Press Release
Behind High Energy Consumption of Blockchain: PoS Consensus Mechanism To Be A Solution
The energy consumption of Blockchain
Recently, Elon Musk, the founder of Tesla, posted on Twitter saying that: Bitcoin can consume too much in mining and transaction process, such excessive fossil fuel consumption will result in negative impacts on the ecosystem. The Ethereum co-founder Vitalik Buterin also noticed the high power consumption problem in Blockchain technology. He presented that Ethereum would change its consensus mechanism from PoW to PoS to reduce the power consumption caused by the mining process in PoW-based technologies like the Bitcoin. From a global view, energy consumption issues are concerned by an increasing number of countries. To urge the efficient power usage, many countries and organizations have set up environmental protection plans, such as the UN’s SDG (Sustainable Development Goals) and the US carbon neutrality, etc.
In this context, the future development of a technology need to consider the sustainable development and environmental friendliness as one of the important metrics and goals. As an emerging technology for privacy protection, Blockchain presents excellent protection capabilities. However, such capabilities rely on the large-scale computing resources and result in a large amount of power consumption. Part of the reasons for such high power consumption are due to the PoW (Proof of Work) consensus mechanism which has high demands on the performance of the Blockchain nodes.
Besides energy consumption, other concerns of the consensus mechanism
The technology of the base layer of the Blockchain has the advantages like anonymous, Immutable, decentralized and so on. To achieve these advantages, Blockchain enhances the privacy and protect the transaction process by increasing the cost of network participation. The core concept of the early-stage PoW consensus mechanism is based on the workload cost. The credibility need to be proved by the cost of a lot of work. In this case, the machines that maintain the ledgers (also referred to as mining nodes) need to continually crack complex math puzzles to obtain Bitcoin as rewards. This computing process not only needs to rely on a large amount of computing resources, but also sacrifices part of the scalability on the Blockchain to ensure safety. When it comes to the boosting growing of transaction volume, this mechanism will not be able to meet high-speed and large-scale processing demands. Based on such limitations of PoW, PoS (Proof of stake) is gaining more and more attention to work as a consensus mechanism with low resource consumption and guaranteed decentralization, safety and scalability.
In a PoS-based Blockchain system, nodes do not have to consume much power to compete for accounting rights. The priority of accounting rights is measured by the amount of stake holdings. In this way, the nodes no longer consume a large amount of electricity to calculate the hash functions, thereby solving the high energy consumption issues in PoW mechanism. In spite of the improved efficiency in PoS, the safety of the mechanism is affected. Therefore, in order to ensure the reliable operation of PoS, the researchers need to develop reliable algorithms from the trade-off among the decentralization, safety and scalability.
Unique advantages of PlatON PoS
With the issues caused by the PoW mechanism has been widely criticized, more and more Blockchain technologies inclined to choose or transit to the PoS-based consensus mechanisms. This results in a boosting growing of the PoS-based Blockchain frameworks in recent years. As the world leader in computing privacy area, PlatON has rooted and researched in privacy computing technologies many years. PlatON’s research and practice in consensus mechanisms are also forward-looking. The PPoS (PlatON PoS) consensus mechanism uses off-chain identity, credit mechanisms and procedural arrangements to provide a scheme to select a number of verification nodes from many participating nodes as fair and randomly as possible. Hence, PPoS can effectively inhibit bribery, collusion, etc., and reduce the consensus cost and improve the system scalability by optimizing technical details. Meanwhile, ensuring the decentralization and scalability, PlatON further enhances the system safety by combining the experiences in computing privacy area. The Alaya network based on PlatON PoS has been operating stably and efficiently for a long time, successfully solving the problem of over-centralization of the system, reducing network communication complexity and message complexity, improving consensus efficiency and the entire Blockchain transaction processing performance. In this case, the safety and liveness of the technology are verified. PlatON has been able to improve its PoS mechanism through its attention to every detail, continuous attempts, active exploration of cutting-edge areas, and forward-looking plans in the future development. Next step, PlatON will continue actively promoting the efficient network operation with high-quality code, providing efficient, high-availability, distributed and sustainable infrastructure applicable for diverse industrial and commercial use cases, and supporting the exchange of data flows in the global world.
References:
1.PlatON has launched the “Rally around the Galaxy” and launched a comprehensive simulation test, https://mp.weixin.qq.com/s/UeIRWj2lKJ7b1umSqU8_yQ
2. [Long Article Explained] What is the Giskard Consensus Mechanism? | Technology Cloud Atlas, https://mp.weixin.qq.com/s/4yHenrGH0E7zzLBuN58BJg
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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Press Release
Amboss Opens Affiliate Program: Earn Recurring Bitcoin Commissions by Growing Bitcoin Payments
Miami, Florida, August 17th, 2026, FinanceWire
Amboss Technologies today launched the Amboss Affiliate Program, an open invitation to anyone who can introduce businesses to lower-cost, chargeback-free payments while expanding the Bitcoin payments network.
Approved affiliates earn 15% of the platform fees Amboss collects from each referred merchant for the first twelve months. That rate rises automatically to 20% once an affiliate’s referred merchants process a combined $1 million or more in trailing 30-day volume. There is no cost to join, no exclusivity requirement, and no earnings cap. Commissions sit in a rewards balance that can be claimed in any amount at any time and are paid in bitcoin over the Lightning Network in seconds.
The Amboss Payments API lets merchants accept instant, final Bitcoin payments from the roughly 900 million users of Lightning-enabled apps (including Cash App, Coinbase, Binance, and Kraken) then settle in USDT, USDC, or bitcoin under their own custody for a flat 0.5% fee. Optional conversion to stablecoins uses Lightning Labs’ bridgeless Taproot Assets, removing the volatility objection that has long blocked broader merchant adoption.
“Most payments companies spend heavily on ads and still end up with a sales force that doesn’t care about Bitcoin,” said Jesse Shrader, co-founder and CEO of Amboss. “We would rather pay the people who already talk to merchants every day, and pay them in bitcoin. If you help a business accept Lightning payments, you should share in the revenue for the first year of every account you create. We made the economics generous on purpose.”
The program is built for the people who already sit between merchants and their payment decisions: Lightning and Bitcoin integrators, payment consultants and PSPs, wallet and POS platforms, e-commerce tools, and creators inside the Bitcoin ecosystem. Affiliates never touch funds or handle onboarding. Amboss manages the product, merchant verification, integration support, and payouts.
“We only pay commissions out of revenue we actually collect,” said Mario Pazos, Chief Commercial Officer. “That means a referred merchant is never a loss for us, so every additional affiliate is pure reach. Our early partners are already moving volume. The application takes about two minutes.”
Applications are open now. Signup requires only basic identifying information for sanctions screening. Affiliates earning under $2,000 in a calendar year have no U.S. tax filing requirement.
Program details and application: https://amboss.tech/affiliates
About Amboss Technologies
Amboss builds infrastructure for the Bitcoin Lightning Network, including Amboss Rails (currently routing approximately $24.7 million per month) and the Amboss Payments API. Live network metrics are published at amboss.tech/rails/stats. Amboss Technologies, Inc. is a Delaware corporation.
Contact
Phil
21M Communications
phil@21mcommunications.com
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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Press Release
TripleDart tops $7 million ARR with AI-led growth, reports 50 per cent EBIT margin
Bengaluru, India, August 11th, 2026, TechnologyWire
TripleDart Crosses $7M ARR at 50% EBIT Margin, Making the Case for Bootstrapped “Services-as-Software”
TripleDart, a bootstrapped B2B growth company, today announced it has crossed $7 million in annual recurring revenue while operating at a 50% EBIT margin. The company says software, not additional headcount or capital, drove the jump.
The milestone lands in the middle of a heated debate. Venture investors have poured more than $300 million into “services-as-software” startups this year alone, betting that labor-heavy services work can be run at software-level margins. Most funded players in the category have picked a single slice of marketing to prove that out, design, or content, or SEO. TripleDart says it has done it across the entire inbound marketing function, which it believes makes it the first company in India to do so.
The engine behind the shift is Slate, an AI-agent platform TripleDart built in-house after concluding no existing tool could do the job. Slate’s agents run live SEO, content and AI-visibility work, while a “cowork” mode lets client teams work alongside the agents directly, the company’s attempt at building a marketing function that behaves like a product rather than an agency.
TripleDart has grown to 120 people over four and a half years, and now manages more than $200 million in ad spend across over 300 client companies, including General Electric, SentinelOne, ByteDance, Sage and Glean in the US, and WeWork, Cognizant and MakeMyTrip in India.
“The services-as-software wave has raised hundreds of millions to prove one thesis: that you can run a services business at software margins,” said Shiyam Sunder, Founder and Managing Director, TripleDart. “We proved it without a single dollar of funding, and we did it for every marketing service, not one slice. At TripleDart, we don’t see ourselves as an agency that bolted on some software- we rebuilt the function as software from day one. When a bootstrapped team can do that profitably, the ‘agency’ label stops fitting. That’s a category, not an agency.”
TripleDart’s numbers are one data point in a larger argument the market is still having: whether services businesses can genuinely be rebuilt at software margins, or whether venture funding is required to get there. TripleDart’s position is that the model works in India, profitably, without a funding round.
About TripleDart
TripleDart is a Bengaluru-based B2B growth partner that has rebuilt the full inbound marketing function as software. Working with more than 300 companies across the US and India and managing over $200 million in ad spend, the bootstrapped company operates at software-level margins through its in-house AI-agent platform, Slate. Its clients include General Electric, SentinelOne, ByteDance, Sage, Glean, WeWork, Cognizant and MakeMyTrip.
Website: https://www.tripledart.com/
Contact
Director of Growth
Mahesh
TripleDart
mahesh@tripledart.com
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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Press Release
Pullner Reports Sustained Demand for Filtration Cartridges Across Power Generation Sector
Miami, FL 33166, United States, 17th Aug 2026 – Pullner, a well-known manufacturer of OEM and ODM filtration solutions, has reported sustained demand for filtration cartridges from operators in the power generation sector during the past twelve months. The company said order volumes for cartridge products supplied to thermal, combined-cycle and cogeneration facilities have held steady, with enquiries linked to scheduled maintenance intervals, plant life-extension work and tightening water quality requirements at generating stations.

Filtration equipment performs several distinct roles within a generating facility. Cartridges are commonly installed in boiler feedwater and condensate polishing circuits, in lubricating and turbine oil systems, in closed cooling water loops, and in pre-treatment stages ahead of demineralisation or reverse osmosis units. Each duty carries different requirements for micron rating, flow capacity, chemical compatibility and operating temperature, which means a single site may specify several cartridge types across its systems.
Pullner supplies high-flow, pleated, string wound, membrane and stainless steel cartridge formats, together with the filter housings in which those elements are installed. The company said the mix of formats requested by generating facilities has remained broadly consistent, with high-flow and pleated elements accounting for the larger share of volume in water treatment duties, and stainless steel elements more often specified where elevated temperatures, aggressive cleaning regimes or repeated reuse are involved.
Several factors appear to be supporting the pattern of demand. Operators of older thermal plants are extending asset life rather than commissioning replacements, which sustains consumable spending on maintenance items. Facilities in coastal and arid regions increasingly draw makeup water from desalinated or recycled sources, adding pre-treatment stages that rely on cartridge filtration. Plants running on more variable load profiles, in response to the growth of intermittent renewable generation, also cycle equipment more frequently, which can shorten service intervals.

“Demand from generating facilities has been steady rather than seasonal, and that reflects the fact that filtration is tied to maintenance schedules instead of new construction,” said Lucy, Sales Manager at Pullner. “Most of the enquiries received over the past year have come from plants that are already operating and are either standardising the elements held in stores or adjusting specifications after a change in feedwater quality.”
A substantial share of the cartridges supplied to the sector is produced under OEM and ODM arrangements, where Pullner manufactures to a customer’s drawing or develops an element to meet a defined performance specification. Work of this kind can involve matching end cap configurations and sealing arrangements to existing housings, selecting media grades and materials suited to a particular fluid, and confirming dimensional compatibility so that replacement elements fit equipment already installed on site. The company said the approach is frequently requested by plants that operate housings from multiple original suppliers and prefer to consolidate replacement elements with a single manufacturer.
Technical support forms part of the supply process. Pullner provides sizing assistance, media selection guidance and documentation covering materials of construction and test data. Orders are coordinated through the company’s office in Miami, Florida, a location that provides access to distribution routes serving North America, Latin America and the Caribbean. Generating facilities in those regions often operate in conditions that place additional demands on filtration equipment, including high ambient temperatures, elevated dust loads and saline water sources.

Experience across other sectors also informs the work. Pullner supplies filtration products to microelectronics, petrochemical processing, pharmaceuticals, food and beverage, desalination and automotive manufacturing. The company said requirements developed for one industry are often transferable — media validated for petrochemical service, for example, may suit fuel and lubricating oil duties at a generating station, while elements developed for desalination plants have application at seawater-cooled facilities.
“Planned capacity additions and ongoing refurbishment programmes across several markets suggest that consumable filtration requirements will continue,” Lucy said. “Development work over the coming period is focused on extending the range of housing-compatible formats and on materials suited to higher operating temperatures, both of which have been raised repeatedly by customers in the generation sector.”
Pullner manufactures filter cartridges and housings for industrial and commercial applications, working with clients on catalogue items as well as custom-configured products. The company operates from Miami, Florida, and serves customers across a range of process industries, including microelectronics, petrochemical, pharmaceuticals, food and beverage, desalination and automotive. The reported pattern of orders from power generation customers reflects continued maintenance activity at existing facilities rather than a change in the company’s product range.
For additional information about power plant filter cartridge options and related industry developments, contact Pullner at 8473 NW 61st St, Miami, FL 33166. Enquiries regarding the company’s products, housings, technical support and specification assistance can be directed to +1 786 475 3729 or by email at info@pullner.com.
Media Contact
Organization: Pullner
Contact Person: Lucy
Website: https://www.pullnerfilter.com/
Email: Send Email
Contact Number: +17864753729
Address:8473 NW 61st St
City: Miami
State: FL 33166
Country:United States
Release id:48176
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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
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