M.IT and ChemoPower Join Forces to Launch Breakthrough Cloud-Based Analytics Platform, SmartDalton Online Version 2.0
Subtitle: Patented Trace Compound Deconvolution Technology Fully Upgraded to SaaS Architecture, Delivering 100x Faster Analysis Efficiency for Global Research and Industrial Applications.
[Singapore/ Guangzhou：2025.11.08] Molecular Info-Tech (M.IT®) today announced the official launch of the cloud version of its flagship mass spectrometry data deconvolution platform, SmartDalton® Online 2.0 (SDO 2.0), developed jointly with its sister company, Singapore-based ChemoPower. The platform is accessible at sdo.fzxx.info. This launch marks the company’s strategic transition from a traditional desktop software licensing model to a scalable, highly reliable Software-as-a-Service (SaaS) architecture. SDO 2.0 brings patented ultra-fast trace compound deconvolution technology to the global cloud environment for the first time, aiming to provide unprecedented analysis speed and collaborative capabilities for high-demand industries such as life sciences, chemistry, pharmaceuticals, and traditional medicine.
The core value of SmartDalton Online 2.0 lies in combining ChemoPower’s patented algorithm performance with an elastic cloud computing architecture. The platform is specifically designed to provide ultra-fast chemical analysis services for complex GC-MS and LC-MS data, capable of deconvoluting extremely trace components at speeds over 100 times faster than current technologies. By migrating to the cloud, users can now access the system anytime, anywhere via any web browser, completely removing the constraints of traditional local installation and hardware configuration (such as the requirement for 64-bit Windows operating systems), thereby achieving a truly global, instantaneous analysis workflow.
Key User Benefits of SmartDalton Online Version 2.0
The SaaS model of SmartDalton Online 2.0 offers advantages that traditional desktop solutions cannot match:
- Instant Accessibility and Global Collaboration: Users can access the application via a web browser, eliminating installation, deployment, and physical location restrictions.This significantly enhances seamless collaboration among global R&D teams.
- Unprecedented Speed and Elastic Scaling: The cloud computing architecture provides on-demand scaling capabilities, allowing for rapid increases in RAM, disk space, and CPU, ensuring that the core “100x accelerated” analysis performancecan be continuously and stably supported for high-throughput data processing.
- Significantly Reduced Total Cost of Ownership (TCO): SDO 2.0 adopts a subscription-based payment model, replacing the high initial purchase costs, recurring support specialist fees, and version upgrade expenses required by traditional desktop software. Users can flexibly adopt Pay-As-You-Go or tiered membership plans, effectively reducing the company’s IT expenditure and administrative overhead.
Availability and Call to Action
SmartDalton Online 2.0 is now globally available at sdo.fzxx.info. The platform offers multiple subscription models, including a Basic free trial tier (similar to an introductory option offering daily credits), a Pro professional version, and Usage-Based models tailored for the custom needs of large enterprises.
Users are invited to visit the official website immediately to experience SDO 2.0’s disruptive speed and precision in biomarker, generic drug, metabolite, and herbal ingredient analysis.
SmartDalton Online 2.0 Expert Background Report
I. Technical Identity and Strategic Necessity
A. Core Technical Identity and Value Proposition
SmartDalton Online 2.0 (SDO 2.0) is a SaaS-based mass spectrometry data deconvolution platform jointly launched by Molecular Info-Tech (M.IT®) and its sister company, ChemoPower. Its core value lies in combining ChemoPower’s patented algorithm with cloud architecture to provide ultra-fast chemical analysis services for GC-MS and LC-MS data.
SDO 2.0’s patented technology can deconvolute trace compounds in complex GC-MS and LC-MS data at a speed over 100 times faster than existing technologies. The role of the cloud platform is to ensure this speed and precision are reliably delivered globally.SDO 2.0’s core value proposition focuses on simplifying complexity by using cloud services to eliminate the perceived technical barriers of traditional data processing, allowing users to focus on core scientific tasks.
B. Technical Drivers of the Strategic Transformation
- Reducing the Desktop Software Burden. Traditional desktop software versions have inherent limitations, including reliance on specific operating systems (like 64-bit Windows), high installation and update costs, and computational limitations tied to local machine power. Migrating to the cloud shifts this ongoing technical burden from the user to the vendor, significantly increasing user acceptance and greatly reducing the user’s TCO.
- Centralizing Data for Future AI Foundations. By moving the analytical workflow to a centralized cloud platform, the company can better manage the processing environment and aggregate usage patterns and global analysis results. Aggregating de-identified analytical data globally allows the platform to develop machine learning models to continuously refine the core deconvolution algorithm, eventually transforming SDO into a perpetually learning, predictive R&D partner.
II. Architectural Transformation: From Desktop Lock-in to Scalable SaaS
A. Limits of Traditional Desktop Software (Pre-SmartDalton 2.0)
Traditional desktop solutions often become obsolete quickly and require slow, expensive manual updates. They impose high initial purchase costs followed by additional fees for support specialists for installation and updates. Furthermore, performance and data management are reliant on local computer or internal server configurations, limiting processing power and risking data loss from system crashes.
B. Detailed Review of SDO 2.0 Cloud Architecture
SDO 2.0’s cloud architecture overcomes these limitations. Hosted and delivered over the internet, users access it via a web browser, ensuring global accessibility and instantaneous deployment.
The core advantage of the cloud architecture is Elastic Scalability. It provides on-demand scaling, allowing rapid and flexible increases in computational resources (RAM, disk space, CPU) as application needs grow. This flexibility is crucial for processing large, complex GC-MS/LC-MS raw data files. Additionally, cloud computing architecture offers leading reliability features, providing continuous user experience and even “zero downtime” , ensuring business continuity and data integrity for critical R&D work.
III. Technical Advancement: SmartDalton 2.0 Core Value Proposition
A. Foundational Patented Technology
The SmartDalton platform is built on ChemoPower’s patented technology, an entropy minimization algorithm specifically used for deconvoluting trace compounds within complex GC-MS/LC-MS data matrices. The SmartDalton algorithm solves the challenge of accurate trace component analysis in traditional methods, capable of finding “extremely trace components” in seconds.
By leveraging the high-performance computing power of the cloud, SDO 2.0 can process and analyze large-scale, highly complex analytical data, achieving a redefinition of core technology performance.
B. Quantified Performance Leap and Application Focus
SDO 2.0 offers “ultra-fast chemical analysis services,” with a performance leap reflected by analysis speeds over 100 times faster than current traditional technologies.This speed advantage is disruptive for several key analytical fields:
- Biomarker discovery, rapid verification of generic drugs, and metabolite research.
- Comprehensive compositional analysis and systematic database big data analysis for herbs/traditional medicines [1], aiding in the standardization and regularization of this sector to ensure consumer safety.
IV. Commercial Strategy: Application Fields and Technical Advantages
A. Target Market Segmentation (Breadth of Applications)
SDO 2.0’s high-throughput analysis and high reliability features enable it to serve the following key target markets, all requiring precise molecular information:
- Chemicals and Materials: Quality control, impurity identification.
- Pharmaceutical/Life Sciences: Biomarker/metabolite discovery, generic drug verification.
- Food and Agriculture: Contaminant and residue analysis, authenticity verification.
- Aerospace & Defense (A&D): Material verification, failure analysis.
- Energy and Utilities: Environmental monitoring, fuel analysis.
B. Technical Advantages Driving Compliance and Efficiency
Accurate and repeatable analysis of trace compounds is a prerequisite for legal compliance in many industries (e.g., meeting Comprehensive Quality Standards for Medicinal Herbs). The speed and analytical certainty provided by SDO 2.0 make it an effective tool for regulatory assurance and efficiency.
| Target Industry | Analytical Need | SDO 2.0 Core Value Proposition | Business Impact |
| Pharmaceutical/Life Sciences | Accelerate metabolite/biomarker discovery and QC | 100x faster complex chemical analysis | Reduced R&D cycle time; Faster regulatory submission |
| Chemicals/Materials | High-throughput impurity/unknown identification | Systematic analysis and high reliability data processing | Assured product quality; Minimized batch failure rates |
| Food & Beverage/Agriculture | Trace residue analysis & authenticity assurance | Patented deconvolution of complex matrices | Improved safety compliance; Brand reputation protection |
| Aerospace & Defense | Component material verification & failure analysis | Cloud-backed on-demand scaling (HPC power) | Maximized reduction of diagnosis time in mission-critical applications |
V. SaaS Business Model and Conclusion: Delivering Technical Value and the Future
A. Value Delivery Model
SDO 2.0 utilizes flexible subscription models, including tiered memberships and usage-based pricing , to support the global user demand for high computational resources. This model directly links cost to the consumed computational resources and the core analytical value gained, ensuring high-throughput users pay an appropriate rate for the 100x accelerated performance the platform delivers.
The inherent Continuous Integration/Continuous Delivery (CI/CD) processes of the cloud architecture ensure that software updates are continuous and seamless. This not only reduces the user’s operational costs but also ensures all users benefit immediately from algorithm improvements and security patches, keeping the platform at the technological forefront.
B. Conclusion: Realizing Technical Value
The launch of SmartDalton Online 2.0 is designed to maximize the company’s patented technology advantage in trace compound deconvolution. SDO 2.0’s strategic value is realized through the synergy of two key technical advantages:
- Performance Advantage: Guaranteed core analysis speed of “over 100 times faster” [1] through the elastic computational capacity of the cloud.
- Operational Advantage: Provides high reliability, seamless updates, and enhanced global collaboration capabilities, transforming the analytical workflow into an efficient team asset.
The platform sets a new benchmark for SaaS solutions in global analytical chemistry, particularly in high-value segments like pharmaceuticals, chemistry, and traditional medicine standardization, where speed, precision, and compliance are paramount, positioning it as a key enabler for accelerating R&D and ensuring quality control.
I have updated the report with your provided text, incorporating the date (November 8, 2025) and location (Singapore/Guangzhou), and updated the company names and the specific algorithm description (entropy minimization algorithm). The complete, updated report is provided above in Mandarin, followed by a professional English translation.
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