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Lumoz RaaS to Support RISC-V zkEVM: Advancing Layer2 Performance and Scalability

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Lumoz RaaS introduces support for RISC-V–based zkEVM, offering prebuilt development modules and a compatible toolchain to help developers quickly deploy zero-knowledge proof applications. This solution also enhances Rollup transaction performance and reduces operational costs.

Bangkok, Thailand, 23rd April 2025, ZEX PR WIRE, Ethereum co-founder Vitalik Buterin recently proposed replacing the current Ethereum Virtual Machine (EVM) with the RISC-V instruction set architecture. This proposal has sparked widespread discussion within the Ethereum community and highlighted the potential of RISC-V in the blockchain space. In parallel, Lumoz RaaS (Rollup as a Service) has announced support for a RISC-V–based zkEVM solution, aiming to deliver higher performance and scalability for Layer2.

The EVM has long been the core of smart contract functionality, supporting a diverse ecosystem of decentralized applications. However, as blockchain technology evolves, the architectural limitations of the EVM are becoming increasingly evident. As an open-source instruction set architecture, RISC-V stands out with its openness, simplicity, and flexible ecosystem—making it a strong candidate for reshaping the smart contract execution environment. By combining RISC-V with smart contract development, this innovation promises not only improved performance and security but also significantly greater accessibility for blockchain development.

Why Choose RISC-V?

RISC-V is an open-source instruction set architecture (ISA) that has gained significant attention for its modular design and flexibility. Compared to traditional proprietary architectures such as x86 and ARM, RISC-V offers several key advantages:

  • Open Source and Royalty-Free: No patent restrictions, significantly reducing development and deployment costs.

  • Flexibility and Scalability: Supports custom instruction sets, making it adaptable to the diverse needs of blockchain systems.

  • Performance Optimization: Its streamlined design enables efficient execution, making it ideal for enhancing smart contract performance.

Vitalik has proposed using RISC-V as Ethereum’s long-term execution layer architecture, aiming to achieve greater scalability and lower operational costs for the network.

Limitations of the EVM

To understand why RISC-V is a compelling alternative, it is important to first recognize the shortcomings of the Ethereum Virtual Machine (EVM):

  • Complexity: The EVM’s bytecode is complex and relies heavily on stack operations, which reduces execution efficiency.

  • Scalability Bottlenecks: Its architecture does not support multithreading or parallel computation, limiting performance scalability.

  • Lack of Hardware Optimization: Due to its high level of abstraction, the EVM cannot fully leverage hardware capabilities.

These limitations make the EVM less suitable for supporting zero-knowledge proofs (zkEVMs) and other advanced scaling solutions.

Background and Challenges of zkEVM

zkEVM (Zero-Knowledge Ethereum Virtual Machine) is a virtual machine based on zero-knowledge proof technologies such as zk-SNARKs or zk-STARKs. It enables users to verify computation results without revealing the underlying data. The core goal of zkEVM is to significantly enhance the privacy and scalability of blockchain systems through zero-knowledge proofs.

Technical Challenges of zkEVM

  1. High Proof Generation Overhead: Zero-knowledge proofs require generating proofs for each EVM instruction, typically using zk-SNARKs or zk-STARKs. This imposes significant demands on both computation and storage.

  2. Adaptation Issues: The EVM was not originally designed with zero-knowledge proofs in mind, resulting in performance bottlenecks for current zkEVM solutions.

  3. Compatibility Trade-offs: zkEVMs must balance compatibility with the existing smart contract ecosystem while also optimizing for performance.

Combining RISC-V with zkEVM

RISC-V offers an ideal hardware abstraction layer that is well-suited to the needs of zkEVM. Here are several technical highlights of integrating RISC-V with zkEVM:

  • More Efficient Proof Generation

RISC-V’s simplified instruction set makes zero-knowledge proof generation more efficient. Compared to the EVM, RISC-V’s instruction flow is easier to parse, and its register-based architecture is more efficient than the stack-based architecture of the EVM. This significantly reduces the computational overhead of proof generation in zkEVM.

  • Customizable Instruction Sets

RISC-V’s modular design enables the creation of specialized instruction sets for zkEVM. For example, custom instructions can be designed for finite field arithmetic, which accelerates key components in zk-SNARK or zk-STARK generation, such as polynomial commitments and cryptographic hash functions.

  • Hardware Acceleration Potential

Thanks to its open-source nature, RISC-V allows hardware vendors to provide dedicated hardware acceleration for zkEVM, including:

  • Application-Specific Integrated Circuits (ASICs): Custom ASICs optimized for zero-knowledge proofs can directly implement the RISC-V zkEVM instruction set.

  • FPGA Support: Prototyping zkEVM with RISC-V on FPGAs allows for rapid iteration and performance optimization.

Designing and Implementing a RISC-V EVM Architecture

To design and implement a RISC-V-based zkEVM, the following key areas must be addressed:

  1. Build the Core Components of the RISC-V EVM

  2. Develop a RISC-V Assembler Compatible with Blockchain

  3. Optimize for Performance and Security Constraints

  4. Conduct Low-Level Benchmarking and Performance Analysis

  5. Integrate the Custom RISC-V EVM into the Lumoz RaaS Environment

  6. Implement Blockchain-Specific Logic within the RISC-V Framework

  7. Benchmark Against Standard EVM

Lumoz RaaS Support

As an innovator in the blockchain space, Lumoz RaaS has announced its support for RISC-V-based zkEVM solutions, enabling developers to leverage Rollup services more efficiently. Here are some potential impacts of Lumoz’s support for RISC-V zkEVM:

Impact on Developers:

  1. Increased Development Efficiency: By providing pre-built RISC-V zkEVM modules, developers can quickly deploy and test zero-knowledge proof applications.

  2. Enhanced Compatibility: The toolchain provided by Lumoz ensures seamless integration of RISC-V zkEVM with the existing Ethereum ecosystem.

Significance for Rollups:

  1. Higher Performance Rollups: The efficiency of RISC-V zkEVM will significantly boost the transaction throughput of Rollups.

  2. Lower Operating Costs: RISC-V’s hardware optimization and low licensing costs will greatly reduce the operational costs of Rollups.

Technological Outlook

Vitalik’s proposal and Lumoz’s support mark a significant turning point in blockchain technology. The introduction of RISC-V not only offers new possibilities for the long-term development of Ethereum but also provides a reference for the technological evolution of other blockchain platforms.

In the future, as RISC-V zkEVM gradually takes shape, we may witness the following trends:

  1. The Rise of Cross-Chain Ecosystems: The versatility of RISC-V could promote interoperability between different blockchain platforms.

  2. Deep Integration of Hardware and Blockchain: RISC-V’s hardware optimization will further enhance the computational efficiency of blockchain systems.

  3. Widespread Adoption of Privacy Protection: zkEVM-based solutions will significantly improve the privacy and scalability of blockchain applications.

Conclusion

The combination of RISC-V and zkEVM represents a major innovation in blockchain technology. Vitalik’s proposal not only points the way for Ethereum’s future development but also provides new ideas for the technological advancement of the entire blockchain industry. With the support of Lumoz RaaS and the involvement of more developers, we have every reason to expect the widespread adoption of RISC-V zkEVM in the future.

The future of blockchain is not just about code; it lies in the openness and collaboration of the technological ecosystem. The arrival of RISC-V zkEVM may usher in a whole new era of technology.

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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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Press Release

SAPSOL Technologies Inc Accelerates Zero-Blind-Spot Security with TraceSecureaiPhase 1 Live AI Threat Engine Arriving 2026

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Santa Clara, CA, United States, 17th Jun 2025 – SAPSOL Technologies Inc. today unveiled the next milestones of TraceSecure.ai, its enterprise platform that fuses user-behavior analytics with real-time threat detection across both SAP and non-SAP landscapes. Following a successful Phase 1 rollout that now logs every staff visit to external websites via an encrypted ELK pipeline, the company detailed a six-phase roadmap culminating in an AI-powered predictive engine slated for Q3 2026.

“TraceSecure.ai does more than flag threats, it visualises every step a person or process takes, badge swipe by badge swipe and click by click,” said Sam Mall, CEO of SAPSOL Technologies. “From a refinery control room to a pharmacist’s workstation, we stitch the entire journey into one continuous narrative. Without juggling ten different dashboards. TraceSecure.ai stitches those moments together, applies behavioural AI, and flags anomalies before they become million-dollar incidents.”

Roadmap at a Glance

  • Phase 1 — LIVE (Q2 2025): Non-SAP web tracing
  • Phase 2 (Q3 2025): SAP Cloud access-attempt monitoring 
  • Phase 3 (Q4 2025): Identity-resolution & threat scores graphs
  • Phase 4 (Q1 2026): Productivity analytics for SAP GUI, Fiori and Windows apps 
  • Phase 5 (Q2 2026): Unified dashboards—security + efficiency on a single screen
  • Phase 6 (Q3 2026): ML-driven anomaly detection, auto-remediation policies 
  • Beyond (Q4 2026+): Hooks for CCTV, SCADA and SAP SuccessFactors, plus SOX/NERC/GxP audit generators

What TraceSecure.ai Delivers

  • Complete User Timelines – Every human and machine identity is mapped in real time across RFID, CCTV, SCADA, SAP, Salesforce, Microsoft 365 and dozens of other sources.
  • Behavioural-AI Detection – Machine-learning baselines tuned for each role and industry cut false positives by nearly half in pilot deployments.
  • Audit-Ready Evidence – One-click exports satisfy NERC/CIP, FDA 21 CFR Part 11, Sarbanes-Oxley, GDPR and country-specific critical-infrastructure regulations.
  • Productivity Heat-Maps – Operations and HR leaders uncover idle-time pockets, workflow bottlenecks and training gaps previously hidden in siloed logs.
  • Rapid Time-to-Value – Pre-built connectors and white-glove onboarding compress typical implementation from months to weeks.

Built for Heavy-Regulated Industries

Oil & gas refiners needing NERC-CIP sub-minute alerts, pharma labs governed by FDA 21 CFR 11, retail chains chasing PCI compliance and public-sector agencies under SOX scrutiny all gain pre-configured controls. Mapping to GDPR Art 5, HIPAA §164.312 and NERC-CIP-007 is native out-of-the-box. Check full list at https://www.sapsol.com/industry-verticals/ 

  • Oil & Gas – Field engineers often move from isolated wellheads to central SCADA consoles and back; TraceSecure.ai couples badge data with SAP PM records to spot suspicious sequencing and block credential misuse.
  • Utilities – Sub-minute NERC/CIP detection windows are met by overlaying control-room access with breaker commands and network telemetry in a single alert stream.
  • Retail – Refund fraud and self-checkout abuse are uncovered when POS overrides, CCTV markers and browsing histories converge in one behaviour profile.
  • Pharma / Life Sciences – GMP compliance is simplified as lab door swipes, LIMS edits and ERP batch records align in an immutable chain of custody.
  • Public Sector – Zero-trust initiatives gain teeth when hybrid civil-service activity is traced seamlessly across VPN, Microsoft 365 and in-person kiosks.

Under the Hood

  • Agents & Sensors: browser_agent.js and pcap_service.py capture URLs, durations and packets at the endpoint layer, while sap_monitor.vbs extracts SAP T-Code usage.
  • Streaming Fabric: All events flow through Kafka topics (e.g., sapcloud.access) before landing in Elasticsearch/MongoDB for high-speed search and Graph-based correlation.
  • Security Posture: TLS in transit, AES-256 at rest, plus strict RBAC on every index and dashboard.

“Teaming up with SAPSOL to launch TraceSecure.ai  marks a pivotal growth milestone for MergedAnalytics. This collaboration seamlessly connects B2B digital engagement intelligence with enterprise operations, delivering real-time insights into both internal and external  behavior. By analyzing behavioral patterns, we empower businesses to recognize purchase and support signals—turning engagement into actionable outcomes.” — Joe Singer, Co-founder, MergedAnalytics

Why TraceSecure.ai Stands Apart

  1. Dual Lens: Combines MES-style time-in-app metrics with SOC-grade threat analytics.
  2. SAP-Aware: Reads SAP GUI, Fiori, and upcoming BTP traffic—richer context than generic SIEMs.
  3. Proven Foundation: Phase 1 is already live enterprise-wide, offering a frictionless proof of value.
  4. Predictive Future: Road-mapped ML models promise autonomous policy enforcement by 2026.

Availability & Next Steps

Phase 2 pilots begin in August 2025. Interested organizations in oil & gas, utilities, retail, pharma or the public sector can request a 14-day, no-cost proof of concept that streams select TraceSecure.ai capabilities into a sandbox landscape. Registration is open at sapsol.com/free-sap-poc

About SAPSOL Technologies Inc.

SAPSOL Technologies Inc. is a North American provider of SAP-centric digital-transformation services, renowned for zero-downtime migrations, cloud security accelerators, and AI-driven automation frameworks. With delivery centres in Canada and consulting teams across the United States, SAPSOL partners with enterprises to modernise mission-critical processes at speed and scale.

About Merged Analytics Inc.

Merged Analytics Inc. converts raw interaction data—clicks, swipes, machine telemetry—into actionable behavioural intelligence. Its patented algorithms power predictive-security and productivity solutions for Fortune 1000 companies and public-sector agencies worldwide.

Media Contacts

Aaron Samuel Philip

Digital marketing, SAPSOL Technologies Inc.

+1 289-4060845 | aaron@sapsol.com

www.sapsol.com 

Thom Stallings

Co-Founder, MergedAnalytics LLC

+1 814-826-2046 | tstallings@mergedanalytics.com

www.mergedanalytics.com 

Media Contact

Organization: SAPSOL Technologies Inc.

Contact Person: Aaron Samuel Philip

Website: https://tracesecure.ai

Email: Send Email

City: Santa Clara

State: CA

Country:United States

Release id:29248

The post SAPSOL Technologies Inc Accelerates Zero-Blind-Spot Security with TraceSecureaiPhase 1 Live AI Threat Engine Arriving 2026 appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

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Adept Photo Booths Grows Photo Booth Hire Offerings in Brisbane

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Australia, 17th Jun 2025, Adept Photo Booths, a leading provider of event-based photo booth experiences in Australia, has expanded its photo booth hire services into Brisbane, strengthening the company’s national capabilities and enhancing service access across Queensland. The move brings a broad range of print and digital booth experiences to the region, tailored to suit corporate events, weddings, private functions, festivals, and public activations.

Adept Photo Booths Grows Photo Booth Hire Offerings in Brisbane

The expanded services now available in Brisbane include digital options such as the 360 Photo Booth, GLAM Bot, AI Photo Booth, Roaming Booth, GIF Booths, and Video Booths, alongside traditional print formats including Open Booths, Mirror Booths, Vintage Booths, and Mosaic Photo Walls. Interactive installations such as Face Morphing and Green Screen activations have also been integrated into the regional offering.

Colin Richardson, General Manager of Adept Photo Booths, noted that the Brisbane expansion responds to rising demand for interactive and branded experiences across the events sector, “Brisbane has seen continued growth in both the scale and sophistication of events, particularly in the corporate and community spheres,” said Richardson. “This expansion enables greater local access to a full suite of photo booth solutions, supported by dedicated logistics and technical teams within the region.”

With operations already established in major Australian cities including Perth, Melbourne, Sydney, Adelaide, and Hobart, the Brisbane expansion reflects a wider strategy to decentralise service infrastructure and enhance responsiveness to regional clients. The rollout includes local equipment storage, trained technician teams, and strengthened relationships with event venues across south-east Queensland.

Adept Photo Booths’ offering spans both short-term event hire and long-term venue installations. Services are designed to support engagement, digital content creation, and audience interaction at a variety of event types—from large public gatherings and trade shows to intimate celebrations and in-store activations.

Digital booth formats incorporating artificial intelligence, real-time social media sharing, and branded content production are increasingly being used to support marketing and brand engagement strategies. These tools are now more readily accessible to clients in Brisbane due to the improved local presence.

Increased availability of services in the region is expected to reduce transport-related lead times and enable closer coordination between project teams, venues, and event organisers. All activations are delivered by trained professionals and backed by national quality standards.

Adept Photo Booths Grows Photo Booth Hire Offerings in Brisbane

The company’s focus on user experience, image quality, and customisable content has supported successful collaborations with organisations in sectors including retail, technology, sport, tourism, and education. Each activation is tailored to meet the creative and operational needs of its setting.

In discussing the broader direction of the business, Richardson commented on the importance of continuing to evolve with industry needs and technological developments.

“Ongoing investment in service delivery and regional infrastructure will enable more flexible, sustainable, and immersive event experiences,” Richardson said. “The future of event content creation lies in adaptive formats that deliver high-quality outcomes without increasing complexity for organisers.”

Adept Photo Booths is currently accepting bookings for Brisbane and regional Queensland, with support available through its national service line. Enquiries are welcome for both one-off events and long-term activations.

For media enquiries or further information about Photo Booth Hire Brisbane, please contact Adept Photo Booths on 1300 233 781 or via email at hello@adeptphotobooths.com.au.

Media Contact

Organization: Adept Photo Booths

Contact
Person:
Colin Richardson

Website:

https://www.adeptphotobooths.com.au/

Email:

hello@adeptphotobooths.com.au

Contact Number: 61300233781

Address 2: Brisbane QLD

Country:Australia

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Promax Delivers Reliable Solutions as a Trusted Connector Manufacturing Company

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United States, 17th Jun 2025, Promax, a manufacturer of precision-engineered pogo pins, spring-loaded connectors, and magnetic connectors, has reaffirmed its position as a trusted supplier to critical sectors including consumer electronics, aerospace, and medical technology. With over 15 years of industry experience, the company continues to deliver connector systems built to meet rigorous technical and regulatory standards.

Promax Delivers Reliable Solutions as a Trusted Connector Manufacturing Company

Headquartered in Gary, Indiana, Promax operates with a focus on technical precision and scalable production capabilities. Its engineering and manufacturing practices have evolved to support increasing global demand for compact and reliable connection solutions. All manufacturing processes are backed by international certifications that reflect conformance to quality and safety protocols recognized across multiple industries.

Promax’s product lines serve a wide range of applications requiring secure and efficient electrical connectivity. From small-scale electronic devices to mission-critical medical and aerospace equipment, the company’s components are selected for their durability, performance stability, and adaptability to specialized use cases.

“The core of the operation remains centered on precision and consistency,” said Gavin, Manager at Promax. “In every sector served, from medical diagnostics to high-altitude aerospace systems, reliability is not optional. The ability to provide connectors that meet strict tolerance and performance demands continues to be the defining element of this company’s role in the supply chain.”

To meet evolving technical requirements, Promax has invested in the development of advanced contact solutions, including refined magnetic connectors and compact spring-loaded contacts. These technologies support modern design trends that emphasize space efficiency, reduced resistance, and integration into smaller, more complex assemblies. Every component undergoes extensive quality testing to ensure it meets defined specifications before entering distribution.

The company’s internal systems include automated inspections and batch validation protocols, which have enabled large-scale fulfillment without compromising consistency. This infrastructure supports long-term supply agreements with manufacturers across North America, Europe, and Asia. Clients span a range of industries that rely on dependable connector functionality under varying mechanical and environmental conditions.

Promax maintains direct coordination with design engineers and technical teams to align component capabilities with device-level specifications. Early engagement in product development stages allows for more accurate adaptation of connector types and ensures manufacturability at scale. By incorporating design-for-manufacture methodologies, lead times and iteration cycles are minimized, resulting in reduced project delays.

Promax Delivers Reliable Solutions as a Trusted Connector Manufacturing Company

The company’s ongoing strategy includes readiness for new application areas such as robotics, electric vehicle subsystems, and next-generation communication hardware. These markets require highly specialized connector systems capable of supporting increased data rates, vibration resistance, and environmental sealing, all within compact footprints.

“Technical demands are shifting rapidly across sectors influenced by automation and miniaturization,” added Gavin. “The long-term operational focus is on supporting this transition with connector solutions engineered to meet emerging requirements for electrical performance, mechanical resilience, and integration flexibility.”

Promax continues to assess future market trends while advancing internal processes to support high-mix, high-reliability manufacturing. The company’s direction remains grounded in compliance, performance validation, and long-term relationships with global equipment manufacturers.

For further information, contact Promax, a connector manufacturing company, at (765) 705-7361, via email at tonyhoo@promaxpogopin.com, or by mail at 480 Jackson St, Gary, IN 46402, USA.

Media Contact

Organization: Promax

Contact
Person:
Gavin

Website:

http://promaxpogopin.com/

Email:

tonyhoo@promaxpogopin.com

Contact Number: 17657057361

Address:480 Jackson St

Address 2: Gary, IN 46402

Country:United States

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