BEN

Franklin Resources Inc Price

BEN
$25,04
+$0,16(+%0,64)

*Data last updated: 2026-04-10 09:30 (UTC+8)

As of 2026-04-10 09:30, Franklin Resources Inc (BEN) is priced at $25,04, with a total market cap of $13,03B, a P/E ratio of 22,67, and a dividend yield of %5,19. Today, the stock price fluctuated between $24,67 and $25,19. The current price is %1,49 above the day's low and %0,59 below the day's high, with a trading volume of 3,34M. Over the past 52 weeks, BEN has traded between $22,62 to $25,21, and the current price is -%0,67 away from the 52-week high.

BEN Key Stats

Yesterday's Close$24,88
Market Cap$13,03B
Volume3,34M
P/E Ratio22,67
Dividend Yield (TTM)%5,19
Dividend Amount$0,33
Diluted EPS (TTM)1,19
Net Income (FY)$524,90M
Revenue (FY)$8,77B
Earnings Date2026-04-28
EPS Estimate0,56
Revenue Estimate$1,69B
Shares Outstanding524,11M
Beta (1Y)1.473
Ex-Dividend Date2026-03-31
Dividend Payment Date2026-04-10

About BEN

Franklin Resources, Inc. is a publicly owned asset management holding company. Through its subsidiaries, the firm provides its services to individuals, institutions, pension plans, trusts, and partnerships. It launches equity, fixed income, balanced, and multi-asset mutual funds through its subsidiaries. The firm invests in the public equity, fixed income, and alternative markets. Franklin Resources, Inc. was founded in 1947 and is based in San Mateo, California with an additional office in Hyderabad, India.
SectorFinancial Services
IndustryAsset Management
CEOJennifer Johnson
HeadquartersSan Mateo,CA,US
Employees (FY)9,80K
Average Revenue (1Y)$894,96K
Net Income per Employee$53,56K

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Franklin Resources Inc (BEN) Latest News

2026-04-09 10:47

A CEX co-founder donates $5.4 million to the UK’s Reform UK party

Gate News message: On April 9, a CEX co-founder, Ben Delo, disclosed that he had donated $5.4 million (about £4 million) to the Reform UK Party, led by Nigel Farage. The donation took place before new regulations were introduced in the UK setting a £100k cap on donations from overseas expats. Delo previously pleaded guilty in the United States in 2022 for the exchange violating anti-money-laundering compliance rules, paid a $10 million fine, and was later pardoned by Trump. Reform UK previously received a £11.4 million donation from Christopher Harborne, a Thai national and a Tether investor. The party positions itself as the most crypto-friendly political party in the UK, but the UK government has issued a suspension order on cryptocurrencies in political donations. Delo said he plans to move to the UK, at which point he will not be subject to donation limits.

2026-03-25 12:01

StarkWare CEO: Current Crypto Bear Market Has Shifted from "Fraud Winter" to "Traditional Finance Bear Hug"

Gate News, March 25 — StarkWare CEO and former Zcash co-founder Eli Ben-Sasson posted on X reflecting on the evolution of the crypto cycle. He pointed out that compared to the previous "crypto winter," which was driven by the Terra collapse, Three Arrows Capital, FTX, and filled with fraud and excessive speculation, the current bear market exhibits very different characteristics. This cycle is more like a "Traditional Finance (TradFi) Bear Hug," where, amid warmer regulation and the accelerated entry of mainstream financial institutions, the crypto industry was once seen as a new financial infrastructure. However, it has also, to some extent, squeezed the original spirit of "economic freedom and experimental innovation." Eli Ben-Sasson stated that although the crypto industry is currently in a phase of limited short-term innovation and leadership gaps, in the long run, freedom and innovation will return and drive the next wave of development.

2026-03-25 05:31

StarkWare CEO: The Nature of Crypto Bear Market Has Shifted, From "Fraud Winter" to "TradFi Bear Hug"

Gate News, March 25 — StarkWare CEO and former Zcash co-founder Eli Ben-Sasson posted on X reflecting on the evolution of the crypto cycle. He pointed out that compared to the previous "crypto winter," which was triggered by the Terra collapse, Three Arrows Capital, FTX, and filled with fraud and excessive speculation, the current bear market cycle exhibits very different characteristics. This cycle is more like a "Traditional Financial Bear Hug (TradFi Bear Hug)." Against the backdrop of warming regulation and accelerated entry of mainstream financial institutions, the crypto industry was once seen as new financial infrastructure, but at the same time, it has also somewhat squeezed the original spirit of "economic freedom and experimental innovation." Eli Ben-Sasson stated that although the crypto industry is currently in a phase of limited short-term innovation and leadership vacuum, in the long run, freedom and innovation will return and drive the next wave of development.

2026-03-03 08:14

CEX co-founder Ben Delo donates $27 million to support the London Mathematical Science Institute, accelerating scientific research and innovation in the UK

On March 3, according to Cointelegraph, a co-founder of a major centralized exchange (CEX), Ben Delo, pledged to donate approximately $27 million to the London Institute of Mathematical Sciences (LIMS), making it one of the largest private donation recipients outside of Oxford and Cambridge in the UK. This funding includes a $13.3 million advance payment and an equal amount raised through additional fundraising to establish a long-term endowment fund totaling $80 million, supporting research in theoretical physics, pure mathematics, and artificial intelligence. Ben Delo stated that he hopes the institute's scholars will win Fields Medals and Nobel Prizes. He emphasized that choosing LIMS over large universities allows researchers to focus on scientific research without the burden of teaching and administrative duties. He also criticized the UK’s research funding system for lacking vitality and coherence. Delo has previously funded the Ben Delo Scholarship and supports charitable causes such as neurodiversity, academic freedom, and mathematics education. Reports indicate that Delo paid a $10 million fine before receiving a pardon from Donald Trump, after admitting responsibility along with co-founders for violating U.S. banking laws. In March 2025, President Trump granted him a pardon, allowing him to continue participating in scientific research and philanthropy. LIMS was founded in 2011 by physicist Thomas Fink and is located within the Royal Institution of the UK. Its offices were once the residence of chemist Michael Faraday. The institute offers three-year scholarships for scientists and funds exiled researchers, attracting scientists worldwide. Meanwhile, UK lawmakers are calling for a temporary ban on political donations via cryptocurrencies, warning that such payments could lead to foreign interference. Previously, Reform UK received a record-breaking $12 million in political donations from early cryptocurrency investor Christopher Harborne. Industry experts believe that as crypto assets continue to enter academic and political spheres, regulation and compliance issues will become key concerns.

2026-02-24 12:50

StarkWare CEO proposes a five-step action plan, calling on the crypto industry to address the potential threat of quantum computing

Odaily Planet Daily reports that StarkWare CEO Eli Ben-Sasson has spoken out on X about the potential impact of quantum computing on the crypto industry. He calls for multi-chain ecosystems, including Bitcoin, to proactively deploy post-quantum security upgrades and proposes a five-step action plan: 1. Recognize the threat, clearly acknowledge that once quantum computers mature, they will pose serious challenges to existing public key cryptography, and decisively promote measures to address this. 2. Strengthen education and information dissemination by systematically studying the current state of quantum computing and feasible post-quantum cryptography (PQC) solutions, and popularize related knowledge within the community to improve overall awareness. 3. Organize resources and support collaboration with post-quantum cryptography experts, promote multiple research and engineering efforts, and provide funding and community initiatives for relevant projects. 4. Seek expert advice and establish standards, with experts proposing specific technical routes, including new signature algorithm standards and appropriate post-quantum security levels for hash functions. 5. Drive protocol and infrastructure upgrades by introducing new quantum-resistant signature mechanisms at the core protocol layer, and ensure compatibility and integration with wallets and other key infrastructure for a smooth transition.

Hot Posts About Franklin Resources Inc (BEN)

MrFlower_XingChen

MrFlower_XingChen

9 hours ago
#GateSquareAprilPostingChallenge Bitcoin vs Quantum Computing: From Existential Threat to Engineering Roadmap For years, the biggest long-term “bear case” for Bitcoin has been the rise of quantum computing—a technological leap capable of breaking the cryptographic foundations that secure billions in digital assets. What once lived in academic theory has now entered a new phase: measurable progress, defined timelines, and—most importantly—active mitigation strategies. By 2026, the conversation has fundamentally shifted. The question is no longer if quantum computing poses a threat, but how prepared the ecosystem is to handle it. What’s emerging is not panic, but coordination. Across research labs, blockchain teams, and infrastructure developers, a multi-layered transition toward post-quantum security is quietly taking shape. The Core Risk: Why Quantum Matters Bitcoin’s security model relies heavily on elliptic curve cryptography (ECC), specifically the ECDSA signature scheme. Classical computers cannot feasibly break this system—but sufficiently advanced quantum machines, leveraging Shor’s algorithm, could theoretically derive private keys from public keys in minutes. This creates a specific vulnerability window: whenever a public key is exposed (for example, during a transaction), it becomes a potential target. Estimates suggest millions of BTC sit in addresses where this exposure risk exists, making quantum readiness not just theoretical—but economically significant. StarkWare’s Strategic Blueprint At the forefront of the transition is StarkWare, led by Eli Ben-Sasson. Their five-step roadmap reflects a structured, industry-wide approach rather than a fragmented response. The plan emphasizes early adoption of post-quantum cryptography, ecosystem education, collaboration with academic and industry experts, standardization of new cryptographic primitives, and eventual protocol-level upgrades. This is particularly relevant because StarkWare’s core innovation—ZK-STARKs—already relies on hash-based cryptography rather than elliptic curves, making it inherently resistant to quantum attacks. This positions StarkWare not just as a participant, but as a foundational layer in the transition. Instead of reacting late, they are effectively pulling the industry forward. BIP-360: Bitcoin’s First Native Step Toward Quantum Resistance On the protocol level, the introduction of BIP-360 marks a significant milestone. Proposed by researchers including Hunter Beast, Ethan Heilman, and Isabel Foxen Duke, this proposal introduces a new output type: Pay-to-Merkle-Root (P2MR). Unlike traditional structures, P2MR removes direct reliance on exposed public keys by committing to script trees instead. This design reduces the attack surface for quantum adversaries, particularly in long-term holding scenarios where coins remain untouched for extended periods. Importantly, BIP-360 is designed to remain compatible with existing upgrades like Taproot, meaning it builds forward without disrupting Bitcoin’s current architecture. As a soft fork proposal, it represents a realistic path to gradual adoption—one that aligns with Bitcoin’s conservative development philosophy. Google Quantum AI: Quantifying the Threat A major turning point in 2026 came from research published by Google’s quantum division. Their findings indicate a 20-fold reduction in the resources required to break ECC-based cryptography compared to earlier estimates. In practical terms, this suggests that a machine with fewer than 500,000 physical qubits could potentially compromise Bitcoin signatures in under ten minutes. While such hardware does not yet exist, the shift from abstract theory to quantifiable engineering targets changes the entire risk landscape. Equally important is Google’s own response: a commitment to migrate internal systems to post-quantum cryptography by 2029. This signals that even the most advanced technology firms are treating the transition as inevitable—not optional. Starknet and Real-World Wallet Innovation Beyond theory and protocol proposals, implementation is already happening. On Starknet, developers are actively building quantum-resistant wallet infrastructure using lattice-based signatures such as Falcon-512. These wallets leverage NIST-aligned standards and introduce architectural flexibility by externalizing signature logic. This means future upgrades can be implemented without overhauling the base protocol—a crucial feature in a rapidly evolving threat environment. Efficiency improvements are also notable. With optimizations like SHAKE256 integration, gas costs have been significantly reduced, addressing one of the main concerns around post-quantum cryptography: computational overhead. This demonstrates a key point: quantum resistance is not just possible—it can be practical and scalable. BTQ Technologies: Testing the Future Another critical development is the launch of a Bitcoin-like testnet by BTQ Technologies. Unlike theoretical proposals, this environment allows developers to experiment with post-quantum signature schemes such as ML-DSA in a live setting—without risking the main network. The testnet also addresses one of the biggest engineering challenges: signature size. Post-quantum signatures are significantly larger than current ones, requiring adjustments like increased block sizes (up to 64 MiB in BTQ’s model). BTQ’s research reinforces a crucial distinction: Quantum mining is not an immediate threat Signature vulnerability is the real concern By isolating and testing this vector, the industry gains actionable insights rather than speculative fears. A Coordinated Transition: Not Panic, but Preparation What makes 2026 different is not just technological progress—it is alignment. Three critical layers are now moving in sync: Threat clarity: Defined benchmarks from Google Protocol response: BIP-360 and future upgrade pathways Implementation readiness: Starknet wallets and BTQ test environments This alignment transforms the narrative. Quantum risk is no longer an unpredictable “black swan.” It is becoming a structured engineering challenge with clear milestones and solutions. Final Perspective: Is the Bear Case Dead? Not yet—but it’s no longer dominant. Quantum computing remains a long-term threat, but it is now being actively addressed across every layer of the ecosystem. The shift from uncertainty to preparation is what matters most. Bitcoin’s strength has always been its ability to evolve cautiously yet effectively—and this may become its most significant upgrade cycle yet. If anything, the quantum challenge could reinforce Bitcoin’s resilience rather than weaken it. By forcing a transition toward stronger, future-proof cryptography, it may trigger the most important security evolution in its history. #CryptoMarketsDipSlightly $BTC ‌$ETH ‌
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User_any

User_any

11 hours ago
✍️Bitcoin's biggest "bear case" has been the same for years: quantum computers. By 2026, this fear has moved from theory to engineering schedule — and concrete steps are being taken towards a solution. Thanks to teams like StarkWare, Google Quantum AI, and BTQ, the post-quantum transition is now a roadmap. 🧐1. StarkWare and its 5-step action plan StarkWare CEO Eli Ben-Sasson has unveiled a five-step plan to prepare the cryptography industry for the quantum threat. The plan includes early post-quantum upgrades, training, collaboration with experts, standardization, and protocol updates. This is a natural position for the team that invented ZK-STARKs, as STARK proofs rely on hash functions instead of elliptic curves, making them naturally resistant to quantum attacks. 🧐2. First concrete step in Bitcoin: BIP-360 (Pay-to-Merkle-Root) What: BIP-360 proposes a new output type similar to Taproot but without key path expenditure: Authors: Hunter Beast, Ethan Heilman, and Isabel Foxen Duke from the StarkWare team. Date: The proposal was created on December 18, 2024, its status is "Draft" as of 2026. How it works: P2MR commits directly to the root of the script tree and removes key path expenditure. This provides resistance against long exposure quantum attacks on public keys. Address format: Starts with bc1z... (example: not bc1p, but bc1z). 💥This is the first soft fork proposal that lays the groundwork for quantum-resistant script trees in Bitcoin while maintaining Taproot compatibility. 🧐3. Google Quantum AI: Threat 20 Times Closer On March 31, 2026, Google published a whitepaper titled "Securing Elliptic Curve Cryptocurrencies against Quantum Vulnerabilities." The findings are clear: A 20-fold reduction in quantum resources required to break ECDLP-256 was detected. 20 times less than 2019 estimates, an attack becomes possible with fewer than 500,000 physical qubits. A machine of this scale could crack the Bitcoin signature in under 9 minutes. Today, approximately 6.9 million BTC (∼$468 billion) are held in quantum-enabled addresses. Google also announced that it plans to migrate its own systems to post-quantum cryptography by 2029. 🧐4. Practical wallets on the Starknet side Since Starknet is already STARK-based, its backbone is quantum-resistant. In 2026, the ecosystem took a step forward: In March 2026, developer Paul Bark shared progress on Falcon-512-based quantum-resistant smart wallets. Gas consumption was reduced by 37% with SHAKE256 integration. These wallets use lattice-based signatures compliant with NIST standards and can be easily updated because the signature logic is moved outside the protocol. In short, Starknet supports its claim to be both a scalable and quantum-secure execution layer for Bitcoin with code. 🧐5. BTQ Technologies: Bitcoin Quantum Testnet goes live January 12, 2026: BTQ launched a Bitcoin-like testnet. The goal is to test post-quantum signatures without risking the mainnet. It uses NIST-approved ML-DSA instead of ECDSA, aiming to protect the $2.4 trillion Bitcoin market. The testnet can handle large post-quantum signatures by increasing the block size to 64 MiB. BTQ's analysis confirms the number of coins at risk is 6.65 million BTC. The same team also published a study showing that quantum mining is impractical with current technology — the real immediate threat is signatures. 🤔Is Bear Case becoming history? No, it's not over yet, but it's now a manageable engineering problem. Three things happened simultaneously in 2026: 👉 Google set 500,000 qubits and a timeline in the order of minutes. Bitcoin responded: An output type that closes the long-term public key risk with BIP-360 is on the table. The implementation layer was prepared: StarkWare's 5-step plan, Falcon-512 wallets on Starknet, and BTQ's ML-DSA testnet. 💥StarkWare's approach is open source and free, which spreads the transition cost across the community. When quantum computers arrive, Bitcoin will not only survive — it will also have received the biggest cryptographic upgrade in its history, thanks to hash-based proofs and NIST standard signatures. $BTC ‌#CreatorLeaderboard #Web3SecurityGuide #GateSquareAprilPostingChallenge
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