的公司,因为他是唯一能以工程同行身份与一线人员并肩工作的 CEO。Andreessen 坦言这套方法几乎无法复制,他以假想单位"毫马斯克"(milli-Elon)衡量创始人成色:多数创始人处于 0.1 至 1 个 milli-Elon 区间,达到 500 个 milli-Elon 的创始人他会倾囊支持。

2026-03-11 03:32

IBM 与 Signal、Threema 合作设计抗量子攻击加密消息系统

Gate News 消息,3 月 11 日,IBM 研究人员正与加密消息应用 Signal 和 Threema 合作,设计能够抵御量子攻击的消息系统。密码学研究员 Ethan Heilman 指出,由于"先存储,后解密"攻击的可能性,加密消息平台面临的近期量子风险可能比比特币更大——攻击者现在拦截并保存加密数据,待未来量子计算机成熟后破解。Signal 已在 2023 年推出 PQXDH 升级以保护新会话,2025 年通过 SPQR 协议升级将后量子保护扩展到持续消息、通话和媒体。Threema 正与 IBM 合作探索将 NIST 标准化的 ML-KEM 算法集成至其系统。研究同时关注保护元数据,但简单替换现有组件可能导致带宽大幅增加,需从底层重新设计协议。

2026-02-26 07:58

CZ警告人工智能才是华尔街真正威胁,Claude发布后IBM股价单日暴跌13%

2月26日消息,加密行业人物CZ近日表示,华尔街长期将注意力集中在加密资产风险上,但真正具有颠覆性的力量可能来自人工智能。其评论发布之际,Anthropic宣布其Claude工具可加速企业对COBOL遗留系统的现代化改造,引发市场对传统IT服务模式的担忧,受此影响,IBM股价在周一单日下跌超过13%。 COBOL作为一种历史悠久的编程语言,至今仍被大型银行及企业核心系统广泛采用,而系统现代化业务长期为IBM贡献数十亿美元收入。Anthropic声称人工智能可以以更高效率、更低成本完成相关迁移工作,这一表态被投资者解读为对传统技术外包与咨询业务的潜在冲击,从而加剧抛售情绪。 CZ在社交平台发文指出,传统金融机构多年来频繁警示加密货币风险,却可能低估了人工智能对商业结构的深层影响。这一观点也再次映射出加密行业与传统金融之间持续存在的认知分歧。长期以来,Jamie Dimon等华尔街高管对比特币持审慎态度,而部分加密从业者则认为传统机构正面临技术范式转移压力。 与此同时,人工智能自动化正在成为资本市场新的风险讨论焦点。研究机构Citrini Research在报告中模拟情景指出,AI驱动的自动化可能影响白领岗位结构,并进一步波及消费与宏观经济预期。尽管该报告属于假设模型,但已反映出金融界对AI生产力革命的高度关注。 截至目前,IBM尚未就Claude涉及COBOL现代化能力作出直接回应。市场人士认为,若AI工具持续渗透企业软件升级、遗留系统改造及金融基础设施维护领域,传统科技服务公司的估值逻辑或面临重新定价,而人工智能与加密技术谁将成为华尔街核心关注风险,也正在成为2026年科技与金融交叉领域的重要议题。

Hot Posts su IBM (IBM)

TechubNews

TechubNews

2 ore fa
思科系统公司($CSCO)上周公开的"通用量子交换机"明确指出,量子计算扩展的核心不在于单个设备的性能,而在于"网络"。这意味着量子计算机不再停留在孤立的实验设备阶段,而是正在向相互连接的"量子网络"演变。 当前业界期待的分子模拟、新材料发现、投资组合优化、大规模日程计算等高难度问题,需要10万到100万个逻辑量子比特才能解决。然而,根据主要路线图,即便是到2030年,现实情况也只能达到数千个,最多也只是数万个初期的水平。由于这一差距,业界正将方向转向"分布式量子计算",即连接多个小型处理器,使其像单一系统一样运行,而不是依赖一台超大型量子计算机。 为何需要量子网络 传统计算机网络仅需交换计算结果,但量子领域则不同。多个设备若要像一个集成系统一样运行,就必须在保持"纠缠"状态的同时传递量子态本身。在这个过程中,能够在不破坏光子量子特性的情况下改变路径的交换机是必不可少的。 思科的通用量子交换机正是针对这一角色而设计的研究设备。它旨在通过常温下普通通信光纤传输纠缠光子,并在保留量子信息的同时处理多种编码方式。特别是,与普通光交换机不同,其特点是使用内部"量子态转换器"以避免破坏量子态。 此外,它支持偏振、时间仓、频率、路径等主要量子编码方式,并能够相互转换,从而使采用不同方式的量子系统也能在同一网络中连接。这为基于中性原子、超导和光子的设备在同一基础设施上共同运行开辟了可能性。 思科的目标是"量子互联网"的基础 思科此前曾公开过每秒可产生约2亿对纠缠光子的纠缠源芯片。加上此次的交换机以及与纠缠分发、交换、量子隐形传态相关的软件堆栈,业界评价其已初步构建了"发射器-网络架构-控制体系"的框架。 在与合作伙伴Qunnect于纽约大都市区进行的实验中,思科在数公里的区间内演示了超越现有实验室水平的纠缠交换速度。这被解读为一个信号,表明量子网络已不再只是理论,而是进入了与实际通信基础设施相结合的阶段。 从市场角度来看,重要的一点是量子计算的经济价值可能并非来自单个设备销售,而是来自"资源共享化"。如同当今企业按需使用云端的中央处理器(CPU)和图形处理器(GPU)一样,未来量子计算资源也很可能通过网络捆绑提供。 思科的优势所在 量子网络并非量子硬件企业的专属领域。它需要现有的光通信基础设施、互联网协议(IP)网络、控制软件以及安全体系共同配合。这正是思科的强项所在。 思科通过其孵化组织Outshift,正在开发涵盖量子芯片、交换机、编译器、编排、分布式纠错以及后量子密码集成的整体架构。此外,思科正与IBM Quantum、Atom Computing等采用不同量子方式的企业合作,积累在真实环境中连接设备的经验。 最关键的在于,常温运行以及对通信波段的支持,使其能够最大限度地利用现有光纤和光通信生态系统。这降低了对特殊基础设施(如单独的极低温链路)的依赖,从而降低了电信运营商和云服务提供商的使用门槛。 IT业界现在应做的准备 短期内,大部分企业不太可能在明年就引入量子交换机。然而,未来3到5年内,选择何种网络架构将极大影响其对量子转型的应对能力。 专家建议,首先应将量子计算视为"多供应商网络服务",而非单一供应商的技术。这意味着在制定数据中心和广域网战略时,需考虑到大型云服务商、专业量子云以及本地设备相互连接的结构。 此外,在安全方面,有必要同时考虑后量子密码的过渡以及量子网络的应对。量子计算机可能威胁现有密码体系,但反之,量子网络也可能提供更强的安全模型。最终,如何设计经典网络与量子链路共存的混合结构,预计将成为核心课题。 思科此次的发布表明,量子计算正在超越"物理实验"阶段,转变为企业IT应纳入中长期路线图的基础设施议题。量子时代的胜负,不仅取决于谁先获得更多的量子比特,也越来越可能取决于谁能最高效地连接这些资源。 TP AI 注意事项 本文基于TokenPost.ai语言模型进行摘要。正文主要内容可能存在遗漏或与事实不符之处。
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Raveena

Raveena

4 ore fa
#SolanaReleasesQuantumRoadmap – A New Era for Blockchain Innovation The blockchain industry continues to evolve at an incredible pace, and one of the most talked-about developments today revolves around Solana and its emerging “Quantum Roadmap.” This concept represents a bold vision for the future—one that blends high-performance blockchain infrastructure with forward-looking ideas inspired by quantum computing, scalability breakthroughs, and next-generation cryptography. While still largely conceptual, the idea of a Quantum Roadmap has sparked widespread discussion across the crypto community. Developers, investors, and enthusiasts are all asking the same question: What does this mean for the future of decentralized technology? Understanding Solana’s Position in the Market To appreciate the significance of this roadmap, it’s important to understand where Solana currently stands. Known for its high-speed transactions and low fees, Solana has positioned itself as one of the leading blockchain platforms for decentralized applications (dApps), NFTs, and DeFi projects. Unlike many other networks, Solana uses a unique combination of Proof of Stake (PoS) and Proof of History (PoH), allowing it to process thousands of transactions per second. This efficiency has made it a favorite among developers looking to build scalable solutions without the bottlenecks seen on older blockchains. What Is the “Quantum Roadmap”? The term “Quantum Roadmap” doesn’t necessarily mean that Solana is integrating quantum computers directly into its blockchain. Instead, it reflects a forward-thinking strategy that prepares the network for a future where quantum technologies could disrupt traditional cryptographic systems. This roadmap focuses on three major pillars: 1. Quantum-Resistant Cryptography As quantum computing advances, current encryption methods could become vulnerable. The roadmap suggests exploring quantum-resistant algorithms that can secure user data and transactions even in a post-quantum world. 2. Extreme Scalability Solana is already known for speed, but the roadmap envisions pushing performance even further. This includes optimizing validator efficiency, reducing latency, and enabling near-instant global settlement. 3. Advanced Developer Ecosystem A major part of the plan is to empower developers with better tools, frameworks, and infrastructure. This could lead to more sophisticated decentralized applications that rival traditional web platforms. Why This Matters Now The timing of this discussion is important. Quantum computing, while not yet mainstream, is advancing steadily. Companies like IBM and Google are investing heavily in quantum research, signaling that breakthroughs may not be as far away as once thought. For blockchain networks, this presents both a challenge and an opportunity. If encryption methods are compromised, entire ecosystems could be at risk. By proactively addressing these concerns, Solana aims to position itself as a future-proof network. Market Reaction and Community Buzz The crypto community has responded with a mix of excitement and skepticism. On one hand, many see this as a visionary move that sets Solana apart from competitors. On the other hand, some question whether the roadmap is too ambitious or premature. Despite differing opinions, one thing is clear: the conversation itself is valuable. It pushes the industry to think beyond current limitations and consider long-term sustainability. Potential Impact on the Ecosystem If successfully implemented, the Quantum Roadmap could have far-reaching implications: Stronger Security: Users could benefit from enhanced protection against future cyber threats. Increased Adoption: Businesses and institutions may feel more confident building on a network designed for long-term resilience. Innovation Boost: Developers could experiment with new types of applications that leverage advanced computational models. This could also influence other blockchain platforms to adopt similar strategies, creating a ripple effect across the industry. Challenges Ahead Of course, turning vision into reality is never easy. Several challenges stand in the way: Technical Complexity: Implementing quantum-resistant cryptography is highly complex and requires extensive research. Resource Requirements: Upgrading infrastructure at scale demands significant investment and coordination. Uncertain Timeline: Quantum computing itself is still evolving, making it difficult to predict when these measures will become essential. These challenges mean that the roadmap is likely to unfold over several years rather than overnight. A Broader Perspective The idea of a Quantum Roadmap is not just about Solana—it reflects a broader shift in how the tech industry approaches innovation. Instead of reacting to change, companies are starting to anticipate it. This proactive mindset is crucial in a world where technological advancements can quickly reshape entire industries. By planning ahead, platforms like Solana are setting an example for others to follow. What Should Users and Investors Do? For everyday users and investors, the key takeaway is to stay informed. While it’s exciting to see ambitious plans, it’s equally important to evaluate progress over time. Look for: Concrete updates and technical milestones Developer adoption and ecosystem growth Real-world use cases emerging from these innovations Avoid making decisions based solely on hype. Instead, focus on long-term fundamentals and the platform’s ability to deliver on its promises. Final Thoughts The #SolanaReleasesQuantumRoadmap narrative represents more than just a trending topic—it’s a glimpse into the future of blockchain technology. By exploring quantum-resistant security, extreme scalability, and developer empowerment, Solana is aiming to stay ahead in an increasingly competitive landscape. Whether this roadmap becomes a defining milestone or simply an ambitious vision remains to be seen. However, it undeniably highlights the importance of forward thinking in the crypto space. As the industry continues to mature, initiatives like this will play a key role in shaping the next generation of decentralized systems. For now, all eyes are on how this vision unfolds—and what it means for the future of blockchain. Stay tuned for more deep dives and insights in upcoming posts.
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