Funding rounds, leadership changes, incidents, new capabilities and announcements across the vendors in this catalog — collected automatically from vendors' own public feeds. Product release versions are on their own page, so the landing feed here never reads as one vendor's changelog.Where this comes fromEvery item links to the vendor's own published source: a GitHub release feed, a changelog, a status page, an SEC filing or a company blog. Nothing here is written or editorially reviewed by 0-Doubt, and nothing is a recommendation — it is machine-collected public record, labelled the same way as all other baseline content on the platform. Coverage is uneven by design: a vendor that publishes no public feed will not appear, and that absence is not a judgement about the vendor.
218 matching stories — announcement, in Quantum Security — showing up to 3 per vendorPer-vendor capWhile browsing, no single vendor may fill more than three slots on any one page, so a vendor with a chatty release cadence cannot buy the page you are looking at. That means a page can render fewer stories than the count above. Searching a headline or naming a vendor turns the cap off, because then you have asked to see everything that matches.
Fraud-as-a-Service has turned cybercrime into a monthly subscription, putting deepfakes and phishing kits in anyone's hands. Here is how it works, and how quantum-safe security rebuilds trust.
We are looking for a software engineer for our quantum networking device software engineering team.
Organizations must transition to post-quantum cryptography. But it’s complicated – most businesses and governments rely on third-party vendors, cloud platforms, managed service providers and external tools, meaning the risk is in the dependency on third-parties. No organization is an island, and if your vendor is slow to transition, or lacks visibility into their own systems,Read More The post Australia issues guidance on evaluating third-party quantum readiness appeared first on PQS
The Qubit Report on QuProtect R3 in the AWS marketplace for the Intelligence Community, and the procurement route it opens for agencies.
Lessons from post-quantum discovery inside large enterprises, and what to do about each one. The scanner found 40,000 rows of encryption. It could not tell us what a single one protected. That gap is where post-quantum migrations go to die. Every migration starts with the same question: where is our encryption? The question sounds simple. […]
The Quantum Insider on QuProtect R3 in the AWS marketplace for the Intelligence Community, and the visibility and policy management it brings.
Security Today on QuProtect R3 in the AWS marketplace for the Intelligence Community, reached through a curated government channel.
QKD and Post-Quantum Cryptography protect data from quantum threats using different methods: physics-based key exchange and quantum-resistant algorithms.
QRNG vs PRNG explained: true quantum randomness versus deterministic pseudo-random output, why it matters for cryptography, and where each is safe to use.
Privileged access is changing fast. AI agents, service accounts, cloud workloads, and automation now generate far more privileged activity than traditional administrator accounts, making static credentials and password vaults increasingly difficult to manage and secure.
Helsinki, Finland - July 14, 2026. SSH Communications Security (SSH) - a leading defensive cybersecurity company for humans, systems, and networks - today announced that its PrivX privileged access management (PAM) solution has been named an Overall Leader, Product Leader, and Innovation Leader in the KuppingerCole Analysts Leadership Compass for Privileged Access Management 2026.
We’re thrilled to announce that PQMicroLib-Core, our ultra-small cryptographic library, has officially achieved NIST CAVP certification. This validation covers the new post-quantum standards ML-KEM and ML-DSA, alongside SHA-3 and SHAKE. Passing CAVP (Cryptographic Algorithm Validation Program) means PQMicroLib-Core 1.3.0 has successfully passed rigorous vector testing, proving that our implementation flawlessly matches the federal standard. InRead More The post PQMicroLib-Core 1.3.0 achiev
Myota is about savings. The people who built the core tech were thinking about saving you from attacks. Myota also gets you true hard cost savings. But Myota also saves you from the types of losses you just can’t recover. The damage from attacks. So many people we talk to don’t have stuff backed up – even their critical data. And here's the cruel joke: the ones who do aren't as safe as they think, because 96% of ransomware attacks go straight for the backups. The safety net is the first thing th
In June 2026, France’s digital affairs directorate, DINUM, confirmed a security incident involving Tchap, the French government’s messaging platform. The story was quickly picked up by cybersecurity media, with many headlines focusing on the fact that an encrypted government messenger had been breached.
On June 22, the U.S. government issued two major Executive Orders (EO) on quantum technologies. Both point in the same direction that many defence, government, and enterprise teams have already begun working on: how to seamlessly migrate to a quantum-safe posture without disrupting the value or mission they deliver today. At Quantropi, we believe organizations that treat this shift as strategic modernization will be best positioned to lead the next era of secure digital infrastructure and protec
On June 24, 2026, the Office of Management and Budget issued Memorandum M-26-15, “Execution of the Migration to Post-Quantum Cryptography.” It implements Executive Order 14412 (June 22, 2026) and fulfills OMB’s... The post What OMB M-26-15 Means for Federal Migration first appeared on Tychon.
The new cyber front door is at home! Let’s face it – most families are not ignoring cybersecurity. They are just trying to live their lives. They are paying bills, helping children with homework, checking emails between meetings, ordering groceries, booking holidays, gaming, streaming, banking, messaging and managing a growing number of connected devices. But […] The post The new cyber front door is at home! first appeared on BlockAPT | Autonomous AI Cybersecurity.
Eric Amador believes that organizations must look beyond simple algorithm replacements to survive the coming quantum threat. Many security teams view post-quantum migration as a routine IT patch, but the reality demands a complete structural overhaul. Recent announcements from Google regarding advancements in breaking elliptic curve cryptography highlight that historical timelines are likely to moveRead More The post Why crypto-agility requires real governance appeared first on PQShield.
SMEs are not too small to be targeted. They are too exposed to be ignored. Let’s be honest – for years, cybersecurity has been spoken about as though it belongs to the enterprise world. Big banks. Global retailers. Critical infrastructure. Government departments. Large organisations with security operations centres, specialist teams, complex tooling, and big budgets. […] The post SMEs are not too small to be targeted. They are too exposed to be ignored. first appeared on BlockA
The U.S. Federal Migration to PQC Just Got Real
Understanding Network Segmentation as a Cyber Security Architecture The Core Concept of Network Segmentation Network segmentation is the practice of dividing a network into smaller, separated zones and controlling what is allowed to pass between them. Instead of one large, open environment where any device can talk to any other, you create boundaries that reflect […]
Every industry has its apocalypse clock. Cybersecurity has had several. Y2K. EternalBlue. The “death of passwords” (still pending). AI-powered phishing. But looming behind all of them is the one threat that sounds like science fiction until it suddenly doesn’t: Q-Day: the moment a quantum computer becomes capable of breaking the public-key cryptography that underpins the modern […] The post Venari Predicts Q-Day Will Arrive on 1st April 2029. Probably. Or 29th February 2030, if the ph
Network and System Engineer
Venari Security is pleased to announce a new partnership with Integrity360 to help organisations prepare for the transition to post-quantum cryptography by improving visibility into cryptographic assets, dependencies, and risk across complex environments.  Post-quantum readiness has become one of the most talked about challenges in cybersecurity. However, many organisations are being asked to prepare for the future before they fully understand the […
Why Network Edge Security Has Become So Important As infrastructure becomes increasingly distributed, network edge security and network segmentation has become a critical challenge for organisations operating financial, retail, industrial and national infrastructure. Today, critical infrastructure stretches across data centres, cloud environments, telecoms networks, remote industrial sites, payment systems, autonomous technologies and edge devices operating […]
Own your cyber defence – or someone else will. I believe cyber sovereignty is the new boardroom battleground – and the organisations that control their defence will control their future. Cybersecurity is no longer just about stopping attacks. It is about CONTROL. 🛡️ Control over your data.🛡️ Control over your infrastructure.🛡️ Control over your suppliers.🛡️ […] The post Cyber sovereignty is the new boardroom battleground – and the organisations that control their defence wi
Australia’s Quantum Security Wake-Up Call Australia occupies a distinct position in the global quantum security landscape. Its heavy reliance on a small number of submarine cable routes, deep integration with Five Eyes and allied intelligence ecosystems, and geopolitical exposure in the Indo-Pacific combine to make it an unusually high-value target for the “harvest now, decrypt […] The post Post-Quantum Cryptography in Australia: What Security Leaders Should Do Now appeared fir
Q*Bird was proud to participate in Quantum Meets 2026, held on 20 May 2026 in Amsterdam, bringing together industry leaders, policymakers, researchers, founders and innovators from across the global quantum ecosystem.
The First Step Is Knowing Where Your Cryptography Lives. A public-surface scan of cryptographic posture across 60 Canadian critical infrastructure operators.
Why Enterprises Must Prepare for Post-Quantum Risk Now   The Threat Is Active, Not Theoretical On March 25, 2026, Google announced it is accelerating its full migration to post-quantum cryptography... The post Your Encryption Has an Expiration Date first appeared on Tychon.
In part two of his NATO Association of Canada interview, Brad McInnis explores why post-quantum readiness is central to defence interoperability across NATO, NORAD, and Five Eyes environments.
Nokia and KETS Quantum Security are collaborating to lead the next era of scalable, commercial quantum key distribution (QKD). KETS Quantum Security is integrating its technology into Nokia’s global ‘flying kit’ quantum-safe demonstration kit. Nokia is the leading supplier of optical networking systems for critical telecoms infrastructure and has developed a blueprint for quantum-safe telecoms […] The post Nokia and KETS collaborate to scale quantum-safe security appeared first on KETS Qua
AWS has a well-documented approach to protecting data lakes using services like AWS Backup, cross-region replication, vaults, and policy-based automation (AWS, Best Practices for Data Lake Protection with AWS Backup). On paper, it looks comprehensive.In practice, it doesn’t work.The problem is not that the recommendations are wrong. It’s that they are built on assumptions that no longer hold once data reaches petabyte scale, and they come from a model where the platform providing the guida
For decades, GPS has been treated as the foundation of modern positioning and navigation. It tells ships where they are, guides aircraft across continents, and underpins critical infrastructure around the world. However, GPS was built to estimate location, not to prove location. The signal GPS uses to identify location can be spoofed, relayed, and manipulated; even a perfectly functioning receiver can be made to report a false position.