Daily Tech Digest by Kannan Subbiah: hiring

Showing posts with label hiring. Show all posts

Daily Tech Digest - July 12, 2026

Quote for the day:

“Teamwork begins by building trust. And the only way to do that is to overcome our need for invulnerability.” -- Patrick Lencioni

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Duration: 19 mins • Perfect for listening on the go.

The Data Sovereignty Problem: Why Enterprises Are Pulling Workloads Back from the Cloud

For years, placing computer operations in the public cloud was the default choice for most large businesses, promising speed and fewer physical maintenance burdens. Now, however, the need to strictly control sensitive information is changing that strategy. Organizations are increasingly asking not just where their data physically sits, but who can access it, which laws apply to it, and how it is secured and backed up. This deeper level of control, known as data sovereignty, is driving a shift away from a "cloud-first" approach to a more deliberate "workload-first" model. Heavy regulations and the rise of massive data pools required for artificial intelligence are making the public cloud more complicated and expensive for certain tasks. While the cloud remains useful for flexible, general-purpose applications, many companies are moving their steady, highly sensitive, or heavily regulated systems back to private servers or shared physical data centers. This move does not mean abandoning the cloud completely. Instead, it allows organizations to create a hybrid setup, gaining the predictable costs, clear legal boundaries, and tight security of private infrastructure exactly where it matters most, while keeping the cloud for tasks that benefit from its massive scale and flexibility.

Agentic Process Transformation: A CIO Perspective

Agentic Process Transformation (APT) is changing how businesses operate. Instead of simply automating basic, predictable tasks, this approach uses AI systems that can understand goals, make plans, coordinate with different tools, and execute complex workflows. For a Chief Information Officer (CIO), this is not just another technology upgrade. It requires completely rethinking how business processes are designed, monitored, and managed. These AI agents do more than answer questions; they handle tasks like checking policies, routing approvals, and updating records. Because they can navigate uncertainty and collaborate with humans, they offer enormous value. However, CIOs must implement them carefully. A successful strategy starts with identifying clear business goals, such as speeding up claims processing or improving IT support, rather than just experimenting with technology. It is also crucial to build a secure, central platform for these agents rather than scattering them across different departments. To keep operations safe, companies must establish strict boundaries. Agents should only have access to the specific data and tools they need. They should assist humans, handle low-risk tasks autonomously, and flag exceptions for human review. When built with strong safeguards and measurable outcomes, APT can significantly improve speed, consistency, and overall business value.

Is a DPO the Same as a Privacy Officer?

Many organizations mistakenly treat the titles “Data Protection Officer” (DPO) and “privacy officer” as interchangeable. However, under the General Data Protection Regulation (GDPR), these roles carry vastly different legal weight. A privacy officer is just an internal job title created by an employer. It has no formal legal definition, meaning the company completely controls the role’s duties, reporting structure, and level of independence. In contrast, a DPO is a formal statutory position defined by GDPR rules. The law specifically mandates certain organizations to appoint a DPO, such as public authorities or businesses that monitor individuals or process sensitive information on a large scale. Unlike a standard privacy officer, a DPO is guaranteed legal independence. Management cannot instruct them on how to carry out their regulatory duties, nor can they penalize the DPO for doing their job correctly. Furthermore, a DPO must report directly to the highest level of leadership, rather than sitting under a department head like IT or marketing. Confusing these two roles can lead to severe financial penalties. Simply giving someone the title of privacy officer does not satisfy legal requirements if your business operations trigger the need for a DPO. Companies must carefully evaluate their data activities and ensure proper compliance.

The business case for burning down security debt: A practical approach for CISOs

Today, most organizations can easily find security flaws, but they struggle to fix them fast enough. This creates "security debt"—a backlog of unresolved vulnerabilities that grow over time and increase risk. To get the resources needed to solve this problem, security leaders must treat security debt like financial debt when talking to executives. Instead of just listing technical flaws, leaders should frame the inability to fix issues as a business constraint that causes delayed releases and raises operational costs. Because not all vulnerabilities carry the same risk, it is important to focus on the ones that are both highly exploitable and located in critical systems, like customer-facing applications or revenue-generating services. By narrowing the focus to these high-risk areas, teams can make a meaningful impact quickly. To show progress, organizations need metrics that measure actual risk reduction, rather than just counting how many bugs were found or fixed. Securing investment requires clearly showing leadership how dedicated engineering time and automated tools will improve the organization's capacity to safely deliver software. By connecting security efforts directly to business outcomes, security leaders can secure the funding needed to effectively reduce their organization's long-term risk.

15 cognitive biases that affect workplace decisions more than most people realize

The human brain relies on mental shortcuts that can severely distort workplace decisions. These cognitive biases operate quietly, causing professionals to misjudge hiring, planning, and strategy despite having access to better data. Understanding the most common ones offers a practical defense. Confirmation bias is perhaps the most frequent issue. It leads individuals to seek out information that supports their existing beliefs while ignoring contradictory evidence. For instance, an interviewer who likes a candidate early on will unknowingly frame questions to validate that good impression. Anchoring is another common trap, where the first number mentioned—such as a salary request or budget estimate—pulls all subsequent negotiations toward it, even if the starting number was arbitrary. Similarly, the sunk cost fallacy convinces leaders to keep funding failing projects simply because they have already spent resources on them, rather than evaluating future potential. Other biases skew how people perceive talent and risk. The halo effect causes one positive trait, like confidence, to unfairly elevate someone’s perceived competence in unrelated areas. The availability heuristic leads teams to judge the likelihood of an event based on how easily they can remember a similar occurrence, often overestimating risks tied to recent, vivid events. By recognizing these patterns, professionals can build smarter processes—like evaluating evidence separately from conclusions—and make better, more objective decisions.

When Hackers Cut the Internet, Will the Water Still Flow?

The U.S. Environmental Protection Agency recently hosted a National Cyber Drill to help water utilities prepare for severe cyberattacks. The exercise simulated a worst-case scenario where foreign military hackers caused a massive, three-day telecommunications blackout. In this fictional situation, a public utility had to maintain safe water services for a large community without any internet, cellular coverage, or remote monitoring capabilities. During the drill, utility managers from across the country discussed the immense challenges of losing third-party communications entirely. They explored how to shift staffing to provide round-the-clock physical monitoring and debated difficult choices, such as prioritizing water pressure for firefighting over standard water treatment methods. Transitioning to completely manual operations proved difficult, and very few participants actually attempted the live-action portion of the exercise. Industry experts noted that while local automated systems might still function safely without internet access, true manual operation requires constant human oversight of all equipment. Ultimately, the drill highlighted that vulnerability heavily depends on a utility’s specific size and physical design. Smaller organizations or those with private communication networks could navigate an outage relatively easily. However, larger facilities that rely heavily on remote technology would face serious, ongoing challenges in keeping their water flowing safely.

Forget typosquatting; slopsquatting is the software supply chain threat created by AI coding tools

A new security threat called slopsquatting is emerging as many modern software developers increasingly rely on artificial intelligence coding assistants. Slopsquatting occurs when an AI model invents, or hallucinates, a fake but realistic-sounding software package name while generating code. Cybercriminals have learned to identify these commonly hallucinated names and register actual, malicious packages under them in open-source libraries. When a developer trusts the AI assistant and installs the suggested package, they unknowingly inject malware directly into their software from the very beginning. This tactic builds on traditional typosquatting, where attackers misspell popular domain names to trick users. However, because AI creates completely new, plausible names rather than simple misspellings, current security protections built into software registries fail to detect the threat. Attackers can even manipulate AI models to force them to recommend these specific, infected packages. Research indicates that open-source AI models are about four times more likely to hallucinate packages than proprietary models, making their users significantly more vulnerable. As the trend of relying on AI for coding grows, organizations must implement careful verification processes. Developers need to manually confirm that any AI-recommended package actually exists in official repositories and perform automated checks before incorporating it into their active code base.

Business (Architecture)First. In an AI lead world

Many enterprise artificial intelligence initiatives fail to generate measurable value, not because of flawed technology or poor data, but due to a critical missing step: business architecture. When organizations deploy AI, they often treat it as a standalone IT project, skipping the essential phase of defining how the technology aligns with overall business strategy, capabilities, and value streams. This oversight creates what is known as probabilistic integration debt. Traditional business processes are deterministic, meaning they expect precise, rule-based outcomes. Artificial intelligence, however, is probabilistic and generates statistical likelihoods. When companies force these probabilistic models into rigid operational systems without a proper architectural foundation, it causes continuous friction, requires heavy human intervention, and ultimately limits the value of the investment. To succeed, organizations must adopt a business-first approach to architecture. Before selecting any specific models or tools, they need to map out exactly what capabilities require automation and define clear governance and operating models. This rigorous upfront planning ensures that when technology and data architecture are finally implemented, they serve a specific, well-defined business purpose. Ultimately, transitioning to an intelligent enterprise requires the discipline to understand your operational needs and decision flows long before writing code or integrating new systems.

AI’s potential to infect the hiring process with bias

Artificial intelligence has become a standard tool in corporate hiring, with a large majority of employers using it to screen candidates and make role-planning decisions. While this technology can process high volumes of applications quickly, relying on it too heavily introduces a significant risk of hidden bias. Experts warn that when AI is left to automatically reject applicants, it frequently filters out highly qualified people whose backgrounds do not fit a neat, traditional mold. For example, candidates returning to the workforce, changing industries, or simply using different wording than the job description are often discarded before a human ever reviews their resume. Furthermore, AI systems trained on past hiring data can unintentionally reinforce historical prejudices by prioritizing certain schools or work patterns that do not actually determine a candidate's future success. To prevent these issues, organizations must remember that AI should support the hiring process, not replace it. Companies need to maintain a careful balance by keeping human judgment involved to assess context, intuition, and an applicant's true potential. By mapping out exactly where automation adds value and where human insight is required, and by regularly auditing these systems, employers can improve efficiency while maintaining fairness, accuracy, and transparency for every job seeker.

5 Pillars of Post-Quantum Security Protocols for AI-Driven Systems

The 2026 push for quantum readiness is not merely a suggestion, but an urgent necessity to protect sensitive data from "Harvest Now, Decrypt Later" strategies. Attackers are currently hoarding encrypted traffic, waiting for fault-tolerant quantum computers to crack current cryptographic standards like RSA and ECC. To secure AI-driven systems effectively, organizations must quickly transition to NIST-compliant Post-Quantum Cryptography (PQC). The foundation of this transition requires taking a thorough inventory of all cryptographic dependencies within your AI infrastructure to identify hidden vulnerabilities. Moving to PQC does not mean abandoning trusted classical security; instead, adopting a hybrid strategy that combines both classical and quantum-resistant standards creates a highly resilient, dual-layered defense. Furthermore, building crypto-agility directly into AI pipelines is crucial, allowing teams to update algorithms swiftly via configuration changes rather than disruptive software rewrites. Securing the Model Context Protocol (MCP) transport layer is also vital, requiring robust validation to prevent malicious instructions from infiltrating AI models. Finally, shifting from static defenses to continuous, behavior-based monitoring ensures that any anomalous requests are detected and blocked in real-time. Together, these strategies build a sturdy baseline for quantum-resilient AI security.

Daily Tech Digest - June 06, 2026

Quote for the day:

“Tell me how you measure me, and I will tell you how I will behave.” -- Eliyahu M. Goldratt

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Duration: 21 mins • Perfect for listening on the go.

The real cost of agentic AI

As businesses move beyond initial excitement and begin deploying goal-driven artificial intelligence systems, the true financial impact of these setups is becoming apparent. Unlike basic AI models that simply answer questions or summarize text, agent-based systems operate continuously to achieve specific objectives, consuming millions of data tokens every day. For example, a single automated agent might cost a couple of thousand dollars a year just in raw computational usage. However, when organizations scale up to deploy entire teams of agents for complex tasks like software engineering, customer support, or supply chain planning, the baseline expenses multiply quickly. More importantly, the article emphasizes that raw usage fees only represent a small fraction of the total cost. In actual business environments, operating these systems safely often costs two to five times more than the basic computing power. Because these agents interact directly with real business systems, they require extensive surrounding infrastructure. This includes strict permission controls, detailed activity logging, reliable rollback features, and dedicated human supervision to handle inevitable mistakes. The fundamental takeaway is that companies must stop viewing these programs as cheap digital employees. Instead, leaders need to evaluate them as complex software investments where the hidden costs of safety, management, and oversight ultimately determine their true value and return on investment.

AI agents are learning on the job — just not for your whole team

AI agents have become much better at adapting to the specific habits of individual workers. When an employee corrects an AI assistant or shows it a preferred way to format a document, the software often remembers and improves for the next time. However, this localized learning remains isolated. If an agent learns a highly efficient shortcut from one team member, that valuable knowledge is not shared with the AI assistants helping the rest of the department. This creates a fragmented environment where every user essentially trains their own isolated model, repeating the same corrections and mistakes across the company. The core issue lies in orchestration. Right now, most businesses lack the centralized systems needed to take an individual agent’s newly acquired skills and safely distribute them across the broader workforce. Building this shared intelligence requires careful planning. Companies must figure out how to pool useful agent interactions without violating user privacy or sharing sensitive data across different departments. Until developers create better tools to synchronize these localized improvements, AI tools will remain highly personal assistants rather than true team players. To fix this, organizations will eventually need to treat agent training as a collective resource, ensuring that when one AI learns a better way to work, the entire company benefits from the discovery.

Replacing Or Repositioning? How AI Is Redefining The Human Role In Recruitment

Artificial intelligence is fundamentally reshaping how companies hire, but it is not replacing the human recruiter. Instead, AI is handling the heavy lifting of administrative chores like resume screening and scheduling, freeing up significant time for recruiters to focus on what humans do best. By shifting the evaluation process away from relying on a candidate’s past schools or employers, AI helps teams assess actual skills and work portfolios. This approach uncovers hidden talent that traditional filters might overlook and creates a more level playing field for applicants. However, technology has clear limits. While an algorithm can easily rank candidates based on technical compatibility, it cannot understand the nuanced psychology required to actually close a deal. AI lacks the empathy to navigate a candidate’s personal hesitations or understand the impact of a job change on their family. Therefore, the moments that decide whether top talent accepts an offer remain deeply human. To make the most of these tools, organizations must treat AI as a strategic partner rather than just software. Leaders should regularly check systems for bias, ensure humans always make final hiring decisions, and train their recruiters in advanced negotiation and relationship management. Ultimately, the future of hiring relies on professionals who can confidently direct AI tools while bringing essential human intuition to the process.

Adaptive, Agentic AI Worms Loom as Next Enterprise Threat

Security researchers are warning that a new generation of autonomous malware, known as adaptive artificial intelligence worms, will likely target corporate networks within the next year. Unlike traditional viruses that rely on fixed code to exploit specific vulnerabilities, these new software worms act as independent agents capable of reasoning. Once inside a network, they can independently search for unpatched software flaws, discover hidden passwords, and rewrite their own code to exploit whatever unique systems they encounter. To understand this threat, several academic and industry research teams have recently built controlled, test versions of these worms. Their tests show that the malware can rapidly jump between devices by dynamically adapting to different environments and using a system's own processing power against it. While this sounds alarming, defenders actually have a distinct advantage. Because the worms rely on running continuous calculations, they require significant memory and processing power. This makes them incredibly noisy and much easier to detect than conventional malware that silently hides in the background. Furthermore, the most effective defenses against these advanced threats are fundamentally straightforward security practices. By implementing strict access controls, continuously verifying user identities, and breaking large networks into smaller, isolated segments, organizations can easily restrict the malware's movement and stop it before it causes widespread damage.

Architecture Has a Set of Secret Problems; Other Professions Solved Theirs

Unlike medicine or structural engineering, the technology architecture profession relies heavily on unverified concepts to build systems. In medicine, clinical treatments are ranked by the strength of their evidence, ensuring doctors know when they are relying on proven trials versus expert opinion. Similarly, structural engineers use rigorous building codes that are strictly updated following public investigations of bridge or building failures. By contrast, technology architects frequently design systems using hundreds of named patterns, such as how data is stored or how software integrates, that lack formal independent verification. A recent survey found that many popular software patterns stem from just a single book, blog post, or vendor document. They often do not explain when the approach fails or under what specific conditions it was tested. Because named patterns carry authority in design discussions, unverified ideas are regularly treated as established facts, which can lead to poorly built systems. To solve this, the industry must introduce clear certainty ratings and require practical measurements for these design claims. By transparently documenting how much independent evidence exists for each solution, architects can treat untested hypotheses differently from proven standards. Adopting this level of discipline will hold technology architecture to the same professional accountability as other established fields, ultimately resulting in more reliable systems.

India’s cyber resilience push must confront the internal AI agent attack surface

As enterprise artificial intelligence evolves from answering questions to actively managing workflows, the primary security risk shifts from data leakage to unintended actions. Organizations are increasingly deploying artificial intelligence agents with direct access to critical systems, including financial records, customer databases, and software development platforms. This introduces a major vulnerability known as excessive agency. Unlike traditional cyber threats that focus on hostile outsiders breaking through a perimeter, the modern threat often sits inside the network. An agent might use legitimate credentials and approved methods to perform an action that makes technical sense but lacks proper business judgment. To address this internal attack surface, companies must rethink their cyber resilience strategies. Generic policies are no longer adequate. Instead, technology teams need to establish strict controls. Every agent requires a distinct identity, clearly defined access boundaries, and detailed activity logs that track the reasoning behind its actions rather than just the final output. Most importantly, true resilience requires the ability to easily reverse an automated action when something goes wrong. Before deploying these active models, leaders must mandate clear human approval checkpoints for critical tasks and ensure they have functional rollback plans. Simply monitoring these automated tools is not enough; organizations must confidently control and recover from their decisions.

AI has a leadership problem, not a technology problem. Most organisations haven’t noticed yet

Many organizations are rushing to adopt artificial intelligence, mistakenly believing that implementing the latest software will automatically fix their operational challenges. However, the primary reason these projects fail is rarely a flaw in the technology itself; rather, it is a fundamental failure of leadership. Most company executives approach artificial intelligence as a simple IT upgrade instead of a broader organizational shift. They invest heavily in new platforms and data systems but fail to define clear business problems for these tools to solve. Without a coherent strategy, employees are left confused, and the technology sits disconnected from actual daily workflows. To succeed, leaders must stop focusing solely on technical specifications and start guiding their workforce through the necessary changes. This means fostering a workplace where teams understand how to use these new systems to improve their daily tasks. It also requires executives to bridge the gap between technical teams and business units, ensuring that any new software directly supports the long-term goals of the company. Until management recognizes that integrating artificial intelligence is primarily a human and strategic challenge rather than just a software installation, they will continue to waste money on tools that deliver little real value. Ultimately, good leadership is the missing ingredient for success.

Is the Data Warehouse Dead? 3 Patterns From Enterprise Architecture That Answer This Question

For years, observers have predicted the end of the traditional data warehouse, arguing that cheaper storage options like data lakes would eventually replace it. The logic seemed sound because older systems struggled to keep up with the sheer volume and variety of modern information. However, declaring the data warehouse dead is simply inaccurate. Instead of disappearing, the technology has adapted gracefully. Today, modern cloud platforms have solved many rigid hardware limitations of the past, offering the computing power needed to process massive datasets quickly. While data lakes are excellent for holding raw and unorganized files, they often lack the structure and reliability required for routine reporting and strict financial compliance. Because of this, the warehouse remains entirely essential for providing clean, trustworthy, and organized facts that leaders rely on for their daily decisions. The current reality is not about choosing one method over the other. Most companies are now adopting a blended approach, which intelligently combines the vast storage capacity of a lake with the reliable, structured performance of a warehouse. Ultimately, the traditional data warehouse is far from obsolete. It has just evolved to become one highly specialized and necessary part of a much larger, more capable information storage architecture.

Claude Code has an MCP security problem — and your developers are already using it

Anthropic's Claude Code is quickly becoming a popular tool among developers, but a recent finding by Mitiga Labs highlights a significant security vulnerability stemming from its use of the Model Context Protocol (MCP). The attack relies on a malicious npm package that appears to be a legitimate utility. When installed, a hidden post-install hook silently modifies the user's ~/.claude.json file, which is the configuration point for how Claude Code routes its MCP traffic. By altering this file, attackers can redirect authenticated requests to their own infrastructure. The primary danger here is the theft of long-lived OAuth tokens for connected SaaS platforms like Jira, GitHub, and Confluence. Because the authentication process completes normally, the attack acts essentially as an adversary in the middle, capturing the session token while leaving audit logs that look entirely legitimate and originate from Anthropic's own IP addresses. Consequently, developers can unknowingly expose critical corporate environments simply by running a package installation. To address this risk, security teams should begin monitoring user-level configuration files, specifically the ~/.claude.json file, for unexpected changes or unfamiliar external endpoints. Additionally, organizations must treat npm post-install hooks as a serious supply chain vulnerability, enforcing stricter audits on package installations, and be prepared to audit and rotate any OAuth tokens connected to developer AI integrations.

Quantum computers edge toward industrialization

Quantum computing is steadily moving out of research laboratories and closer to practical, industrial use. While early quantum machines were highly experimental and prone to frequent calculation errors, the industry is now shifting its focus toward building reliable, scalable systems that can function in real-world commercial environments. A major part of this transition involves standardizing the manufacturing of quantum components, creating stable supply chains, and developing better methods for error correction. Instead of trying to replace traditional computers entirely, companies are exploring hybrid approaches where quantum systems work alongside regular supercomputers to solve specific, highly complex problems. This pragmatic strategy allows businesses to test quantum capabilities in fields like materials science, chemistry, and logistics without overhauling their entire tech infrastructure. However, significant engineering hurdles remain before these systems become a standard business tool. Companies must still figure out how to cool the machines efficiently and keep the delicate quantum states stable over longer periods. Despite these challenges, the conversation has moved past theoretical possibilities and into the physical realities of engineering and production. By focusing on steady hardware improvements and practical software integration, the industry is laying a quiet but solid foundation for a future where quantum machines handle the specialized tasks that outpace classical computers.

Daily Tech Digest - February 27, 2026

Quote for the day:

"The best leaders build teams that don’t rely on them. That’s true excellence." -- Gordon Tredgold

Ransomware groups switch to stealthy attacks and long-term access

“Ransomware groups no longer treat vulnerabilities as isolated entry points,” says Aviral Verma, lead threat intelligence analyst at penetration testing and cybersecurity services firm Securin. “They assemble them into deliberate exploitation chains, selecting weaknesses not just for severity, but for how effectively they can collapse trust, persistence, and operational control across entire platforms.” AI is now widely accessible to threat actors, but it primarily functions as a force multiplier rather than a driving force in ransomware attacks. ... Vasileios Mourtzinos, a member of the threat team at managed detection and response firm Quorum Cyber, says that more groups are moving away from high-impact encryption towards extortion-led models that prioritize data theft and prolonged, low-noise access. “This approach, popularized by actors such as Cl0p through large-scale exploitation of third-party and supply chain vulnerabilities, is now being mirrored more widely, alongside increased abuse of valid accounts, legitimate administrative tools to blend into normal activity, and in some cases attempts to recruit or incentivize insiders to facilitate access,” Mourtzinos says. ... “For CISOs, the priority should be strengthening identity controls, closely monitoring trusted applications and third-party integrations, and ensuring detection strategies focus on persistence and data exfiltration activity,” Mourtzinos advises.

Expert Maps Identity Risk and Multi-Cloud Complexity to Evolving Cloud Threats

Cavalancia began by noting that cloud adoption has fundamentally altered traditional security boundaries. With 88 percent of organizations now operating in hybrid or multi-cloud environments, the hardened network edge is no longer the primary control point. Instead, identity and privilege determine access across distributed systems. ... Discussing identity risk specifically, he underscored how central privilege is to modern attacks, saying, "If you don't have identity, you don't have identity, you don't have privilege, you don't have privilege, you don't have a threat." Excessive permissions and credential abuse create privilege escalation paths once access is obtained. ... Reducing exploitable attack paths requires prioritizing risk based on business impact. Rather than attempting to address every vulnerability equally, organizations should identify which exposures would cause the greatest operational or financial harm and focus there first. ... Looking ahead, Cavalancia argued that security must be built around continuous monitoring and identity-first principles. "Continuous monitoring, continuous validation, continuous improvement, maybe we should just have the word continuous here," he said. He also cautioned that AI-assisted attacks are already influencing the threat landscape, noting that "90% of the decisions being made by that attack were done solely by AI, no human intervention whatsoever."

Data Centers in Space: Pi in the Sky or AI Hallucination?

Space is a great place for data centers because it solves one of the biggest problems with locating data centers on Earth: power, argues Google’s Senior Director of Paradigms of Intelligence, Travis Beals. ... SpaceX is also on board with the idea of data centers in space. Last month, it filed a request with the Federal Communications Commission to launch a constellation of up to one million solar-powered satellites that it said will serve as data centers for artificial intelligence. ... “Data centers in space can access solar power 24/7 in certain ‘sun-synchronous’ orbits, giving them all the power they need to operate without putting immense strain on power grids here on Earth,” Scherer told TechNewsWorld. “This would alleviate concerns about consumers having to bear the costs of higher energy use.” “There is also less risk of running out of real estate in space, no complex permitting requirements, and no community pushback to new data centers being built in people’s backyards,” he added. ... “By some estimates, energy and land costs are only around 25% of the total cost for a data center,” Yoon told TechNewsWorld. “AI hardware is the real cost driver, and shifting to space only makes that hardware more expensive.” “Hardware cannot be repaired or upgraded at scale in space,” he explained. “Maintaining satellites is extremely hard, especially if you have hundreds of thousands of them. Maintaining a traditional data center is extremely easy.”

Centralized Security Can't Scale. It's Time to Embrace Federation

In a federated model, the organization recognizes that technology leaders, whether from across security, IT, and Engineering, have a deep understanding of the nuances of their assigned units. Their specialized knowledge helps them set strategies that match the goals, technologies, workflows, and risks they need. That in turn leads to benefits that a centralized security authority can't touch. To start with, security decisions happen faster when the people making them are closer to the action. Service and application owners already have the context and expertise to make the right calls based on their scopes. Delegated authority allows companies to seize market opportunities faster, deploy new tools more easily, manage fewer escalations, and reduce friction and delays. ... In practice, that might look like a CISO setting data classification standards, while partner teams take responsibility for implementing these standards via low-friction policies and capabilities at the source of record for the data. Netflix's security team figured this out early. Their "Paved Roads" philosophy offers a collection of secure options that meet corporate guidelines while being the easiest for developers to use. In other words, less saying no, more offering a secure path forward. Outside of engineering, organization-wide standards also need to provide flexibility and avoid becoming overly specific or too narrow.

Linux explores new way of authenticating developers and their code - here's how it works

Today, kernel maintainers who want a kernel.org account must find someone already in the PGP web of trust, meet them face‑to‑face, show government ID, and get their key signed. ... the kernel maintainers are working to replace this fragile PGP key‑signing web of trust with a decentralized, privacy‑preserving identity layer that can vouch for both developers and the code they sign. ... Linux ID is meant to give the kernel community a more flexible way to prove who people are, and who they're not, without falling back on brittle key‑signing parties or ad‑hoc video calls. ... At the core of Linux ID is a set of cryptographic "proofs of personhood" built on modern digital identity standards rather than traditional PGP key signing. Instead of a single monolithic web of trust, the system issues and exchanges personhood credentials and verifiable credentials that assert things like "this person is a real individual," "this person is employed by company X," or "this Linux maintainer has met this person and recognized them as a kernel maintainer." ... Technically, Linux ID is built around decentralized identifiers (DIDs). This is a W3C‑style mechanism for creating globally unique IDs and attaching public keys and service endpoints to them. Developers create DIDs, potentially using existing Curve25519‑based keys from today's PGP world, and publish DID documents via secure channels such as HTTPS‑based "did:web" endpoints that expose their public key infrastructure and where to send encrypted messages.

IT hiring is under relentless pressure. Here's how leaders are responding

The CIO's relationship with the chief human resources officer (CHRO) matters greatly, though historically, they've viewed recruitment through different lenses. HR professionals tend not to be technologists, so their approach to hiring tends to be generic. Conversely, IT leaders aren't HR professionals. Many of them were promoted to management or executive roles for their expert technical skills, not their managerial or people skills. ... The multigenerational workforce can be frustrating for everyone at times, simply because employees' lives and work experiences can be so different. While not all individuals in a demographic group are homogeneous, at a 30,000-foot view, Gen Z wants to work on interesting and innovative projects -- things that matter on a greater scale, such as climate change. They also expect more rapid advancement than previous generations, such as being promoted to a management role after a year or two versus five or seven years, for example. ... Most organizational leaders will tell you their companies have great cultures, but not all their employees would likely agree. Cultural decisions made behind closed doors by a few for the many tend to fail because too many assumptions are made, and not enough hypotheses tested. "Seeing how your job helps the company move forward has been a point of opacity for a long time, and after a certain point, it's like, 'Why am I still here?'" Skillsoft's Daly said.

Generative AI has ushered in a new era of fraud, say reports from Plaid, SEON

“Generative AI has lowered the barrier to creating fake personas, falsifying documents, and impersonating real people at scale,” says a new report from Plaid, “Rethinking fraud in the AI era.” “As a result, fraud losses are projected to reach $40 billion globally within the next few years, driven in large part by AI-enabled attacks.” The warning is familiar. What’s different about Plaid’s approach to the problem is “network insights” – “each person’s unique behavioral footprint across the broader financial and app ecosystem,” understood as a system of relationships and long-standing patterns. In these combined signals, the company says, can be found “a resilient, high-signal lens into intent, risk and legitimacy.” ... “The industry is overdue for its next wave of fraud-fighting innovation,” the report says. “The question is not whether change is needed, but what unique combination of data, insights, and analytics can meet this moment.” The AI era needs its weapon of choice, and it needs to work continuously. “AI driven fraud is exposing the limits of identity controls that were designed for point in time verification rather than continuous assurance,” says Sam Abadir, research director for risk, financial (crime & compliance) at IDC, as quoted in the Plaid report. ... The overarching message is that “AI is real, embedded and widely trusted, but it has not materially reduced the scope of fraud and AML operations.” Fraud continues to scale, enabled by the same AI boom.

The hidden cost of AI adoption: Why most companies overestimate readiness

Walk into enough leadership meetings and you’ll hear the same story told with different accents: “We need AI.” It shows up in board decks, annual strategy documents and that one slide with a hockey-stick curve that magically turns pilot into profit. ... When I talk about the hidden cost of AI adoption, I’m not talking about model pricing or vendor fees. Those are visible and negotiable. The real cost lives in the messy middle: data foundations, integration work, operating model changes, governance, security, compliance and the ongoing effort required to keep AI useful after the demo fades. ... If I had to summarize AI readiness in one sentence, it would be this: AI readiness is your organization’s ability to repeatedly take a business problem, turn it into a well-defined decision or workflow, feed it trustworthy data and ship a solution you can monitor, audit and improve. ... Having data is not the same as having usable data. AI systems amplify quality problems at scale. Until proven otherwise, “we already have the data” usually means duplicated records, inconsistent definitions, missing fields, sensitive data in the wrong places and unclear ownership. ... If it adds friction or produces unreliable outputs, adoption collapses fast. Vendor risk doesn’t disappear either. Pricing changes. Usage spikes. Workflows become coupled to tools you don’t fully control. Without internal ownership, you’re not building capability, you’re renting it.

Overcoming Security Challenges in Remote Energy Operations

The security landscape for remote facilities has shifted "dramatically," and energy providers can no longer rely on isolation for protection, said Nir Ayalon, founder and CEO of Cydome, a maritime and critical infrastructure cybersecurity firm. "These sites are just as exposed as a corporate office - but with far more complex operational challenges," Ayalon said. ... A recent PES Wind report by Cyber Energia found that only 1% of 11,000 wind assets worldwide have adequate cyber protection, while U.K.-based renewable assets face up to 1,000 attempted cyberattacks daily. Trustwave SpiderLabs also reported an 80% rise in ransomware attacks on energy and utilities in 2025, with average costs exceeding $5 million. Ransomware is the most common form of attack. ... Protecting offshore facilities is also costly and a major challenge. Sending a technician for on-site installation can run up to $200,000, including vessel rental. Ayalon said most sites lack specialized IT staff. The person managing the hardware is usually an operator or engineer and not necessarily a certified cybersecurity professional. Limited space for racks and equipment, as well as poor bandwidth poses major challenges, said Rick Kaun, global director of cybersecurity services at Rockwell Automation. ... Designing secure offshore energy systems and shipping vessels is no longer a choice but a necessity. Cybersecurity can't be an afterthought, said Guy Platten, secretary general of the International Chamber of Shipping.

How the CISO’s Role is Evolving From Technologist to Chief Educator

Regardless of structure, modern CISOs are embedded in executive decision-making, legal strategy and supply chain oversight. Their responsibilities have expanded from managing technical defenses to maintaining dynamic risk portfolios, where trade-offs must be weighed across business functions. Stakeholders now include regulators, customers and strategic partners, not just internal IT teams. ... Effective leaders accumulate knowledge and know when to go deep and when to delegate, ensuring subject-matter experts are empowered while key decisions remain aligned to business outcomes. This blend of technical insight and strategic judgment defines the CISO’s value in complex environments. ... As security becomes more embedded in daily operations, cultural leadership plays a defining role in long-term resilience. A positive cybersecurity culture is proactive and free from blame, creating an environment where employees feel safe to speak up and suggest improvements without fear of repercussions. This shift leads to earlier detection, better mitigation and stronger overall security posture. Teams asking for security input during the design phase and employees self-reporting suspicious activity signal a mature culture that understands protection is everyone’s job. ... The modern CISO operates at the intersection of technology, risk, leadership and influence. Leaders must navigate shifting business priorities and complex stakeholder relationships while building a strong security culture across the enterprise.

Daily Tech Digest - February 07, 2026

Quote for the day:

"Success in almost any field depends more on energy and drive than it does on intelligence. This explains why we have so many stupid leaders." -- Sloan Wilson

Tiny AI: The new oxymoron in town? Not really!

Could SLMs and minituarised models be the drink that would make today’s AI small enough to walk through these future doors without AI bumping into carbon-footprint issues? Would model compression tools like pruning, quantisation, and knowledge distillation help to lift some weight off the shoulders of heavy AI backyards? Lightweight models, edge devices that save compute resources, smaller algorithms that do not put huge stress on AI infrastructures, and AI that is thin on computational complexity- Tiny AI- as an AI creation and adoption approach- sounds unusual and promising at the onset. ... hardware innovations and new approaches to modelling that enable Tiny AI can significantly ease the compute and environmental burdens of large-scale AI infrastructures, avers Biswajeet Mahapatra, principal analyst at Forrester. “Specialised hardware like AI accelerators, neuromorphic chips, and edge-optimised processors reduces energy consumption by performing inference locally rather than relying on massive cloud-based models. At the same time, techniques such as model pruning, quantisation, knowledge distillation, and efficient architectures like transformers-lite allow smaller models to deliver high accuracy with far fewer parameters.” ... Tiny AI models run directly on edge devices, enabling fast, local decision-making by operating on narrowly optimised datasets and sending only relevant, aggregated insights upstream, Acharya spells out.

Kali Linux vs. Parrot OS: Which security-forward distro is right for you?

The first thing you should know is that Kali Linux is based on Debian, which means it has access to the standard Debian repositories, which include a wealth of installable applications. ... There are also the 600+ preinstalled applications, most of which are geared toward information gathering, vulnerability analysis, wireless attacks, web application testing, and more. Many of those applications include industry-specific modifications, such as those for computer forensics, reverse engineering, and vulnerability detection. And then there are the two modes: Forensics Mode for investigation and "Kali Undercover," which blends the OS with Windows. ... Parrot OS (aka Parrot Security or just Parrot) is another popular pentesting Linux distribution that operates in a similar fashion. Parrot OS is also based on Debian and is designed for security experts, developers, and users who prioritize privacy. It's that last bit you should pay attention to. Yes, Parrot OS includes a similar collection of tools as does Kali Linux, but it also offers apps to protect your online privacy. To that end, Parrot is available in two editions: Security and Home. ... What I like about Parrot OS is that you have options. If you want to run tests on your network and/or systems, you can do that. If you want to learn more about cybersecurity, you can do that. If you want to use a general-purpose operating system that has added privacy features, you can do that.

Bridging the AI Readiness Gap: Practical Steps to Move from Exploration to Production

To bridge the gap between AI readiness and implementation, organizations can adopt the following practical framework, which draws from both enterprise experience and my ongoing doctoral research. The framework centers on four critical pillars: leadership alignment, data maturity, innovation culture, and change management. When addressed together, these pillars provide a strong foundation for sustainable and scalable AI adoption. ... This begins with a comprehensive, cross-functional assessment across the four pillars of readiness: leadership alignment, data maturity, innovation culture, and change management. The goal of this assessment is to identify internal gaps that may hinder scale and long-term impact. From there, companies should prioritize a small set of use cases that align with clearly defined business objectives and deliver measurable value. These early efforts should serve as structured pilots to test viability, refine processes, and build stakeholder confidence before scaling. Once priorities are established, organizations must develop an implementation road map that achieves the right balance of people, processes, and technology. This road map should define ownership, timelines, and integration strategies that embed AI into business workflows rather than treating it as a separate initiative. Technology alone will not deliver results; success depends on aligning AI with decision-making processes and ensuring that employees understand its value.

Proxmox's best feature isn't virtualization; it's the backup system

Because backups are integrated into Proxmox instead of being bolted on as some third-party add-on, setting up and using backups is entirely seamless. Agents don't need to be configured per instance. No extra management is required, and no scripts need to be created to handle the running of snapshots and recovery. The best part about this approach is that it ensures everything will continue working with each OS update. Backups can be spotted per instance, too, so it's easy to check how far you can go back and how many copies are available. The entire backup strategy within Proxmox is snapshot-based, leveraging localised storage when available. This allows Proxmox to create snapshots of not only running Linux containers, but also complex virtual machines. They're reliable, fast, and don't cause unnecessary downtime. But while they're powerful additions to a hypervised configuration, the backups aren't difficult to use. This is key since it would render the backups less functional if it proved troublesome to use them when it mattered most. These backups don't have to use local storage either. NFS, CIFS, and iSCSI can all be targeted as backup locations. ... It can also be a mixture of local storage and cloud services, something we recommend and push for with a 3-2-1 backup strategy. But there's one thing of using Proxmox's snapshots and built-in tools and a whole different ball game with Proxmox Backup Server. With PBS, we've got duplication, incremental backups, compression, encryption, and verification.

The Fintech Infrastructure Enabling AI-Powered Financial Services

AI is reshaping financial services faster than most realize. Machine learning models power credit decisions. Natural language processing handles customer service. Computer vision processes documents. But there’s a critical infrastructure layer that determines whether AI-powered financial platforms actually work for end users: payment infrastructure. The disconnect is striking. Fintech companies invest millions in AI capabilities, recommendation engines, fraud detection, personalization algorithms. ... From a technical standpoint, the integration happens via API. The platform exposes user balances and transaction authorization through standard REST endpoints. The card provider handles everything downstream: card issuance logistics, real-time currency conversion, payment network settlement, fraud detection at the transaction level, dispute resolution workflows. This architectural pattern enables fintech platforms to add payment functionality in 8-12 weeks rather than the 18-24 months required to build from scratch. ... The compliance layer operates transparently to end users while protecting platforms from liability. KYC verification happens at multiple checkpoints. AML monitoring runs continuously across transaction patterns. Reporting systems generate required documentation automatically. The platform gets payment functionality without becoming responsible for navigating payment regulations across dozens of jurisdictions.

Context Engineering for Coding Agents

Context engineering is relevant for all types of agents and LLM usage of course. My colleague Bharani Subramaniam’s simple definition is: “Context engineering is curating what the model sees so that you get a better result.” For coding agents, there is an emerging set of context engineering approaches and terms. The foundation of it are the configuration features offered by the tools, and then the nitty gritty of part is how we conceptually use those features. ... One of the goals of context engineering is to balance the amount of context given - not too little, not too much. Even though context windows have technically gotten really big, that doesn’t mean that it’s a good idea to indiscriminately dump information in there. An agent’s effectiveness goes down when it gets too much context, and too much context is a cost factor as well of course. Some of this size management is up to the developer: How much context configuration we create, and how much text we put in there. My recommendation would be to build context like rules files up gradually, and not pump too much stuff in there right from the start. ... As I said in the beginning, these features are just the foundation for humans to do the actual work and filling these with reasonable context. It takes quite a bit of time to build up a good setup, because you have to use a configuration for a while to be able to say if it’s working well or not - there are no unit tests for context engineering. Therefore, people are keen to share good setups with each other.

Reimagining The Way Organizations Hire Cyber Talent

The way we hire cybersecurity professionals is fundamentally flawed. Employers post unicorn job descriptions that combine three roles’ worth of responsibilities into one. Qualified candidates are filtered out by automated scans or rejected because their resumes don’t match unrealistic expectations. Interviews are rushed, mismatched, or even faked—literally, in some cases. On the other side, skilled professionals—many of whom are eager to work—find themselves lost in a sea of noise, unable to connect with the opportunities that align with their capabilities and career goals. Add in economic uncertainty, AI disruption and changing work preferences, and it’s clear the traditional hiring playbook simply isn’t working anymore. ... Part of fixing this broken system means rethinking what we expect from roles in the first place. Jones believes that instead of packing every security function into a single job description and hoping for a miracle, organizations should modularize their needs. Need a penetration tester for one month? A compliance SME for two weeks? A security architect to review your Zero Trust strategy? You shouldn’t have to hire full-time just to get those tasks done. ... Solving the cybersecurity workforce challenge won’t come from doubling down on job boards or resume filters. But organizations may be able to shift things in the right direction by reimagining the way they connect people to the work that matters—with clarity, flexibility and mutual trust.

News sites are locking out the Internet Archive to stop AI crawling. Is the ‘open web’ closing?

Publishers claim technology companies have accessed a lot of this content for free and without the consent of copyright owners. Some began taking tech companies to court, claiming they had stolen their intellectual property. High-profile examples include The New York Times’ case against ChatGPT’s parent company OpenAI and News Corp’s lawsuit against Perplexity AI. ... Publishers are also using technology to stop unwanted AI bots accessing their content, including the crawlers used by the Internet Archive to record internet history. News publishers have referred to the Internet Archive as a “back door” to their catalogues, allowing unscrupulous tech companies to continue scraping their content. ... The opposite approach – placing all commercial news behind paywalls – has its own problems. As news publishers move to subscription-only models, people have to juggle multiple expensive subscriptions or limit their news appetite. Otherwise, they’re left with whatever news remains online for free or is served up by social media algorithms. The result is a more closed, commercial internet. This isn’t the first time that the Internet Archive has been in the crosshairs of publishers, as the organisation was previously sued and found to be in breach of copyright through its Open Library project. ... Today’s websites become tomorrow’s historical records. Without the preservation efforts of not-for-profit organisations like The Internet Archive, we risk losing vital records.

Who will be the first CIO fired for AI agent havoc?

As CIOs deploy teams of agents that work together across the enterprise, there’s a risk that one agent’s error compounds itself as other agents act on the bad result, he says. “You have an endless loop they can get out of,” he adds. Many organizations have rushed to deploy AI agents because of the fear of missing out, or FOMO, Nadkarni says. But good governance of agents takes a thoughtful approach, he adds, and CIOs must consider all the risks as they assign agents to automate tasks previously done by human employees. ... Lawsuits and fines seem likely, and plaintiffs will not need new AI laws to file claims, says Robert Feldman, chief legal officer at database services provider EnterpriseDB. “If an AI agent causes financial loss or consumer harm, existing legal theories already apply,” he says. “Regulators are also in a similar position. They can act as soon as AI drives decisions past the line of any form of compliance and safety threshold.” ... CIOs will play a big role in figuring out the guardrails, he adds. “Once the legal action reaches the public domain, boards want answers to what happened and why,” Feldman says. ... CIOs should be proactive about agent governance, Osler recommends. They should require proof for sensitive actions and make every action traceable. They can also put humans in the loop for sensitive agent tasks, design agents to hand off action when the situation is ambiguous or risky, and they can add friction to high-stakes agent actions and make it more difficult to trigger irreversible steps, he says.

Measuring What Matters: Balancing Data, Trust and Alignment for Developer Productivity

Organizations need to take steps over and above these frameworks. It's important to integrate those insights with qualitative feedback. With the right balance of quantitative and qualitative data insights, companies can improve DevEx, increase employee engagement, and drive overall growth. Productivity metrics can only be a game-changer if used carefully and in conjunction with a consultative human-based approach to improvement. They should be used to inform management decisions, not replace them. Metrics can paint a clear picture of efficiency, but only become truly useful once you combine them with a nuanced view of the subjective developer experience. ... People who feel safe at work are more productive and creative, so taking DevEx into account when optimizing processes and designing productivity frameworks includes establishing an environment where developers can flag unrealistic deadlines and identify and solve problems together, faster. Tools, including integrated development environments (IDEs), source code repositories and collaboration platforms, all help to identify the systemic bottlenecks that are disrupting teams' workflows and enable proactive action to reduce friction. Ultimately, this will help you build a better picture of how your team is performing against your KPIs, without resorting to micromanagement. Additionally, when company priorities are misaligned, confusion and complexity follow, which is exhausting for developers, who are forced to waste their energy on bridging the gaps, rather than delivering value.

Daily Tech Digest - February 04, 2026

Quote for the day:

"The struggle you're in today is developing the strength you need for tomorrow." -- Elizabeth McCormick

A deep technical dive into going fully passwordless in hybrid enterprise environments

Before we can talk about passwordless authentication, we need to address what I call the “prerequisite triangle”: cloud Kerberos trust, device registration and Conditional Access policies. Skip any one of these, and your migration will stall before it gains momentum. ... Once your prerequisites are in place, you face critical architectural decisions that will shape your deployment for years to come. The primary decision point is whether to use Windows Hello for Business, FIDO2 security keys or phone sign-in as your primary authentication mechanism. ... The architectural decision also includes determining how you handle legacy applications that still require passwords. Your options are limited: implement a passwordless-compatible application gateway, deprecate the application entirely or use Entra ID’s smart lockout and password protection features to reduce risk while you transition. ... Start with a pilot group — I recommend between 50 and 200 users who are willing to accept some friction in exchange for security improvements. This group should include IT staff and security-conscious users who can provide meaningful feedback without becoming frustrated with early-stage issues. ... Recovery mechanisms deserve special attention. What happens when a user’s device is stolen? What if the TPM fails? What if they forget their PIN and can’t reach your self-service portal? Document these scenarios and test them with your help desk before full rollout.

When Cloud Outages Ripple Across the Internet

For consumers, these outages are often experienced as an inconvenience, such as being unable to order food, stream content, or access online services. For businesses, however, the impact is far more severe. When an airline’s booking system goes offline, lost availability translates directly into lost revenue, reputational damage, and operational disruption. These incidents highlight that cloud outages affect far more than compute or networking. One of the most critical and impactful areas is identity. When authentication and authorization are disrupted, the result is not just downtime; it is a core operational and security incident. ... Cloud providers are not identity systems. But modern identity architectures are deeply dependent on cloud-hosted infrastructure and shared services. Even when an authentication service itself remains functional, failures elsewhere in the dependency chain can render identity flows unusable. ... High availability is widely implemented and absolutely necessary, but it is often insufficient for identity systems. Most high-availability designs focus on regional failover: a primary deployment in one region with a secondary in another. If one region fails, traffic shifts to the backup. This approach breaks down when failures affect shared or global services. If identity systems in multiple regions depend on the same cloud control plane, DNS provider, or managed database service, regional failover provides little protection. In these scenarios, the backup system fails for the same reasons as the primary.

The Art of Lean Governance: Elevating Reconciliation to Primary Control for Data Risk

In today's environment comprising of continuous data ecosystems, governance based on periodic inspection is misaligned with how data risk emerges. The central question for boards, regulators, auditors, and risk committees has shifted: Can the institution demonstrate at the moment data is used that it is accurate, complete, and controlled? Lean governance answers this question by elevating data reconciliation from a back-office cleanup activity to the primary control mechanism for data risk reduction. ... Data profiling can tell you that a value looks unusual within one system. It cannot tell you whether that value aligns with upstream sources, downstream consumers, or parallel representations elsewhere in the enterprise. ... Lean governance reframes governance as a continual process-control discipline rather than a documentation exercise. It borrows from established control theory: Quality is achieved by controlling the process, not by inspecting outputs after failures. Three principles define this approach: Data risk emerges continuously, not periodically; Controls must operate at the same cadence as data movement; and Reconciliation is the control that proves process integrity. ... Data profiling is inherently inward-looking. It evaluates distributions, ranges, patterns, and anomalies within a single dataset. This is useful for hygiene, but insufficient for assessing risk. Reconciliation is inherently relational. It validates consistency between systems, across transformations, and through the lifecycle of data.

Working with Code Assistants: The Skeleton Architecture

Critical non-functional requirements- such as security, scalability, performance, and authentication- are system-wide invariants that cannot be fragmented. If every vertical slice is tasked with implementing its own authorization stack or caching strategy, the result is "Governance Drift": inconsistent security postures and massive code redundancy. This necessitates a new unifying concept: The Skeleton and The Tissue. ... The Stable Skeleton represents the rigid, immutable structures (Abstract Base Classes, Interfaces, Security Contexts) defined by the human although possibly built by the AI. The Vertical Tissue consists of the isolated, implementation-heavy features (Concrete Classes, Business Logic) generated by the AI. This architecture draws on two classical approaches: actor models and object-oriented inversion of control. It is no surprise that some of the world’s most reliable software is written in Erlang, which utilizes actor models to maintain system stability. Similarly, in inversion of control structures, the interaction between slices is managed by abstract base classes, ensuring that concrete implementation classes depend on stable abstractions rather than the other way around. ... Prompts are soft; architecture is hard. Consequently, the developer must monitor the agent with extreme vigilance. ... To make the "Director" role scalable, we must establish "Hard Guardrails"- constraints baked into the system that are physically difficult for the AI to bypass. These act as the immutable laws of the application.

8-Minute Access: AI Accelerates Breach of AWS Environment

A threat actor gained initial access to the environment via credentials discovered in public Simple Storage Service (S3) buckets and then quickly escalated privileges during the attack, which moved laterally across 19 unique AWS principals, the Sysdig Threat Research Team (TRT) revealed in a report published Tuesday. ... While the speed and apparent use of AI were among the most notable aspects of the attack, the researchers also called out the way that the attacker accessed exposed credentials as a cautionary tale for organizations with cloud environments. Indeed, stolen credentials are often an attacker's initial access point to attack a cloud environment. "Leaving access keys in public buckets is a huge mistake," the researchers wrote. "Organizations should prefer IAM roles instead, which use temporary credentials. If they really want to leverage IAM users with long-term credentials, they should secure them and implement a periodic rotation." Moreover, the affected S3 buckets were named using common AI tool naming conventions, they noted. The attackers actively searched for these conventions during reconnaissance, enabling them to find the credentials quite easily, they said. ... During this privilege-escalation part of the attack — which took a mere eight minutes — the actor wrote code in Serbian, suggesting their origin. Moreover, the use of comments, comprehensive exception handling, and the speed at which the script was written "strongly suggests LLM generation," the researchers wrote.

Ask the Experts: The cloud cost reckoning

According to the 2025 Azul CIO Cloud Trends Survey & Report, 83% of the 300 CIOs surveyed are spending an average of 30% more than what they had anticipated for cloud infrastructure and applications; 43% said their CEOs or boards of directors had concerns about cloud spend. Moreover, 13% of surveyed CIOs said their infrastructure and application costs increased with their cloud deployments, and 7% said they saw no savings at all. Other surveys show CIOs are rethinking their cloud strategies, with "repatriation" -- moving workloads from the cloud back to on-premises -- emerging as a viable option due to mounting costs. ... "At Laserfiche we still have a hybrid environment. So we still have a colocation facility, where we house a lot of our compute equipment. And of course, because of that, we need a DR site because you never want to put all your eggs in that one colo. We also have a lot of SaaS services. We're in a hyperscaler environment for Laserfiche cloud. "But the reason why we do both is because it actually costs us less money to run our own compute in a data center colo environment than it does to be all in on cloud." ,,, "The primary reason why the [cloud] costs have been increasing is because our use of cloud services has become much more sophisticated and much more integrated. "But another reason cloud consumption has increased is we're not as diligent in managing our cloud resources in provisioning and maintaining."

NIST develops playbook for online use cases of digital credentials in financial services

The objective is to develop what a panel description calls a “playbook of standards and best practices that all parties can use to set a high bar for privacy and security.” “We really wanted to be able to understand, what does it actually take for an organization to implement this stuff? How does it fit into workflows? And then start to think as well about what are the benefits to these organizations and to individuals.” “The question became, what was the best online use case?” Galuzzo says. “At which point our colleagues in Treasury kind of said, hey, our online banking customer identification program, how do we make that both more usable and more secure at the same time? And it seemed like a really nice fit. So that brought us to both the kind of scope of what we’re focused on, those online components, and the specific use case of financial services as well.” ... The model, he says, “should allow you to engage remotely, to not have to worry about showing up in person to your closest branch, should allow for a reduction in human error from our side and should allow for reduction in fraud and concern over forged documents.” It should also serve to fulfil the bank’s KYC and related compliance requirements. Beyond the bank, the major objective with mDLs remains getting people to use them. The AAMVA’s Maru points to his agency’s digital trust service, and to its efforts in outreach and education – which are as important in driving adoption as anything on the technical side.

Designing for the unknown: How flexibility is reshaping data center design

Rapid advances in compute architectures – particularly GPUs and AI-oriented systems – are compressing technology cycles faster than many design and delivery processes can respond. In response, flexibility has shifted from a desirable feature to the core principle of successful data center design. This evolution is reshaping how we think about structure, power distribution, equipment procurement, spatial layout, and long-term operability. ... From a design perspective, this means planning for change across several layers: Structural systems that can accommodate higher equipment loads without reinforcement; Spatial layouts that allow reconfiguration of white space and service zones; and Distribution pathways that support future modifications without disrupting live operations. The objective is not to overbuild for every possible scenario, but to provide a framework that can absorb change efficiently and economically. ... Another emerging challenge is equipment lead time. While delivery periods vary by system, generators can now carry lead times approaching 12 months, particularly for higher capacities, while other major infrastructure components – including transformers, UPS modules, and switchgear – typically fall within the 30- to 40-week range. Delays in securing these items can introduce significant risk when procurement decisions are deferred until late in the design cycle.

Onboarding new AI hires calls for context engineering - here's your 3-step action plan

In the AI world, the institutional knowledge is called context. AI agents are the new rockstar employees. You can onboard them in minutes, not months. And the more context that you can provide them with, the better they can perform. Now, when you hear reports that AI agents perform better when they have accurate data, think more broadly than customer data. The data that AI needs to do the job effectively also includes the data that describes the institutional knowledge: context. ... Your employees are good at interpreting it and filling in the gaps using their judgment and applying institutional knowledge. AI agents can now parse unstructured data, but are not as good at applying judgment when there are conflicts, nuances, ambiguity, or omissions. This is why we get hallucinations. ... The process maps provide visibility into manual activities between applications or within applications. The accuracy and completeness of the documented process diagrams vary wildly. Front-office processes are generally very poor. Back-office processes in regulated industries are typically very good. And to exploit the power of AI agents, organizations need to streamline them and optimize their business processes. This has sparked a process reengineering revolution that mirrors the one in the 1990s. This time around, the level of detail required by AI agents is higher than for humans.

Q&A: How Can Trust be Built in Open Source Security?

The security industry has already seen examples in 2025 of bad actors deploying AI in cyberattacks – I’m concerned that 2026 could bring a Heartbleed- or Log4Shell-style incident involving AI. The pace at which these tools operate may outstrip the ability of defenders to keep up in real time. Another focus for the year ahead: how the Cyber Resilience Act (CRA) will begin to reshape global compliance expectations. Starting in September 2026, manufacturers and open source maintainers must report exploited vulnerabilities and breaches to the EU. This is another step closer to CRA enforcement and other countries like Japan, India and Korea are exploring similar legislation. ... The human side of security should really be addressed just as urgently as the technical side. The way forward involves education, tooling and cultural change. Resilient human defences start with education. Courses from the Linux Foundation like Developing Secure Software and Secure AI/ML‑Driven Software Development equip users with the mindset and skills to make better decisions in an AI‑enhanced world. Beyond formal training, reinforcing awareness creating a vigilant community is critical. The goal is to embed security into culture and processes so that it’s not easily overlooked when new technology or tools roll around. ... Maintainers and the community projects they lead are struggling without support from those that use their software.