Technology

ThreatBreaker Brings Automated Forensics to the Endpoint – Starting With Ransomware

Published

2 hours ago

July 31, 2026

New anti-ransomware capability kills the encryptor, isolates the machine and seals the evidence on its own – offline, air-gapped, and without shutting anything down.

LAS VEGAS, July 31, 2026 /PRNewswire-PRWeb/ — Black Hat – Every breach ends with the same question, asked by a CEO, an insurer, a lawyer, or a regulator: what exactly happened? Automated forensics platforms have answered that question for large enterprises for years – but they were built for organizations with a dedicated incident-response team, and priced accordingly. The companies being hit hardest this year have two IT people and no forensics team at all.

Andrew Sydoruk: ‘Automated forensics has existed for years – for companies with forensics teams. Our customers don’t have one, and they’re the ones getting hit. We put the investigator in the agent, and gave it ransomware first.’

When ransomware arrives, they reconstruct events from memory, weeks later, at consultant rates.

ThreatBreaker today announced it has built that capability into the endpoint agent itself – and pointed it at ransomware, too.

The launch takes place at Black Hat USA 2026, Booth #6001.

The new approach fuses the attack and documents it in the same motion. The agent seeds every machine with a few dozen files named the way real work is named – balance_sheet, cash_flow, vpn_config – that no human ever opens. They’re tripwires. When an encryptor starts chewing through folders, it bites one, then a second, and on the second bite the machine defends itself: the encrypting process is killed, the network cut except for a single line back to the console, the binary locked away so it cannot run twice. Seconds, decided on the endpoint, with no cloud lookup and no analyst on call. It works with the internet down and the network cable already pulled.

And the machine stays on. For years, the only decisive answer to ransomware was shutting the machine down, so the servers that could never be shut down – domain controllers, database servers, the till at the front of the shop – ran in alert-only mode. The endpoints ransomware hurts most were the ones defended least. ThreatBreaker contains the attack while the machine keeps running, leaving the power-button decision to a human with a finished investigation in front of them.

That investigation writes itself. Every tripped file is recorded with its path and hashes before and after; a full forensic package is collected automatically with a documented chain of custody and cryptographic sealing, so nobody can quietly edit the record afterward.

The incident arrives written up in plain English – what ran, where it came from, how far it got – with a risk score, the technique mapped to MITRE ATT&CK, and the reasoning shown on screen. When a cyber insurer interrogates the response before paying a claim, or a European regulator expects a substantiated report within 24 hours under NIS2, the answer already exists.

The market it lands in has never needed it more. The Qilin group became ransomware’s highest-volume operator this year, and its confirmed victims read nothing like the Fortune 500 – regional clinics, specialist practices, a mental-health service, facing median demands around $310,000. A Mississippi health system spent February on paper across 35 clinics. A county in Washington State just finished its third straight week running public services by hand. None of them lacked alerts. They lacked the seconds between the first encrypted file and the ten-thousandth – and afterward, the record of what those seconds contained.

The disguises are getting better, too. This year’s wave of compromised open-source software reached major companies through tools their own developers installed on purpose. At the same time, ransomware crews route through PowerShell and system binaries every file scanner trusts by design. ThreatBreaker’s behavioral engine was built for that terrain – reading sequences and context, the reconnaissance chain before the strike, the legitimate tool doing an illegitimate thing.

ThreatBreaker is unusually plainspoken about the edges, in its launch material and not just its fine print: deception-based detection is an established technique, the capability doesn’t stop encryption before it begins – it stops it seconds in – and it doesn’t decrypt or roll back files; restoration stays the job of backups.

The capability ships now on Windows, Linux and macOS, across cloud, on-premise and fully air-gapped deployments, at no extra cost. At Booth #6001, Black Hat in Vegas – all week, visitors can watch a live encryptor walk into the tripwires, lose, and get written up by the machine it attacked.

ThreatBreaker is endpoint detection and response with a built-in investigator, made for small and mid-sized organizations and the MSSPs that serve them. One lightweight agent detects attacks – including those hiding inside legitimate tools – investigates them automatically with evidence-grade forensics, and hands over finished, explained incidents with automation that a human can always overrule. ThreatBreaker is a MACH37 Cyber Accelerator company.

Media Contact
Contact, Threat Breaker, 1 8384832749, contact@threatbreaker.com, https://www.threatbreaker.com/

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SOURCE Threat Breaker

Technology

Takeads launches Zyntent: an AI revenue layer that puts shoppable products in front of users while they’re still deciding

Published

21 minutes ago

July 31, 2026

DUBAI, UAE, July 31, 2026 /PRNewswire/ — Takeads, an adtech company experienced in affiliate and monetization infrastructure, announced the public beta launch of Zyntent, an intent-based monetization platform built to modernize how affiliate and content publishers earn from commercial intent. Built on a live network of more than 55,000 merchants, Zyntent adds a native, intent-matched revenue layer to affiliate and content publishers — and to AI-powered products — running alongside existing affiliate and display revenue rather than replacing it.

Affiliate monetization has run on largely the same mechanism for two decades: an editor manually links a specific product, and only that link earns revenue. Everything else on a page typically earns nothing at all, even on sites with an active affiliate program.

Zyntent is built to close that gap directly. A single API call sends Zyntent a reader’s query or content context. Zyntent determines whether the query carries commercial intent, matches it against a live network of more than 55,000 merchants, and returns a native contextual recommendation — a card, inline suggestion, or search result — in under 50 milliseconds. There is no redirect, no banner, and no pop-up; if no relevant match exists, no placement renders at all.

For affiliate and comparison publishers, that means adding a native, intent-matched recommendation to content, on-site search results, and reader questions that a hand-placed affiliate link never covered — without touching the links and placements that already convert.

“Affiliate monetization has always earned on the one link an editor placed by hand — everything else a reader is asking or comparing on the page has been left on the table. We built Zyntent to close that gap without touching the affiliate and display revenue that already works, so publishers don’t have to choose between the two,” said Kyrylo Kravchenko, Product Lead at Zyntent.

Zyntent is available now in open beta. There is no setup fee; Zyntent operates on a revenue-share model. Documentation and a live sandbox are available as well.

About Zyntent

Zyntent is an intent-based monetization platform that helps affiliate and content publishers turn commercial questions, searches, and conversations into native recommendations, running alongside existing affiliate and advertising programs rather than replacing them. Zyntent is built by Takeads, operating a live network of more than 55,000 merchants.

Contact email: partners@zyntent.com

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SOURCE Takeads

Technology

Bidbus Raises $15 Million Series A to Scale Its Live Dealer Auction Marketplace

Published

21 minutes ago

July 31, 2026

Funding will support market expansion, product development, dealer network growth and technology-enabled marketplace operations

IRVINE, Calif., July 31, 2026 /PRNewswire/ — Bidbus, the online automotive marketplace that enables licensed dealers to compete in real time for vehicles directly from consumers, today announced $15 million in Series A funding. The round was led by Ibex Investors, with participation from Mucker Capital, Data Point Capital, FJ Labs, Motley Fool Ventures, Walter Ventures and existing investors.

Bidbus is building the transaction infrastructure for a more transparent and competitive vehicle-selling market. Through its live auction platform, consumers can complete a guided virtual vehicle inspection, set an expected price and receive competing bids from licensed dealerships, rather than relying on a single trade-in or instant-buy offer.

Since launch, Bidbus has served more than 10,000 vehicle sellers and reached approximately $300 million in annualized gross merchandise value. Over the past year, the company has grown sevenfold while expanding its dealer network and establishing operations across California and Texas.

Approximately 39 million used vehicles are sold in the United States each year, yet the process through which consumers sell vehicles and dealerships source inventory remains fragmented and inefficient. Sellers often receive limited visibility into actual dealer demand, while dealerships rely on costly and inconsistent acquisition channels. At the same time, dealers increasingly need access to locally sourced vehicles that match their specific inventory needs.

“Consumers should not have to visit multiple dealerships or negotiate against a single buyer to understand what their car is worth,” said Duke Yan, co-founder and CEO of Bidbus. “We built Bidbus to create a transparent marketplace where qualified dealers compete for every vehicle. This funding allows us to expand that marketplace while building the technology, operating systems and team required to scale.”

Expanding Technology, Operations and Market Coverage

The new capital will be used to expand Bidbus into additional metropolitan markets, grow its dealer network and strengthen its product, engineering and marketplace operations teams.

Bidbus will also continue investing in technology that improves virtual vehicle evaluation, auction performance and operational efficiency. This includes AI-powered seller communication, dealer recommendation tools and internal workflow automation

As Bidbus enters its next phase of growth, the company is transitioning from a founder-led operating model toward a more scalable system of functional ownership, repeatable processes and technology-enabled execution.

“Our next chapter is not simply about adding more markets or more people,” Yan said. “It is about building a marketplace and operating system that can compound—where better technology, stronger dealer participation and more efficient operations reinforce one another as we scale.”

About Bidbus

Bidbus is an online automotive marketplace that connects individual vehicle sellers with licensed automobile dealerships through a live auction platform. The company develops technology for virtual vehicle inspections, condition reporting, auction management, dealer bidding, transaction processing and marketplace operations, helping consumers access competitive dealer offers while giving dealerships a more efficient source of locally available inventory.

Bidbus is headquartered in Irvine, California, and currently operates across major markets in California and Texas. Learn more at www.bidbus.com.

Media Contact
Alex Weinberg
Chief Marketing Officer
Press@Bidbus.com

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SOURCE Bidbus

Technology

Nabsys and Indiana University Collaborate to Advance Electronic Genome Mapping Applications in Hematologic Malignancies

Published

21 minutes ago

July 31, 2026

Multi-year research collaboration will focus initially on AML and MDS while advancing Electronic Genome Mapping for broader hematologic research applications

PROVIDENCE, R.I., July 31, 2026 /PRNewswire/ — Nabsys 2.0, LLC (“Nabsys”), a pioneer in electronic genome mapping (EGM) technology, today announced a multi-year research collaboration with the Indiana University School of Medicine to develop and evaluate Electronic Genome Mapping applications for hematologic malignancies. As part of the collaboration, Kevin T.A. Booth, Ph.D., FACMG, Assistant Professor, Department of Medical and Molecular Genetics, Indiana University School of Medicine, and Clinical Laboratory Director, Indiana University Genetic Testing Laboratories, will evaluate the OhmX™ Platform to support the development and assessment of Electronic Genome Mapping applications, initially focused on acute myeloid leukemia (AML) and myelodysplastic syndromes (MDS), with the potential to extend to additional hematologic malignancies and constitutional disorders over time.

Structural variation plays a central role in many hematologic malignancies. Currently, multiple complementary technologies are required to fully characterize genomic abnormalities. Fluorescence in situ hybridization (FISH) interrogates a limited number of genomic regions, while conventional karyotyping provides a genome-wide view of structural information at relatively low resolution. Through this collaboration, Indiana University and Nabsys will evaluate the use of EGM as a complementary approach for detecting structural variation and determine how it may enhance existing cytogenetic research workflows.

The OhmX™ Platform uses proprietary electronic detection to analyze ultra-long DNA molecules. By replacing complex and expensive optical systems with precision electronics, EGM enables a compact, cost-effective platform capable of delivering high-resolution structural variant and copy number analysis. This fundamentally different approach supports Nabsys’ vision of bringing single-molecule insights to every laboratory in the world by making advanced genome analysis more accessible to researchers.

“Indiana University has long been recognized for excellence in cytogenetics, molecular genetics, and genomic medicine, making it an outstanding collaborator as we continue advancing Electronic Genome Mapping for hematologic malignancy research,” said Barrett Bready, M.D., Founder and CEO of Nabsys. “This collaboration builds on our growing body of work with leading academic laboratories and represents another important step toward developing research applications that address longstanding challenges in structural variant analysis. Dr. Booth and the Indiana University team bring valuable expertise that will help shape the future development of EGM.”

“Structural variation remains one of the most important yet technically challenging aspects of cancer genomics,” said Dr. Booth. “I’m excited to work with the Nabsys team to evaluate Electronic Genome Mapping in AML and MDS and determine where it can complement existing cytogenetic approaches. Every new technology offers an opportunity to see the genome in a different way. This collaboration has the potential to provide new insights into complex genomic abnormalities and advance how we study and understand structural variation.”

Nabsys will also participate in the Cancer Genomics Consortium (CGC) Annual Meeting, taking place August 1–5, 2026, in Houston, Texas, where the Company will present new research highlighting recent progress in Electronic Genome Mapping for hematologic malignancies. Through an oral presentation and three scientific posters, Nabsys will showcase EGM applications for structural variant and copy number analysis, demonstrating the platform’s ability to provide integrated, genome-wide genomic insights that complement existing cytogenetic approaches.

Nabsys’ OhmX™ Platform is a research-use-only EGM technology that is commercially available to laboratories worldwide.

About Kevin T.A. Booth, Ph.D., FACMG

Kevin T.A. Booth, Ph.D., FACMG, is an Assistant Professor in the Department of Medical and Molecular Genetics and Clinical Laboratory Director at the Indiana University School of Medicine. His work focuses on clinical cytogenetics, constitutional genetics, cancer genomics, and the evaluation and implementation of emerging genomic technologies. Dr. Booth is actively involved in advancing cytogenetic methodologies and developing, evaluating, and applying new genomic tools to improve genomic research, laboratory diagnostics, and our understanding of human disease.

About Nabsys

Nabsys is advancing genomics with a clear focus on accessibility and innovation through its proprietary electronic genome mapping (EGM) technology. Implemented on the OhmX™ Platform, EGM integrates precision electronics, nanofluidics, and computational biology to deliver high-resolution insight into genome structure. This approach expands what’s possible in cytogenetics, molecular genetics, and cell and gene therapy research, while providing comprehensive structural variation analysis to laboratories of all sizes.

The company was founded in 2005 and is based in Providence, Rhode Island. For more information, visit www.nabsys.com.

Media Contact
David Rosen
Argot Partners
nabsys@argotpartners.com
646-461-6387

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SOURCE Nabsys