TAC InfoSec’s CyberScope Files U.S. Patent for World’s First AI-Powered Blockchain Trust Scoring Platform

• A Patent-Backed Innovation Designed to Drive Revenue, Market Share, and Client Confidence
• Strengthening TAC Security’s Global IP Portfolio and Competitive Edge in Cybersecurity
• Unlocking New Commercial Opportunities in Web3 Risk Intelligence with Web3 Arm “Cyberscope”
• The First AI-Optimised Security Engine to Fuse On-Chain, Off-Chain, and Market Data at Scale
• Reinforcing TAC Security’s Position as a Global Leader in Next-Gen Cyber Intelligence

TAC InfoSec Limited (NSE: TAC), a global leader in cybersecurity and vulnerability management, today announced that its Web3 Security arm, CyberScope, has filled patent for CyberScope Cybersca in the United States — the world’s first AI-optimised, multi-domain blockchain trust scoring and fraud detection platform.

This breakthrough is designed to give investors, exchanges, and regulators a real-time, verifiable trust score for every blockchain project — turning fragmented, manual due diligence into instant, actionable intelligence.

Defining the Next Era of Web3 Security Trust

CyberScope Cyberscan fuses on-chain, off-chain, and Web2 data at scale; delivering actionable security intelligence in under five seconds. The patented technology is set to unlock new commercial opportunities across the $20B+ blockchain security market, reinforcing TAC Security’s global IP portfolio and leadership in next-gen cyber intelligence.

Key Industry-First Capabilities:

• Dual-Mode Polling Engine — Combines Slow Mode batch re-indexing for deep coverage with Fast Mode real-time scans for instant insights. 
• Multi-Domain Intelligence Fusion — Integrates smart contract analysis, liquidity metrics, GitHub activity, DNS audits, and KYC/Audit verification into a unified trust score.
• Adaptive Prioritization — Dynamically targets high-risk projects based on listing status, market cap, and activity spikes.
• Live Malicious Behavior Detection — Flags honeypots, rug pulls, liquidity manipulation, and privileged functions before damage occurs.
• Cross-Domain Correlation Engine — Links suspicious blockchain activity with anomalies in domain registration, code changes, and market behavior.

Business Impact

• Reducing Investor Risk — Instant red flags for scam patterns and security vulnerabilities.
• Empowering Exchanges & Launchpads — Automated, embedded trust scoring via developer-ready API.
• Regulatory Alignment — Standardized, auditable trust metrics for compliance reporting.
• Driving Market Confidence — A scalable framework for capital markets to safely embrace Web3.

Trishneet Arora, Founder & CEO, TAC Security: “For the decentralized economy to thrive, trust can’t be optional — it must be engineered into the system. CyberScope doesn’t just measure credibility, it defines it — instantly, for every project in the market. This is the intelligence layer that empowers investors to act decisively, enables exchanges to list with confidence, and allows capital to move into Web3 without hesitation. With this patent, we’re not just talking about blockchain trust; we’re building it, today.”

Saransh Rawat, CTO, TAC Security & Co-Founder, CyberScope, said, “Every once in a while, a technology comes along that changes the rules entirely — Cyberscan is that moment for Web3 security. We’ve created a platform that doesn’t just scan; it understands. It reads the signals across blockchains, marketplaces, and code repositories, turning them into instant, trustworthy intelligence. This is the foundation for a safer, smarter, and truly scalable decentralized future.”

About TAC Security (TAC InfoSec Limited) – Symbol - NSE: TAC

TAC Security, a leading global cybersecurity company specialising in vulnerability management, is a publicly listed cybersecurity company that made headlines with its oversubscribed IPO worth $1 billion. TAC Security’s flagship product, ESOF (Enterprise Security in One Framework), excels in cyber scoring, cyber risk quantification, and leveraging advanced AI for vulnerability assessment and penetration testing.

TAC Security holds prestigious certifications like CREST PT, SOC2 and ISO 27001, IoXT Security Assessor and partners with tech giants such as Google, Microsoft, and Meta for ADA’s CASA (Cloud Application Security Assessment). Serving a diverse global clientele, TAC Security is committed to innovation and excellence in cyber security for Fortune 500 companies, start-ups, and Governments Globally.

For more information, visit https://tacsecurity.com

About CyberScope, a TAC Security Company

Cyberscope, a TAC Security Company, is a leading provider of Web3 Security, smart contract auditing, and compliance solutions, serving a global client base across the decentralized finance, blockchain, and digital asset sectors. Founded in 2023, the company has completed over 2,700 smart contract audits and 500+ KYC verifications, securing more than $2 billion in digital assets for over 3,000 clients. Cyberscope’s proprietary tools combine automated and manual analysis to deliver rapid, high-quality security assessments recognized by major industry platforms such as CoinMarketCap, PinkSale, and DxSale. With a reputation for quality, speed, and trust, and backed by the resources and global reach of TAC Security, Cyberscope is positioned to set new standards for security, transparency, and compliance in the rapidly evolving Web3 ecosystem.

For more information, visit https://cyberscope.io

IIT Madras Researchers Patent Technology That Generates Electricity from Both Tidal and Wind Sources

The current innovation is an energy converter system that generates electricity in coastal areas to reduce electricity consumption

Indian Institute of Technology Madras (IIT Madras) Researchers have patented a 'Combined Power Generation Technology' technology that can generate electricity from both Tidal and Wind sources.

This can be deployed as a mobile vehicle For Power Generation, Transmission and Storage. The current innovation is an energy converter system that generates electricity in coastal areas to reduce electricity demand. The converter system can be deployed depending on the power requirements in the coastal areas.

At present, the Researchers are focused on scalability and affordability and are trying to build a cost-effective prototype using 3D-Printing and other technologies.

A wind turbine mounted on a vehicle's roof will employ the converter technology to generate wind energy as well as convert tidal energy into electrical energy. The energy output of the system or gadget is entirely renewable and sustainable. The roof-mounted solar panel could also be used to power other equipment on mobile vehicles.

Elaborating on the key aspects of this innovation, Prof. A. Seshadri Sekhar, a former Head, Department of Mechanical Engineering, IIT Madras, who is currently on deputation to IIT Palakkad as its Director, said, "The current invention creates electricity using only one vertical axis wind turbine, a horizontal converter mechanism, and no hydraulic set generator based on pendulum support. The current converter also has a variety of height adjustable guider support mechanisms to help regulate the height of the elliptical plate attached to the main shaft. The current idea, on the other hand, lacks a horizontal axis turbine and is entirely onshore, therefore there is no severe corrosion problem.

Moreover, the converter is a remote-controlled system that can be relocated to any position based on wave height and power generation requirements.

Furthermore, without the need for a submarine connection, the generated electricity can be easily delivered from the transformer It also has fewer operating expenses, requires less maintenance, and produces clean energy. It can also be used as a moving vehicle. Tidal energy is a clean, sustainable energy source with significant potential and the unusual capacity to be totally predictable.”

Commenting on a timeline for possible field deployment of this unique technology, Prof. A. Seshadri Sekhar said "The converter system may need to be relocated depending on the power demand in the coastal area. The system's or gadget's energy output is fully renewable. The solar panel on the roof is also used to power other equipment on mobile vehicles.”

Novelty of This Technology

The following mechanisms are unique to the current technology and have specialised features:

• Spring -assisted mechanism,
• Adjustable guider structural support mechanism,
• Main shaft with five converter gear shaft mechanisms,
• Direction converter gear mechanism, floor level adjustable mechanism, 
• Gear coupling mechanism.

Highlighting the novel aspects, Mr. Sadham Usean Ramasamy, PhD Research Scholar, Department of Mechanical Engineering, IIT Madras, said, “This technology will potentially entail fewer expenditures, require less maintenance and produce clean and sustainable energy."

The technology developed by IIT Madras researchers envisages locating the entire converter onshore. Hence, there would be no major corrosion issues. Additionally, the converter is a remote-based system that can be moved to any location based on wave height as well as power generation requirements.