Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Data exfiltration is no longer limited to elite external hackers — it’s a common occurrence in everyday business operations. Employees share files externally, upload documents to personal cloud accounts, copy source code to USB drives, or paste sensitive text into browser-based AI tools. Most of the time, these actions are unintentional.

In the public sector, IT efficiency isn't just about convenience - it’s about fiscal responsibility and strict compliance. Government agencies often manage thousands of users across Jira, Confluence, and Jira Service Management (JSM). As these environments grow, so does the complexity of managing access.

Managing external customer access in Jira Service Management (JSM) often seems straightforward, but it can create recurring problems for many teams: large volumes of spam tickets. When the customer portal allows anonymous submissions, bots and unsolicited traffic can freely enter the system, slowing support operations, affecting the customer experience, and introducing unnecessary security exposure. Teams usually see the same symptoms.

Invisible or hidden risks often corrupt organizations inside out. These are hard to detect and go unnoticed for a prolonged period. Privilege Creep, one such hidden risk, is a silent security gap, where there is an accumulation of inessential access rights of employees over a period of time. This could pave the way for unauthorized access and breaches.

Enterprise organizations face a fundamental challenge in AI adoption. While tools like ChatGPT and Claude offer transformative capabilities, their effectiveness is limited without secure access to organizational data. Critical business information often stays locked in secure repositories, limiting AI assistants from providing business-specific insights. Without secure access to mission-critical content, AI assistants fall short of their potential.

This year, the cybersecurity landscape shifted. Between the rapid adoption of AI-generated code and the increasing complexity of software supply chains, security teams faced unprecedented challenges. According to IBM’s annual Cost of a Data Breach Report, the global average cost of a data breach in 2025 was USD 4.44 million. Organizations needed more than just tools; they needed a partner capable of moving at the speed of modern development.

As we close out 2025, I find myself reflecting on what has been an extraordinary journey for AlgoSec. This year was marked by breakthrough innovations, significant industry recognition, and an unwavering commitment to our vision of secure application connectivity. From launching game-changing solutions to earning accolades on the global stage, 2025 challenged us to push boundaries – and we rose to the occasion with confidence and purpose.

DLP solutions have a challenge in detecting standard document types: financial records, source code, and customer lists. Moreover, what happens when your organization needs to protect business-critical documents that don't fit pre-built categories? Or when you need more granular classification to support specific workflows? Traditional approaches force you to choose between brittle regex patterns that generate false positives.

On December 3rd Lachlan Davidson disclosed an unauthenticated remote code execution vulnerability in React Server Components (RSC) that exploits how React.js (and Next.js) decodes payloads sent to React Server Function endpoints. On December 4th we started observing fingerprinting attempts for these vulnerabilities and on December 5th we started observing exploitation attempts. React.js is used by 66% of the global digital supply, in the top 0.06% of all technologies.

Every IT Operations team knows the feeling: the alert storm hits, dashboards light up, and another late-night scramble begins. You fix the issue, document it, and brace for the next one. The pattern repeats; not because your team lacks skill or visibility, but because the systems you rely on don’t move as fast as the infrastructure they manage. Downtime doesn’t start when systems fail. It starts when signals go unanswered.